huawei-bsc6810-parameter reference

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RNCV200R009

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BSC6810 V200R011C00SPC100Parameter Reference

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Huawei Technologies Co., Ltd.

No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd.

All other trademarks and trade names mentioned in this document are the property of their respective holders.

The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.




The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.



Purpose

This describes RNC parameters, including the meaning, values, and usage of RNC parameters.

Version

The product version related to this document is: BSC6810 V200R011C00SPC100.

Intended Audience

•Network planners•Field engineers•System engineers•Shift operators

Organization

Each parameter is described in the following aspects.

DescriptionParameter IDParameter Name

MML Command

NEMeaningValue TypeGUI Value Range

Actual Value Range

UnitDefault ValueRecommended ValueImpact

Parameter Relationship

Service Interrupted After Modification

Interruption Scope

Interruption Duration (min)

CautionAccess



Attribute

Introduced in Version



This describes RNC parameters, including the meaning, values, and usage of RNC parameters.

The product version related to this document is: BSC6810 V200R011C00SPC100.

RemarksSimple string for identifying a parameterFull name of the parameter

NEs on which the parameter is setFunctions, functioning ways, and protocols of the parameterParameter value typeParameter value range displayed on the GUI

Parameter value unitInitial value provided by the systemValues recommended in different scenariosParameter impact scope, that is, objects specified when the parameter is set

Whether modifying the parameter value may interrupt the existing services

Cautions to be taken during the modificationWhether this parameter is read/write or read only

Commands for setting the parameter, and optional/mandatory attribute of the parameter in each command

Actual parameter value range corresponding to the GUI Value Range. For example, the GUI Value Range is 0, and the corresponding Actual Value Range is OFF.

Relationship between this parameter and other parameters. For example, to use this parameter, you need to set related switches and parameters.

Possible interruption scope in the case that modifying the parameter value may interrupt the existing services

Possible interruption duration in the case that modifying the parameter value may interrupt the existing services



Whether this parameter is a radio parameter, a transport parameter, or an equipment parameter

Version in which this parameter is introduced

Parameter ID Parameter Name MML Command

AAL2PATHT AAL2 Path Type ADD AAL2PATH(Mandatory) AbsTime Specify Time SET POOLPRIMHOSTPOLICY(Man Ac09ToAsc AC 0~9 to ASC mapping ADD PRACHACTOASCMAP(Optio Ac10ToAsc AC 10 to ASC mapping ADD PRACHACTOASCMAP(Optio Ac11ToAsc AC 11 to ASC mapping ADD PRACHACTOASCMAP(Optio Ac12ToAsc AC 12 to ASC mapping ADD PRACHACTOASCMAP(Optio Ac13ToAsc AC 13 to ASC mapping ADD PRACHACTOASCMAP(Optio Ac14ToAsc AC 14 to ASC mapping ADD PRACHACTOASCMAP(Optio Ac15ToAsc AC 15 to ASC mapping ADD PRACHACTOASCMAP(Optio AccessServiceClass Access service class ADD PRACHASC(Mandatory)

ACFC Address and control field compress AcIntervalOfCell AC Restriction Interval Of Cell SET ACALGO(Mandatory) AcIntervalOfCells Access Class Restriction interval be SET DSACAUTOALGO(Mandatory

AcRange Range of restrained Access Class AcRestriction AC Restriction Indicator ADD CELLDSACMANUALPARA(M

AcRstrctIntervalLen Interval length of Domain Specific AcRstrctPercent AC Restriction Percent SET ACALGO(Mandatory) AcRstrctSwitch AC Restriction Switch SET ACALGO(Optional) ACTOBJECT Activate Object ACT LICENSE(Optional) ACTTYPE Type ACT GPS(Mandatory) ACU Added CPU occupancy STR CPUUSAGETST(Mandatory) AFSetObj AFSetObj SET ADMCTRL(Mandatory) AgpsActivateFlag A-GPS Method Active Flag ADD SMLCCELL(Optional) AGPSAddAssDataSendFlag A-GPS Additional Data Send Flag SET SMLC(Optional) AGPSMethodType A-GPS Method Type SET SMLC(Optional)

AGPSRECEIVERID GPS ID

ADD PPPLNK(Optional) ADD MPLNK(Optional)

SET DSACAUTOALGO(Mandatory) ADD CELLDSACMANUALPARA(Mandatory)

SET DSACAUTOALGO(Mandatory) SET ACALGO(Mandatory) ADD CELLDSACMANUALPARA(Mandatory)

ADD GPS(Mandatory) ACT GPS(Mandatory)

AGPSRECEIVERTYPE GPS type ADD GPS(Mandatory) AICHPowerOffset AICH power offset ADD CHPWROFFSET(Optional) AICHTxTiming AICH transmission timing ADD AICH(Optional)

aid Alarm ID AlignMode align type SET HSSCCHLESSOPPARA(Manda AllBw Bandwidth ADD RSCGRP(Mandatory) AllocCodeMode Allocate Code Mode ADD CELLHSDPA(Optional) ALTITUDE GPS antenna altitude ADD GPS(Mandatory) ALTITUDEIMP GPS antenna altitude ADD GPS(Mandatory) alvl Alarm Severity SET ALMLVL(Mandatory)

AmntOfRpt2B 2B event retry max times

SET ALMLVL(Mandatory) SET BOXRPT(Mandatory) SET ALMPORT(Optional)

ADD CELLINTERFREQHOCOV(Optional) SET INTERFREQHOCOV(Optional)

AmntOfRpt2C 2C event retry max times

AmntOfRpt3A 3A event retry max times

AmntOfRpt3C 3C event retry max times AmRlcCfgPara RLC AM mode parameters selection ADD TYPRABRLC(Mandatory) AMRQosPerform QOS Switch For AMR Traffic SET QOSACT(Optional) AmrRabAbnormRelRatioThd AMR call drop ratio Per Spu SET KPIALMTHD(Optional) AmrRabEstabAttMinNum The minimum of AMR Rab attempt SET KPIALMTHD(Optional) AmrRabEstabSuccRatioThd AMR Rab successful setup ratio Per SET KPIALMTHD(Optional) AmrRabRelMinNum The number of AMR drop Per Spu SET KPIALMTHD(Optional) AmrUlRateAdjTimerLen Wait Timer For AMR Uplink Rate SET QOSACT(Optional)

ANI Adjacent Node ID AntennaAltitudeMeter Cell Antenna Altitude ADD SMLCCELL(Optional) AntennaAltitudeMeterImp Cell Antenna Altitude ADD SMLCCELL(Optional) AntennaLatitudeDegree Cell Antenna Latitude ADD SMLCCELL(Optional) AntennaLatitudeDegreeSec Cell Antenna Latitude ADD SMLCCELL(Optional) AntennaLongitudeDegree Cell Antenna Longitude ADD SMLCCELL(Optional) AntennaLongitudeDegreeSec Cell Antenna Longitude ADD SMLCCELL(Optional) AntennaOpening Cell Antenna Opening ADD SMLCCELL(Mandatory) AntennaOrientation Cell Antenna Orientation ADD SMLCCELL(Mandatory) APFlag APFlag ADD NRNCCELL(Optional) APP Application type ADD SCTPLNK(Mandatory)

ADD CELLINTERFREQHONCOV(Optional) SET INTERFREQHONCOV(Optional)

ADD CELLINTERRATHOCOV(Optional) SET INTERRATHOCOV(Optional)

ADD CELLINTERRATHONCOV(Optional) SET INTERRATHONCOV(Optional)

ADD ADJNODE(Mandatory) ADD AAL2PATH(Mandatory) ADD AAL2RT(Mandatory) ADD ADJMAP(Mandatory) ADD IPPATH(Mandatory) ADD IPPATHBIND(Mandatory) ACT IPPM(Mandatory) ACT VCLCC(Mandatory) LOP VCL(Mandatory)

AppliedDirect RAB applied direction ADD TYPRABBASIC(Mandatory) AREAFLAG Area flag SYN BRDAREA(Optional) AREAFLAG Area flag LOD PATCH(Optional) ARP10Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP11Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP12Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP13Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP14Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP1Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP2Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP3Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP4Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP5Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP6Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP7Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional)

ARP8Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARP9Priority User_priority of Allocation/Retentio SET USERPRIORITY(Optional) ARPRETRY ARP packet resend times STR IPCHK(Optional) ARPTIMEOUT ARP packet time-out STR IPCHK(Optional) ATMLOGICPORT The ATM Logic Port Number STR NODEBBWRPT(Mandatory) ATMSN NodeB ATM_TRANS Slot No. ADD NODEBIP(Mandatory) ATMSRN NodeB ATM_TRANS Subrack No. ADD NODEBIP(Mandatory) ATT Attach/detach indication ADD CNDOMAIN(Optional)

AUTHMODE Validate mode

AUTHNAME Validate user name

AUTHPWD Validate password

AUTHTYPE Validate protocol type AUTO Auto negotiation SET ETHPORT(Optional) AvailablesignatureEndIndex Available signature end index ADD PRACHASC(Optional) AvailablesignatureStartIndex Available signature start index ADD PRACHASC(Optional) AvailableSubchannelCtrlWord Available subchannel control word ADD PRACHASC(Optional) AvailCap Capability of CN Node ADD CNNODE(Mandatory) AVOL Alarm VOL. SET ALMPORT(Optional) BACK8KCLKSW1 Output Switch of backplane 8K Out SET CLK(Optional)

ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory)



ADD PPPLNK(Optional) ADD MPGRP(Optional)

BACK8KCLKSW2 Output Switch of backplane 8K Out SET CLK(Optional) BackgroundNoise Background noise ADD CELLCAC(Optional) BACKUPPATH Path of Backup File BKP DB(Optional) BAKIP Backup port IP address STR IPCHK(Optional) BAKMASK Backup port mask STR IPCHK(Optional) BAMIP BAM External Network Virtual IP ADD EMSIP(Optional) BAMMASK BAM External Network Mask ADD EMSIP(Optional)

BandInd Band indicator BandWidthForFACH Bandwidth of Fach SET FACHBANDWIDTH(Optional BCC BS color code ADD GSMCELL(Mandatory) BcchArfcn Inter-RAT cell frequency number ADD GSMCELL(Mandatory) BcchHspdschPower BCCH HS-PDSCH power ADD CELLEFACH(Optional) BcchHsscchPower BCCH HS-SCCH power ADD CELLEFACH(Optional) BCHPower BCH transmit power ADD BCH(Optional)

BearType Bear Type SET USERGBR(Mandatory) BEARTYPE DSP bear type ADD N7DPC(Mandatory) BeatDectThred HeatBeat Lost Times Threshold ADD RNCPOOL(Optional) BeatRecvrThred HeatBeat Recover Times Threshold ADD RNCPOOL(Optional) BeatSendingDis HeatBeat Sending Time Interval ADD RNCPOOL(Optional) BeBitRateThd BE service handover rate threshold SET HOCOMM(Optional) BeCpc2EFachStateTransTimer BE CPC to E_FACH Transition Tim SET UESTATETRANSTIMER(Opti BeCpc2FStateTransTimer BE CPC to FACH Transition Timer SET UESTATETRANSTIMER(Opti BeD2EFachStateTransTimer BE DCH to E_FACH Transition Ti SET UESTATETRANSTIMER(Opti BeD2FStateTransTimer BE DCH to FACH Transition Timer SET UESTATETRANSTIMER(Opti BeDlAct1 First Action For BE Downlink QOS SET QOSACT(Optional) BeDlAct2 Second Action For BE Downlink Q SET QOSACT(Optional) BeDlAct3 Third Action For BE Downlink QO SET QOSACT(Optional) BeE2FStateTransTimer BE E-DCH To FACH State Transiti SET UESTATETRANSTIMER(Opti

BeEFach2CpcTvmThd BE E_FACH2CPC 4A Threshold SET UESTATETRANS(Optional) BeEFach2CpcTvmTimeToTrig BE E_FACH2CPC 4A Time SET UESTATETRANS(Optional)

ADD CELLSETUP(Mandatory) ADD QUICKCELLSETUP(Mandatory) ADD GSMCELL(Optional) ADD NRNCCELL(Mandatory)

BeEFach2DTvmThd BE E_FACH2D 4A Threshold SET UESTATETRANS(Optional) BeEFach2DTvmTimeToTrig BE E_FACH2D 4A Time SET UESTATETRANS(Optional)

BeEFach2HTvmThd BE E_FACH2HS-DSCH 4A Thresh SET UESTATETRANS(Optional) BeEFach2HTvmTimeToTrig BE E_FACH2HS-DSCH 4A Time SET UESTATETRANS(Optional) BeF2CpcETvmThd BE F2CPC_E-DCH 4A Threshold SET UESTATETRANS(Optional) BeF2CpcETvmTimeToTrig BE FACH2CPC_E-DCH 4A Time SET UESTATETRANS(Optional)

BeF2CpcHTvmThd BE F2CPC_HS-DSCH 4A Threshol SET UESTATETRANS(Optional) BeF2CpcHTvmTimeToTrig BE F2CPC_HS-DSCH 4A Time SET UESTATETRANS(Optional)

BeF2DTvmThd BE F/R2D 4A Threshold SET UESTATETRANS(Optional) BeF2DTvmTimeToTrig BE F/R2D 4A Time SET UESTATETRANS(Optional) BeF2ETvmThd BE F2E-DCH 4A Threshold SET UESTATETRANS(Optional) BeF2ETvmTimeToTrig BE F2E-DCH 4A Time SET UESTATETRANS(Optional)

BeF2HTvmThd BE F2HS-DSCH 4A Threshold SET UESTATETRANS(Optional) BeF2HTvmTimeToTrig BE F2HS-DSCH 4A Time SET UESTATETRANS(Optional) BeF2PStateTransTimer BE FACH to PCH Transition Timer SET UESTATETRANSTIMER(Opti BeH2EFachStateTransTimer BE HSPA to E_FACH Transition T SET UESTATETRANSTIMER(Opti BeH2FStateTransTimer BE HS-DSCH to FACH Transition SET UESTATETRANSTIMER(Opti BeH2FTvmPTAT BE HS-DSCH2F 4B Pending Time SET UESTATETRANS(Optional) BeH2FTvmThd BE HS-DSCH2F 4B Threshold SET UESTATETRANS(Optional) BeH2FTvmTimeToTrig BE HS-DSCH2F 4B Time SET UESTATETRANS(Optional) BeHsupa2msTtiRateThs Rate threshold of BE on 2ms TTI SET FRC(Optional) BEInterIurRateUpTimer Timer For BE Inter Iur Rate SET QOSACT(Optional)

BePwrMargin BE Event F Reporting Power Margi BEQosPerform QOS Switch For BE Traffic SET QOSACT(Optional) BetaC Reference BetaC ADD TYPRABBASIC(Mandatory) BetaD Reference BetaD ADD TYPRABBASIC(Mandatory) BeUlAct1 First Action For BE Uplink QOS SET QOSACT(Optional)

ADD CELLDCCC(Optional) SET DCCC(Optional)

BeUlAct2 Second Action For BE Uplink QOS SET QOSACT(Optional) BeUlAct3 Third Action For BE Uplink QOS SET QOSACT(Optional) BeUlEvTrigInd Indicator For BE Uplink QOS Event SET QOSACT(Optional) BeUlQos5AMcSwitch Measurement Of 5A Switch SET QOSACT(Optional) BeUlQos6A1McSwitch Measurement Of 6A1 Switch SET QOSACT(Optional) BeUlQos6DMcSwitch Measurement Of 6D Switch SET QOSACT(Optional) BeUlRateAdjTimerLen Wait Timer For BE Uplink Rate SET QOSACT(Optional) BFDDETECTCOUNT detect multiplier of BFD packet STR IPCHK(Optional) BGGBR Background MAC-c flow GBR ADD CELLEFACH(Optional) BGMBR Background MAC-c flow MBR ADD CELLEFACH(Optional)

BgnAbnormalThd Background noise abnormal thresho ADD CELLCAC(Optional) BGNAdjustTimeLen Background noise update continuanc ADD CELLCAC(Optional)

BgnEndTime Background noise update end time ADD CELLCAC(Mandatory) BGNEqUserNumThd Equivalent user number threshold f ADD CELLCAC(Optional)

BgnStartTime Background noise update start time ADD CELLCAC(Mandatory) BGNSwitch Auto-adaptive background noise upd ADD CELLCAC(Optional)

BgnUpdateThd Background noise update trigger thr ADD CELLCAC(Optional) BLERQuality Target value of service DCH_BLER ADD TYPRABOLPC(Mandatory)

BlindHoFlag Blind handover flag BlindHOIntrafreqMRAmount Intrafrequency measurement report SET INTRAFREQHO(Optional) BlindHOIntrafreqMRInterval Intrafrequency measurement report i SET INTRAFREQHO(Optional) BlindHOPrio Blind handover Priority ADD GSMNCELL(Mandatory) BlindHOQualityCondition Blind handover condition ADD INTERFREQNCELL(Optional

BlindHORSCP1FThreshold 1F event blind handover trigger cond BLOREQTMR Blocking request timer SET AAL2TMR(Optional) boxflg Report Flag SET BOXRPT(Mandatory) BRDCLASS Board class ADD BRD(Mandatory) BRDTYPE Board type ADD BRD(Optional)

ADD GSMNCELL(Optional) ADD INTERFREQNCELL(Optional)

ADD CELLINTRAFREQHO(Optional) SET INTRAFREQHO(Optional)

BRDTYPE Board type. SET ETHPORT(Mandatory) BRDTYPE Board type ADD PPPLNK(Mandatory) BRDTYPE Board type ADD MPLNK(Mandatory)

BSICVerify BSIC verify switch BT Board type SET E1T1LOP(Mandatory) BT Board type LOP E1T1(Mandatory) BT Board type STR E1T1TST(Mandatory) BT Board type LOD PATCH(Mandatory) BT Board type SET CLK(Mandatory) BT Board type SET E1T1(Mandatory) BT Board type SET CPUTHD(Mandatory) BT Board Type ADD IMAGRP(Mandatory) BT Board type SET OPT(Mandatory) BT Board type ADD ATMLOGICPORT(Optional) BWADJ Auto adjust bandwidth switch ADD IPLOGICPORT(Optional)

BWDCONGBW Backward congestion threshold BWDCONGBW Backward congestion threshold ADD IPLOGICPORT(Optional) BWDCONGBW Backward congestion threshold ADD ATMLOGICPORT(Optional) BWDCONGBW Backward congestion threshold ADD AAL2PATH(Optional) BWDCONGBW Backward congestion threshold ADD IPPATH(Optional) BWDCONGBW Backward congestion threshold ADD RSCGRP(Optional)

ADD CELLINTERRATHONCOV(Optional) ADD CELLINTERRATHOCOV(Optional) SET INTERRATHONCOV(Optional) SET INTERRATHOCOV(Optional) ADD CELLMBDRINTERRAT(Optional)

ADD PPPLNK(Optional) ADD IMAGRP(Optional) ADD FRALNK(Optional) ADD UNILNK(Optional) ADD MPGRP(Optional)

BWDCONGCLRBW Backward congestion clear threshol BWDCONGCLRBW Backward congestion clear threshol ADD IPLOGICPORT(Optional) BWDCONGCLRBW Backward congestion clear threshol ADD ATMLOGICPORT(Optional) BWDCONGCLRBW Backward congestion clear threshol ADD AAL2PATH(Optional) BWDCONGCLRBW Backward congestion clear threshol ADD IPPATH(Optional) BWDCONGCLRBW Backward congestion clear threshol ADD RSCGRP(Optional)

BWDHORSVBW Backward handover reserved bandw BWDHORSVBW Backward handover reserved bandw ADD IPLOGICPORT(Optional) BWDHORSVBW Backward handover reserved bandw ADD ATMLOGICPORT(Optional) BWDHORSVBW Backward handover reserved bandw ADD AAL2PATH(Optional) BWDHORSVBW Backward handover reserved bandw ADD IPPATH(Optional) BWDHORSVBW Backward handover reserved bandw ADD RSCGRP(Optional) BWMAXRATIO Max bandwidth estimate ratio ADD IPLOGICPORT(Optional) BWMODE Bandwidth Mode ADD RSCGRP(Mandatory) BWRTPTH Load Control algorithm BandWidt ADD IPLOGICPORT(Optional)

CacSwitch CAC algorithm switch SET CACALGOSWITCH(Optional CallShockCtrlSwitch Call Shock Control Switch SET CALLSHOCKCTRL(Optional) CallShockJudgePeriod Call Shock Judge Period time length SET CALLSHOCKCTRL(Optional) CarrierTypePriorInd Indicator of Carrier Type Priority SET USERPRIORITY(Optional) CARRYF Bearing subrack No. ADD AAL2PATH(Mandatory) CARRYFLAG Carry Flag ADD IPPATH(Optional)

ADD PPPLNK(Optional) ADD IMAGRP(Optional) ADD FRALNK(Optional) ADD UNILNK(Optional) ADD MPGRP(Optional)

ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD UNILNK(Optional) ADD FRALNK(Optional) ADD IMAGRP(Optional)

CARRYFRAATMLNKN Bearing FRAATM link No.

CARRYIMAGRPN Bearing IMA group No.

CARRYLNKT Bearing link type

CARRYNCOPTN Bearing NCOPT port No. CARRYPN Optical port No. ADD ATMLOGICPORT(Optional)

CARRYSN Bearing slot No. CARRYSRN Bearing subrack No. ADD SAALLNK(Mandatory) CARRYT The bearing type of the logic port ADD IPLOGICPORT(Mandatory) CARRYT The bearing type of the logical port ADD ATMLOGICPORT(Mandatory

ADD IPOAPVC(Optional) ADD SAALLNK(Mandatory) ADD AAL2PATH(Mandatory) ADD ATMLOGICPORT(Optional)


ADD NCP(Mandatory) ADD CCP(Mandatory)

ADD IPOAPVC(Mandatory) ADD SAALLNK(Mandatory) ADD AAL2PATH(Mandatory)

ADD SAALLNK(Mandatory) ADD AAL2PATH(Mandatory)

CARRYT Bearing type

CARRYUNILNKN Bearing UNI link No.

CARRYVCI Bearing VCI

CARRYVPI Bearing VPI

ADD AAL2PATH(Mandatory) ADD SAALLNK(Mandatory) ADD IPOAPVC(Mandatory)


ADD SAALLNK(Mandatory) ADD IPOAPVC(Optional)

ADD SAALLNK(Mandatory) ADD IPOAPVC(Optional)

CARRYVPN Bearing ATMLGCPORT port No. CBCIPADDR CBS CBC IP address ADD CBSADDR(Mandatory) CBCMASK Subnet mask ADD CBSADDR(Mandatory) CBS Consent burst size ADD IPLOGICPORT(Optional) CBSOpIndex CBS Operator Index ADD QUICKCELLSETUP(Mandato

CBSSAC CBS SAC CBSwitch CB Switch SET RNCCBPARA(Optional) CCCHGBR CCCH MAC-c flow GBR ADD CELLEFACH(Optional) CCCHMBR CCCH MAC-c flow MBR ADD CELLEFACH(Optional) CCHPRIPATH Common channel primary path ADD TRMMAP(Optional) CCHPRITH Common channel pri path load thres ADD LOADEQ(Optional) CCHSECPATH Common channel secondary path ADD TRMMAP(Optional) CCHSECWHT Common channel pri sec path load ra ADD LOADEQ(Optional) CCMINTERVAL CCM Send Prid ADD ETHMA(Optional) CCMODE Activation mode ACT VCLCC(Optional)

CCTMR Timer_CC ADD SAALLNK(Optional) CDVT Cell delay variation tolerance ADD ATMTRF(Optional) CellAmrRrcNum AMR_RRC Number per Second for SET CALLSHOCKCTRL(Optional) CellAverageHeight Cell Average Altitude ADD SMLCCELL(Optional) CellAverageHeightImp Cell Average Altitude ADD SMLCCELL(Optional)

CellCapacityAutoHandleSwitch Cell Capability Auto Handle Switch ADD CELLALGOSWITCH(Optiona

ADD IPOAPVC(Mandatory) ADD SAALLNK(Mandatory) ADD AAL2PATH(Mandatory)

ADD CELLCBSSAC(Mandatory) ADD QUICKCELLSETUP(Mandatory)

CellCapContainerFdd Cell capability container ADD NRNCCELL(Mandatory) CellCenterAltitude Cell Center Altitude ADD SMLCCELL(Optional) CellCenterAltitudeImp Cell Center Altitude ADD SMLCCELL(Optional) CellCenterLatitude Cell Center Latitude ADD SMLCCELL(Optional) CellCenterLatitudeSec Cell Center Latitude ADD SMLCCELL(Optional) CellCenterLongitude Cell Center Longitude ADD SMLCCELL(Optional)

CellCenterLongitudeSec Cell Center Longitude ADD SMLCCELL(Optional) CellChoice Target cell choice HO CELL(Mandatory) CellEnvironment Cell Environment Case ADD SMLCCELL(Optional) CellEnvType Cell environment type ADD CELLCAC(Optional)

CellHeightStd Cell Altitude Standard Deviation ADD SMLCCELL(Optional)

CellHeightStdImp Cell Altitude Standard Deviation ADD SMLCCELL(Optional) CellHighPriRrcNum HiPri_RRC Number per Second for SET CALLSHOCKCTRL(Optional) CellHostType Cell Host Type ADD NRNCCELL(Optional)

CellId Cell ID CellIDChgPeriod Cell ID Changing Period time lengt SET CIDCHG(Optional) CellIDChgSwitch Cell ID Changing Switch SET CIDCHG(Optional) CellidRttActivateFlag CELLID+RTT Method Active Flag ADD SMLCCELL(Optional) CELLIDRTTMethodType CELLID+RTT Method Type SET SMLC(Optional)

HO CELL(Mandatory) ADD CELLEFACH(Mandatory) ADD CELLDYNSHUTDOWN(Mandatory) BLK CELL(Mandatory) ADD CELLMBMSSA(Mandatory) ADD CELLMCCH(Mandatory) ADD CELLHSUPA(Mandatory) ADD CELLHSDPA(Mandatory) ADD QUICKCELLSETUP(Mandatory) ADD CELLSIBSWITCH(Mandatory) ADD PRACHASC(Mandatory) ADD CHPWROFFSET(Mandatory) ADD PSCH(Mandatory) ADD SSCH(Mandatory) ADD PCPICH(Mandatory) ADD PCCPCH(Mandatory) ADD BCH(Mandatory) ADD SCCPCHBASIC(Mandatory) ADD SCCPCHTFC(Mandatory) ADD PICH(Mandatory) ADD FACH(Mandatory) ADD FACHDYNTFS(Mandatory) ADD FACHLOCH(Mandatory) ADD PCH(Mandatory) ADD PCHDYNTFS(Mandatory) ADD PRACHBASIC(Mandatory) ADD PRACHTFC(Mandatory) ADD PRACHSLOTFORMAT(Mandatory) ADD RACH(Mandatory) ADD RACHDYNTFS(Mandatory)

CellLdrSfResThd Cell LDR SF reserved threshold ADD CELLLDR(Optional) CellLocCfgType Cell Location Setting Type ADD SMLCCELL(Mandatory)

CellName Cell name

CellOverrunThd Cell overload threshold ADD CELLLDB(Optional) CellReSelectCounter Cell Reselection Counter Threshold SET UESTATETRANS(Optional) CellReSelectTimer Cell Reselection Timer SET UESTATETRANSTIMER(Opti CellReservationExtension Cell reservation extension ADD CELLACCESSSTRICT(Option CellReservedForOperatorUse Cell reserved for operator use ADD CELLACCESSSTRICT(Option CellsForbidden1A Affect 1A threshold flag ADD INTRAFREQNCELL(Optiona CellsForbidden1B Affect 1B threshold flag ADD INTRAFREQNCELL(Optiona CellTotalRrcNumThd Cell Call Shock Trigger Threshold SET CALLSHOCKCTRL(Optional)

CellUnderrunThd Cell underload threshold ADD CELLLDB(Optional)

CfgRacInd RAC Configuration Indication

ADD CELLSETUP(Mandatory) ADD QUICKCELLSETUP(Mandatory) ADD NRNCCELL(Mandatory)

ADD CELLSETUP(Mandatory) ADD QUICKCELLSETUP(Mandatory) ADD NRNCCELL(Mandatory) ADD GSMCELL(Mandatory)

CfgSwitch Channel configuration strategy swit SET CORRMALGOSWITCH(Option ChannelRetryHoTimerLen Channel Retry Ho Timer Length SET COIFTIMER(Optional) ChannelRetryTimerLen Channel Retry Timer Length SET COIFTIMER(Optional) ChCodingType Channel code type ADD FACH(Optional) CHECKCOUNT Ping Check Timeout Counts ADD IPPATH(Optional) ChIdx Channel Index SET MBMSPERF(Mandatory)

CHKN Check Index CHKSUMRX Calculate checksum when receive m ADD SCTPLNK(Optional) CHKSUMTX Calculate checksum when send mes ADD SCTPLNK(Optional) CHKSUMTYPE Checksum arithmetic ADD SCTPLNK(Optional) CHKTYPE Check type STR IPCHK(Mandatory)

ChoiceRprtUnitForDlBasicMeas Time unit for DL basic meas rprt cy

ChoiceRprtUnitForDlOlcMeas Time unit for DL OLC meas rprt cyc

ChoiceRprtUnitForHsdpaPwrMeas Time unit of HSDPA need pwr meas

ChoiceRprtUnitForHsdpaRateMeas Time unit of HSDPA bit rate meas c ChoiceRprtUnitForHsupaRateMeas Time unit of HSUPA bit rate meas c SET LDM(Optional)

ADD IPPATHBIND(Mandatory) STR IPCHK(Optional)

SET LDM(Optional) SET SATLDM(Optional)




ChoiceRprtUnitForUlBasicMeas Time unit for UL basic meas rprt cy

ChoiceRprtUnitForUlOlcMeas Time unit for UL OLC meas rprt cyc

ChoiceRptUnitForAmrE AMR Reporting Period Unit For Ev

ChoiceRptUnitForBeE BE Reporting Period Unit For Event

ChoiceRptUnitForBeF BE Reporting Period Unit For Event

ChoiceRptUnitForVpE VP Reporting Period Unit For Event ChSwitch Channel Switch SET MBMSPERF(Mandatory) CID GSM cell ID ADD GSMCELL(Mandatory)

CIO Cell oriented Cell Individual Offset CIO Cell Individual Offset ADD GSMCELL(Optional) CIOOffset Neighboring cell oriented CIO ADD GSMNCELL(Optional)

CIOOffset Neighboring cell oriented CIO CIR Bandwidth ADD IPLOGICPORT(Mandatory) CLKTYPE Clock board type SET CLKTYPE(Mandatory) CLTAModeInd Closed loop time adjust mode indica ADD CELLSETUP(Optional) CmCap Compression mode capability ADD NODEBLMTPARA(Optional)

CmcfCellType CM cell type CmcfSwitch CMCF algorithm switch SET CORRMALGOSWITCH(Option CmchRsrcRspTmr CMCH RSRC response timer SET STATETIMER(Optional)



ADD CELLQUALITYMEAS(Optional) SET QUALITYMEAS(Optional)




ADD CELLSETUP(Optional) ADD NRNCCELL(Optional)

ADD INTERFREQNCELL(Optional) ADD INTRAFREQNCELL(Optional)

ADD CELLCMCF(Optional) SET CMCF(Optional)

CmpSwitch Compatibility switch SET CORRMALGOSWITCH(Option

CNDomainId CN domain ID

ADD CNDOMAIN(Mandatory) ADD CELLRLPWR(Mandatory) ADD TYPRABBASIC(Mandatory) ADD CNNODE(Mandatory) RST IURESOURCE(Mandatory) RST IU(Mandatory)

CNId CN node ID CNLoadStatus Status of CN Node ADD CNNODE(Mandatory) CNMNGMODE Resource Management Mode ADD ADJMAP(Mandatory) CNOPERATORINDEX Cn Operator Index ACT LICENSE(Optional) CnOperatorName Cn Operator Name ADD CNOPERATOR(Mandatory) CnOpGrpIndex Cn Operator Group Index ADD CNOPERGROUP(Mandatory)

CnOpGrpIndex CN Operator Group Index CnOpGrpName Cn Operator Group Name ADD CNOPERGROUP(Mandatory) CnOpIndex Cn Operator Index ADD NRNCURA(Mandatory) CnOpIndex Cn Operator Index CnOpIndex1 Operator 1 Index ADD CNOPERGROUP(Mandatory) CnOpIndex2 Operator 2 Index ADD CNOPERGROUP(Mandatory) CnOpIndex3 Operator 3 Index ADD CNOPERGROUP(Mandatory) CnOpIndex4 Operator 4 Index ADD CNOPERGROUP(Mandatory) CnOpIndexComm Common Operator Index ADD CNOPERGROUP(Optional) CnOpNum Operator Number ADD CNOPERGROUP(Mandatory) CNProtclVer CN protocol version ADD CNNODE(Mandatory) CodeAdjForHsdpaSwitch Code Adjust Switch for HSDPA ADD CELLHSDPA(Optional) CodeAdjForHsdpaUserNumThd User Number for Code Adjust for ADD CELLHSDPA(Optional)

CodeBalancingDrdCodeRateThd Code occupied rate threshold for co

CodeBalancingDrdMinSFThd Minimum SF threshold for code bal

ADD CNNODE(Mandatory) SET IUTIMERANDNUM(Mandatory) ADD NRIGLBCNIDMAP(Mandatory) ADD IMSIIDNNSCNIDMAP(Mandatory) RST IU(Mandatory) RST IURESOURCE(Mandatory)

ADD NRNCCELL(Mandatory) ADD GSMCELL(Mandatory) ADD QUICKCELLSETUP(Mandatory) ADD CELLSETUP(Mandatory)

IMSIIDNNSCNIDMAP(Mandatory) ADD RNCCBCPUID(Mandatory)

SET DRD(Optional) ADD CELLDRD(Optional)


CodeBalancingDrdSwitch Code balance drd switch CodeCongSelInterFreqHoInd Code congestion select inter-freq in ADD CELLLDR(Optional) CodeScheme Code Scheme SET RNCCBPARA(Optional)

CoexistMeasThdChoice InterFreq and InterRat coexist meas CombNCellPercent Combine Neighbour Cell Percent SET RNCMBMSPARA(Optional)

CombPwrMargin Comb Event F Reporting Power Ma CommPlmnUsingType Comm Plmn Using Type SET OPERATORSHARINGMODE(O COMTMR1 Timer T1 ADD SAALLNK(Optional) COMTMR2 Timer T2 ADD SAALLNK(Optional) COMTMR3 Timer T3 ADD SAALLNK(Optional) CONGCLRTHD0 Recover threshold of queue 0 ADD PORTFLOWCTRLPARA(Opti CONGCLRTHD1 Recover threshold of queue 1 ADD PORTFLOWCTRLPARA(Opti CONGCLRTHD2 Recover threshold of queue 2 ADD PORTFLOWCTRLPARA(Opti CONGCLRTHD3 Recover threshold of queue 3 ADD PORTFLOWCTRLPARA(Opti CONGCLRTHD4 Recover threshold of queue 4 ADD PORTFLOWCTRLPARA(Opti CONGCLRTHD5 Recover threshold of queue 5 ADD PORTFLOWCTRLPARA(Opti CONGTHD0 Congestion threshold of queue 0 ADD PORTFLOWCTRLPARA(Opti CONGTHD1 Congestion threshold of queue 1 ADD PORTFLOWCTRLPARA(Opti CONGTHD2 Congestion threshold of queue 2 ADD PORTFLOWCTRLPARA(Opti CONGTHD3 Congestion threshold of queue 3 ADD PORTFLOWCTRLPARA(Opti CONGTHD4 Congestion threshold of queue 4 ADD PORTFLOWCTRLPARA(Opti CONGTHD5 Congestion threshold of queue 5 ADD PORTFLOWCTRLPARA(Opti ConnCellBarred Cell barred indicator for SIB4 ADD CELLACCESSSTRICT(Manda ConnectFailRrcRedirSwitch RRC redirect switch SET DRD(Optional) ConnIntraFreqReselection Intra-freq cell reselection ind for SI ADD CELLACCESSSTRICT(Option CONNPWR Is connecting power monitor ADD SUBRACK(Optional)


ADD CELLHOCOMM(Optional) SET HOCOMM(Optional)


ConnQhyst1s Hysteresis 1 for connect mode ADD CELLSELRESEL(Optional)

ConnQhyst2s Hysteresis 2 for connect mode ADD CELLSELRESEL(Optional)

ConnQoffset1sn ConnQoffset1sn


ConnQoffset2sn ConnQoffset2sn ConnSintersearch Inter-freq cell reselection threshold ADD CELLSELRESEL(Optional) ConnSintrasearch Intra-freq cell reselection threshold ADD CELLSELRESEL(Optional) ConnTbarred Time barred for SIB4 ADD CELLACCESSSTRICT(Option Constantvalue Constant value for calculating initi ADD PRACHBASIC(Optional) CONTEXTTYPE Context Type RST IUR(Mandatory) CONTPING Continue ping or not PING IP(Optional) ConverDlMBR Downlink maximum bit rate of Conv SET USERMBR(Optional) ConverUlMBR Uplink maximum bit rate of Convers SET USERMBR(Optional) CONVGBR Conversational MAC-c flow GBR ADD CELLEFACH(Optional) CONVMBR Conversational MAC-c flow MBR ADD CELLEFACH(Optional)

CopperMaxMode Max Mode Of Wideband AMRC For

CopperMaxMode Max Mode Of Narrowband AMRC Fo COUNT Send PKT Count PING MAC(Optional) CountCThreshold Count-C threshold SET CNTCHK(Mandatory)


ADD CELLAMRCWB(Optional) SET AMRCWB(Optional)

ADD CELLAMRC(Optional) SET AMRC(Optional)

CounterCheckSwitch Counter check switch SET CNTCHK(Optional)

CP1SupInd CP1 support indicator CqiDtxTimer CQI Activity Timer SET DTXDRXPARA(Optional) CQIFbCkinInDTXDRXmode CQI Feedback Cycke in DTX-DRX SET DTXDRXPARA(Optional) CRMaxNum Max number of cell reselection ADD CELLHCS(Optional) CROSSIPFLAG Cross IP address available flag ADD SCTPLNK(Optional) CSCONVDL R99 CS conversational service down ADD TRMFACTOR(Optional) CSCONVPRIPATH R99 CS conversational primary path ADD TRMMAP(Optional) CSCONVPRITH R99 CS conversational pri path load ADD LOADEQ(Optional) CSCONVSECPATH R99 CS conversational secondary pa ADD TRMMAP(Optional) CSCONVSECWHT R99 CS conversational pri sec path l ADD LOADEQ(Optional) CSCONVUL R99 CS conversational service uplin ADD TRMFACTOR(Optional) CsErlang Max User Number of CS ACT LICENSE(Optional)

CSHOOut2GloadThd CS domain Reloc GSM load THD CsInfoUpdFlag CS Information Update Switch SET OPERATORCFGPARA(Option CsInfoUpdTmr CS Information Update Protection SET OPERATORCFGPARA(Mandat CsNriCfgMode Feature Supporting Mode of CS Do SET OPERATORCFGPARA(Option CSNRILength Length of CS NRI in bits SET OPERATORCFGPARA(Mandat

CsRestriction Restriction for CS CSServiceHOSwitch Inter-RAT CS handover switch ADD CELLHOCOMM(Optional) CSSTRMDL R99 CS streaming service downlink ADD TRMFACTOR(Optional) CSSTRMPRIPATH R99 CS streaming primary path ADD TRMMAP(Optional) CSSTRMPRITH R99 CS streaming pri path load thre ADD LOADEQ(Optional) CSSTRMSECPATH R99 CS streaming secondary path ADD TRMMAP(Optional) CSSTRMSECWHT R99 CS streaming pri sec path load r ADD LOADEQ(Optional) CSSTRMUL R99 CS streaming service uplink fac ADD TRMFACTOR(Optional) CsSwitch CS algorithm switch SET CORRMALGOSWITCH(Option

CSVoiceChlType CS voice channel type SET FRCCHLTYPEPARA(Optional




CSVoiceHspaDlRelDelay CS Voice Hspa Dl Relative Delay SET FRC(Optional) CSVoiceHspaUlRelDelay CS Voice Hspa Ul Relative Delay SET FRC(Optional) CSVoiceHsupaTti HSUPA TTI type of CS voice traffi SET FRC(Optional) CSVoiceOverHspaSuppInd CS Voice Over Hspa Support Indica ADD NRNC(Optional)

CTFC Calculated transport format combina

CTFCSize CTFC length of TFCS CtrlPlnSharingOutOffset Control plane sharing out offset SET CTRLPLNSHAREPARA(Optio CtrlPlnSharingOutThd Control plane sharing out threshold SET CTRLPLNSHAREPARA(Optio CTRLSLOT Slot No. ADD RSCGRP(Mandatory) CTRLSW CM control enable switch SET CMCTRLSW(Mandatory) CXT Cross type ADD VPCLCX(Mandatory) CZ Classified Zone ID ADD CZ(Mandatory)

D2F2PTvmThd BE D2F/R Or F/R2P 4B Threshold SET UESTATETRANS(Optional) D2FTvmPTAT BE D2F/R 4B Pending Time SET UESTATETRANS(Optional) D2FTvmTimeToTrig BE D2F/R 4B Time SET UESTATETRANS(Optional) Dccc1APenaltyTime 1A Rate Down Penalty Time Length SET DCCC(Optional)

ADD SCCPCHTFC(Mandatory) ADD PRACHTFC(Mandatory)

ADD SCCPCHBASIC(Optional) ADD PRACHBASIC(Optional)

DcccShoPenaltyTime Period of penalty timer for SHO fail SET INTRAFREQHO(Optional) DcccStg DCCC Strategy SET DCCC(Optional) DcccUpPenaltyLen DCCC Rate Up Fail Penalty Time L SET DCCC(Optional) DchThrouMeasPeriod DCH Throu Meas Period SET DCCC(Optional) DchThrouPendingTime4B Period Amount after trigger 4B on ADD TYPRABDCCCMC(Optional) DchThrouTimetoTrigger4B Period Amount to trigger 4B on DC ADD TYPRABDCCCMC(Optional) DEBUGSUBNET Debugging Subnet No. SET SUBNET(Optional) DefaultCnOp Default CnOperator SET OPERATORSHARINGMODE(O DefaultConstantValue Constant value configured by defaul SET FRC(Optional) DefPcpichEcNo Default PCPICH Ec/No ADD CELLCAC(Optional) Delay Delay Time Length SET POOLPRIMHOSTPOLICY(Man DELAY Max diff delay ADD IMAGRP(Optional)

DelayClass Delay Class DeltaCodeOccupiedRate Delta code occupied rate SET DRD(Optional)

ADD TYPRABOLPC(Mandatory) ADD TYPRABRLC(Mandatory)

DeltaQrxlevmin Delta Min Rx level

DENO Destination entity No. DESTIP Destination IP address PING IP(Mandatory) DESTIP Destination IP address TRC IPADDR(Mandatory) DESTMEPID RMEP ID PING MAC(Mandatory) DESTMEPID RMEP ID TRC MAC(Mandatory) DGPSPERIOD DGPS data report period ADD GPS(Optional)

Direction Direction ADD TYPRABDCCCMC(Mandator DivCtrlField Softer handover combination indicat SET HOCOMM(Optional) DlAmrConvAF DL AF of R99 AMR conv service SET ADMCTRL(Optional)

DlAmrTrigTimeE AMR Trigger Time Of Event E DlBackgroundAF DL AF of R99 background service SET ADMCTRL(Optional)

DlBasicCommMeasFilterCoeff DL basic common measure filter coe DlBeH2DInitialRate DL rate of HSDPA BE traffic as H SET FRC(Optional)

DlBeTraffDecThs DL BE traffic DCH decision thresho DlBeTraffInitBitrate DL BE traffic Initial bit rate SET FRC(Optional) DlBeTraffThsOnHsdpa DL BE traffic threshold on HSDPA SET FRCCHLTYPEPARA(Optional

ADD CELLSELRESEL(Mandatory) ADD NRNCCELL(Mandatory)

ADD M3DE(Mandatory) ADD M3RT(Mandatory) ADD M3LKS(Mandatory)



SET FRCCHLTYPEPARA(Optional) ADD CELLFRC(Optional)

DlBeTrigTimeE BE Trigger Time Of Event E

DlBeTrigTimeF BE Trigger Time Of Event F

DlCacAvgFilterLen DL CAC smoothing filter length DlCCHLoadRsrvCoeff DL common channel load reserved co ADD CELLCAC(Optional)

DlCellTotalThd DL total power threshold ADD CELLCAC(Optional) DlCmMethod Downlink Compression Method ADD NODEBLMTPARA(Optional)

DLCODENO Reserved DL code No ADD RESERVEOVSF(Mandatory)




DlConvAMRThd DL threshold of Conv AMR service ADD CELLCAC(Optional)

DlConvNonAMRThd DL threshold of Conv non_AMR ser ADD CELLCAC(Optional)

DlCSInterRatShouldBeHOUeNum DL CS should be HO user number

DlCSInterRatShouldNotHOUeNum DL CS should not be HO user numb

DlDcccRateThd Downlink Bit Rate Threshold For SET DCCC(Optional)

ADD CELLLDR(Optional) ADD NODEBLDR(Optional)


DlFullCvrRate Downlink Full Coverage Bit Rate DlGBR Downlink GBR for BE service SET USERGBR(Optional)

DlHoCeCodeResvSf DL handover credit and code reserv ADD CELLCAC(Optional)


DlHOThd DL handover access threshold ADD CELLCAC(Optional) DlHSUPARsvdFactor DL HSUPA reserved factor ADD CELLCAC(Optional) DlInteractAF DL AF of R99 interactive service SET ADMCTRL(Optional) DlInterFreqHoBWThd DL HO maximum bandwidth ADD CELLLDR(Optional) DlInterFreqHoCellLoadSpaceThd DL HO load space threshold ADD CELLLDR(Optional) DlLdrAMRRateReductionRabNum DL LDR-AMR rate reduction RAB ADD CELLLDR(Optional)

DlLdrAvgFilterLen DL LDR smoothing filter length

DlLdrBERateReductionRabNum DL LDR-BE rate reduction RAB nu

DlLdrCreditSfResThd DL LDR credit SF reserved threshol DlLdrEighthAction DL LDR eighth action ADD CELLLDR(Optional)

DlLdrFifthAction DL LDR fifth action





DlLdrFirstAction DL LDR first action

DlLdrFourthAction DL LDR fourth action DlLdrNinthAction DL LDR ninth action ADD CELLLDR(Optional)

DlLdrPsRTQosRenegRabNum DL LDR un-ctrl RT Qos re-nego R

DlLdrRelThd DL LDR release threshold ADD CELLLDM(Optional)




DlLdrSecondAction DL LDR second action DlLdrSeventhAction DL LDR seventh action ADD CELLLDR(Optional)

DlLdrSixthAction DL LDR sixth action DlLdrTenthAction DL LDR tenth action ADD CELLLDR(Optional)

DlLdrThirdAction DL LDR third action DlLdrTrigThd DL LDR trigger threshold ADD CELLLDM(Optional) DlLdTrnsHysTime DL State Trans Hysteresis threshold ADD CELLLDM(Optional) DlMaxNumOfTfc Downlink Maximum Number of TF ADD NODEBLMTPARA(Optional) DlMBMSRsvdFactor DL MBMS reserved factor ADD CELLCAC(Optional)

DlMeasFilterCoef DL TCP Measurement Filter Coeffic DlMidRateCalc Downlink Mid Bit Rate Calculate M SET DCCC(Optional)

DlMidRateThd Downlink Mid Bit Rate Threshold SET DCCC(Mandatory)

DlModeChangeTimerLen DL Mode Change Waiting Timer Le DlNonAmrConvAF DL AF of R99 non AMR conv servi SET ADMCTRL(Optional)

DlOlcAvgFilterLen DL OLC smoothing filter length





SET AMRC(Optional) SET AMRCWB(Optional)


DlOlcFTFRstrctRabNum DL OLC fast TF restrict RAB numb ADD CELLOLC(Optional)

DlOlcFTFRstrctTimes DL OLC fast TF restrict times ADD CELLOLC(Optional)

DlOlcMeasFilterCoeff DL overload measure filter coeff

DlOlcRelThd DL OLC release threshold ADD CELLLDM(Optional) DlOlcTraffRelRabNum DL OLC traff release RAB number ADD CELLOLC(Optional)

DlOlcTrigHyst DL OLC trigger hysteresis



DlOlcTrigThd DL OLC trigger threshold ADD CELLLDM(Optional)

DlOtherThd DL threshold of other services ADD CELLCAC(Optional)

DLOVSFSF Reserved DL code OVSF ADD RESERVEOVSF(Mandatory)

DlPSInterRatShouldBeHOUeNum DL PS should be HO user number

DlPSInterRatShouldNotHOUeNum DL PS should not be HO user numb DlQosAmrAdjSwitch Switch Of AMR Downlink Rate Adj SET QOSACT(Optional) DlQosAmrInterFreqHoSwitch InterFreq HO Switch For Downlin SET QOSACT(Optional) DlQosAmrInterRatHoSwitch InterRat HO Switch For Downlink SET QOSACT(Optional)

DLQosMcTimerLen Down Link Qos Measure timer leng DlQosVpInterFreqHoSwitch InterFreq HO Switch For Downlink SET QOSACT(Optional) DlQosWAmrAdjSwitch Switch For WAMR Downlink Rate SET QOSACT(Optional) DlQosWAmrInterFreqHoSwitch InterFreq HO Switch For WAMR D SET QOSACT(Optional) DlQosWAmrInterRatHoSwitch InterRat HO Switch For WAMR Do SET QOSACT(Optional) DlR99CongCtrlSwitch DL R99 Congestion Control Switch SET DPUCFGDATA(Optional) DlRateDnAdjLevel Downlink Rate Decrease Adjust Lev SET DCCC(Optional) DlRateUpAdjLevel Downlink Rate Increase Adjust Leve SET DCCC(Optional)

DlRscpQosHyst Down Link RSCP Used-Freq THD H DlSF Downlink spreading factor ADD CELLRLPWR(Mandatory) DlSFLimitCMInd Dl SF limit CM ind SET CMCF(Optional)

DlSFTurnPoint DL SF threshold DlSrbActFactor DL AF of SRB SET ADMCTRL(Optional) DlStreamAF DL AF of R99 Streaming service SET ADMCTRL(Optional) DlStrThsOnHsdpa DL streaming traffic threshold on SET FRCCHLTYPEPARA(Optional

DlThdE1 DL E1 Event Relative Threshold

DlThdE2 DL E2 Event Relative Threshold

DlThdF1 DL F1 Event Relative Threshold



ADD CELLQOSHO(Optional) SET QOSHO(Optional)






DlThdF2 DL F2 Event Relative Threshold DlTotalEqUserNum DL total equivalent user number ADD CELLCAC(Optional)

DlVpTrigTimeE VP Trigger Time Of Event E DLYGB Expected diff delay guard-band ADD IMAGRP(Optional) DomainType Blocked domain type ADD RNCALLCELLBLK(Mandato DOOR_ENGINE_MASK Enable Door Status Alarm Reportin ADD EMU(Optional) DPC DSP code ADD N7DPC(Mandatory) DpcchBurst1 DPCCH Transmission Burst 1 SET DTXDRXPARA(Optional) DpcchBurst2 DPCCH Transmission Burst 2 SET DTXDRXPARA(Optional) DpcchSlotFmtForHspa prefered DPCCH slot format for H SET FRC(Optional) DPCDNF DSP code ADD N7DPC(Mandatory)

DpchDivModforMIMO DPCH diversity mode for MIMO us

DpchPrioTxDiversityMode DPCH priority Tx diversity mode DpcMode DL power control mode SET FRC(Optional) DPCT DSP type ADD N7DPC(Mandatory) DPORTNO Dst Port NO. STR IPLOPTST(Mandatory) DPUSN DPUb Slot No. STR IPLOPTST(Mandatory)

DPX DSP index DR Activation direction ACT VCLCC(Optional)





ADD N7DPC(Mandatory) ADD M3DE(Mandatory) ADD MTP3LKS(Mandatory) ADD ADJNODE(Mandatory) ADD CNNODE(Mandatory) ADD NRNC(Mandatory) ADD MTP3RT(Mandatory)

DraSwitch Dynamic resource allocation switch SET CORRMALGOSWITCH(Option

DRDEcN0Threshhold Drd Ec/N0 threshold DrlAal2EstIndTmr DRL AAL2 establishment indication SET STATETIMER(Optional) DrlRecfgCmitTmr DRL reconfiguration commit timer SET STATETIMER(Optional)

DRMaxGSMNum Max inter-RAT direct retry number DrncBeDlRlcQosSwitch Drnc Parameter for BE Downlink SET QOSACT(Optional) DROPPKTTHD0 Packet discard threshold of queue 0 ADD PORTFLOWCTRLPARA(Opti DROPPKTTHD1 Packet discard threshold of queue 1 ADD PORTFLOWCTRLPARA(Opti DROPPKTTHD2 Packet discard threshold of queue 2 ADD PORTFLOWCTRLPARA(Opti DROPPKTTHD3 Packet discard threshold of queue 3 ADD PORTFLOWCTRLPARA(Opti DROPPKTTHD4 Packet discard threshold of queue 4 ADD PORTFLOWCTRLPARA(Opti DROPPKTTHD5 Packet discard threshold of queue 5 ADD PORTFLOWCTRLPARA(Opti DrSwitch Direct retry switch SET CORRMALGOSWITCH(Option DrxCycle DRX Cycle SET DTXDRXPARA(Optional) DrxCycleLenCoef Paging DRX cycle coefficient SET FRC(Optional) DRXCycleLenCoef DRX cycle length coefficient ADD CNDOMAIN(Optional) DrxGrantMonitoring UE DRX Grant Monitoring Decisio SET DTXDRXPARA(Optional)

ADD GSMNCELL(Optional) ADD INTERFREQNCELL(Optional)


Drxvalid DRX Parameter Switch SET DTXDRXPARA(Optional)

DS1 E1T1 port No. DsacAutoSwitch Switch for auto DSAC SET DSACAUTOALGO(Optional)

DSCP Differentiated services code point DSPNO Dsp No. STR IPLOPTST(Mandatory) DST DaylightSave SET TZ(Optional) DSTE1T1LNKN Destination link No. ADD TSCROSS(Mandatory)

DSTIP Destination IP address DSTMASK Destination address mask ADD IPRT(Mandatory) DSTMASK Destination address mask ADD IPRTBIND(Mandatory) DSTTSN Destination time slot No. ADD TSCROSS(Mandatory) DtxCycle1 DPCCH Transmission Cycle 1 SET DTXDRXPARA(Optional) DtxCycle2 DPCCH Transmission Cycle 2 SET DTXDRXPARA(Optional) DtxDrxEnablingDelay delay time of DTX_DRX in action SET FRC(Optional) DtxLongPreamble Long DPCCH Preamble SET DTXDRXPARA(Optional) Dtxvalid DTX Parameter Switch SET DTXDRXPARA(Optional) DUPLEX Duplex Mode SET ETHPORT(Optional) DynCellOpenJudgeTimerlen Period Timer Length For Cell Dyna SET RNCCELLSHUTDOWNPARA(O DynCellShutdownProtectTimerlen Protect Timer Length For Cell Dyn SET RNCCELLSHUTDOWNPARA(O DynCellShutDownSwitch Cell Dynamic ShutDown Switch F SET RNCCELLSHUTDOWNPARA(O DynShutdownSwitch Cell Dynamic ShutDown Switch ADD CELLDYNSHUTDOWN(Mand DynShutDownType Cell Dynamic ShutDown Type ADD CELLDYNSHUTDOWN(Optio E1T1LNKN Bearing link No. ADD FRALNK(Mandatory) E2FThrouMeasPeriod E-DCH Throu Meas Period SET UESTATETRANS(Optional) E2FThrouPTAT E-DCH2F 4B Pending Period Amou SET UESTATETRANS(Optional) E2FThrouThd E-DCH2F 4B Threshold SET UESTATETRANS(Optional) E2FThrouTimeToTrig E-DCH2F 4B Period Amount SET UESTATETRANS(Optional) EagchCodeNum Code Number for E-AGCH ADD CELLHSUPA(Optional) ECHOIP Check IP address ADD IPPATH(Mandatory) EcN0AdjStep Ec/N0 Adjustment Step SET RACHMEASUREPARA(Option EcN0AdjTimerLen Ec/N0 Adjustment Measurement Per SET RACHMEASUREPARA(Option

EcN0EffectTime Ec/N0 effective time EcN0MaxDownAdjStep Maximum Ec/N0 Down Step SET RACHMEASUREPARA(Option EcN0MaxUpAdjStep Maximum Ec/N0 Up Step SET RACHMEASUREPARA(Option

EcN0Ths Ec/N0 threshold

ADD PPPLNK(Mandatory) ADD MPLNK(Mandatory)

PING IP(Optional) SET DSCPMAP(Mandatory) ADD SCTPLNK(Optional) SET PHBMAP(Mandatory)

ADD IPRT(Mandatory) ADD IPRTBIND(Mandatory) ADD FLOW(Mandatory)

SET FRC(Optional) ADD CELLFRC(Optional)

SET FRC(Optional) ADD CELLFRC(Optional)

EDAY End date SET TZ(Mandatory) EdchMacdPduSize1 E-DCH MAC-D PDU size1 ADD TYPRABHSPA(Optional) EdchMacdPduSize10 E-DCH MAC-D PDU size10 ADD TYPRABHSPA(Optional) EdchMacdPduSize11 E-DCH MAC-D PDU size11 ADD TYPRABHSPA(Optional) EdchMacdPduSize12 E-DCH MAC-D PDU size12 ADD TYPRABHSPA(Optional) EdchMacdPduSize2 E-DCH MAC-D PDU size2 ADD TYPRABHSPA(Optional) EdchMacdPduSize3 E-DCH MAC-D PDU size3 ADD TYPRABHSPA(Optional) EdchMacdPduSize4 E-DCH MAC-D PDU size4 ADD TYPRABHSPA(Optional) EdchMacdPduSize5 E-DCH MAC-D PDU size5 ADD TYPRABHSPA(Optional) EdchMacdPduSize6 E-DCH MAC-D PDU size6 ADD TYPRABHSPA(Optional) EdchMacdPduSize7 E-DCH MAC-D PDU size7 ADD TYPRABHSPA(Optional) EdchMacdPduSize8 E-DCH MAC-D PDU size8 ADD TYPRABHSPA(Optional) EdchMacdPduSize9 E-DCH MAC-D PDU size9 ADD TYPRABHSPA(Optional) EdchMacdPduSizeNum The Number of E-DCH MAC-D PDU ADD TYPRABHSPA(Optional) EdchPendingTime4A Period Amount after trigger 4A on ADD TYPRABDCCCMC(Optional) EdchPendingTime4B Period Amount after trigger 4B on ADD TYPRABDCCCMC(Optional) EdchRateAdjustSet HSUPA UpLink Rate Adjust Set SET EDCHRATEADJUSTSET(Opti EdchSirMaxDownStep Maximum E-DCH SIR decrease ste ADD TYPRABOLPC(Mandatory)

EdchTargetLargeRetransNum Edch Target Large Number of E-DC ADD TYPRABOLPC(Mandatory)

EdchTargetLittleRetransNum Edch Little Target Number of E-DC ADD TYPRABOLPC(Mandatory) EdchTimetoTrigger4A Period Amount to trigger 4A on E ADD TYPRABDCCCMC(Optional) EdchTimetoTrigger4B Period Amount to trigger 4B on E ADD TYPRABDCCCMC(Optional) EdchTtiType Edch TTI type SET DTXDRXPARA(Mandatory) EFACHDL EFACH channel forward factor ADD TRMFACTOR(Optional) EFACHDTCHGBP EFACH DTCH GBP ADD CELLEFACH(Optional) EFachSupInd EFachSupInd ADD NRNCCELL(Mandatory) EFachSwitch switch for RRC established on E_ SET RRCESTCAUSE(Optional) EHSPACMPermissionInd CM permission ind on HSPA+ SET CMCF(Optional) EM EndType SET TZ(Mandatory) EmcPreeRefVulnSwitch Preemptvulnerability for Emergency SET QUEUEPREEMPT(Optional) EMERGENCY Emergency verification ADD MTP3LKS(Optional) EmergLCSSwitch Emergency LCS Switch SET SMLC(Optional) EMONTH End month SET TZ(Mandatory) EMSIP EMS IP Address ADD EMSIP(Mandatory) EncryptionAlgo Encryption algorithm SET UEA(Optional) EndTime1 First Cell Dynamic ShutDown Inter ADD CELLDYNSHUTDOWN(Mand

EndTime2 Second Cell Dynamic ShutDown Int ADD CELLDYNSHUTDOWN(Mand EndTime3 Third Cell Dynamic ShutDown Inte ADD CELLDYNSHUTDOWN(Mand

ENTITYT Destination entity type ERFAMEventPara Err Frmae Event Para ACT ETHOAMAH(Optional) ERFAMEventPrid Err Frmae Event Prid ACT ETHOAMAH(Optional) ERFAMPRDEventPara Err Frmae Cyc Event Para ACT ETHOAMAH(Optional) ERFAMPRDEventPrid Err Frmae Cyc Event Prid ACT ETHOAMAH(Optional) ERFAMSCDEventPara Err Frmae Sec Event Para ACT ETHOAMAH(Optional) ERFAMSCDEventPrid Err Frmae Sec Event Prid ACT ETHOAMAH(Optional) ErgchEhichCodeNum Code Number for E-RGCH/E-HICH ADD CELLHSUPA(Optional) ESTINDTMR Establishment indication timer SET AAL2TMR(Optional) ESTREQTMR Establishment request timer SET AAL2TMR(Optional) ET EndTime SET TZ(Mandatory) Event4aThd Traffic Measurement Event 4A thre ADD TYPRABDCCCMC(Optional) Event4bThd Traffic Measurement Event 4B thre ADD TYPRABDCCCMC(Mandator EventAReportDelay Event A report delay ADD TYPRABRLC(Optional) EventAThred Event A threshold ADD TYPRABRLC(Optional) EventBThred Event B threshold ADD TYPRABRLC(Optional) EWEEK End week SET TZ(Mandatory) EWSEQ End week sequence SET TZ(Mandatory) EX_ANO1_SIG_MAX Upper Limit of Signal Output of Ex ADD EMU(Optional) EX_ANO1_SIG_MIN Lower Limit of Signal Output of Ex ADD EMU(Optional) EX_ANO1_TYPE Sensor Type of External Analog 1 ADD EMU(Optional) EX_ANO1_VAL_MAX Upper Limit of Measurement Range ADD EMU(Optional) EX_ANO1_VAL_MIN Lower Limit of Measurement Range ADD EMU(Optional) EX_ANO2_SIG_MAX Upper Limit of Signal Output of Ex ADD EMU(Optional) EX_ANO2_SIG_MIN Lower Limit of Signal Output of Ex ADD EMU(Optional) EX_ANO2_TYPE Sensor Type of External Analog 2 ADD EMU(Optional) EX_ANO2_VAL_MAX Upper Limit of Measurement Range ADD EMU(Optional) EX_ANO2_VAL_MIN Lower Limit of Measurement Range ADD EMU(Optional) EX_ANO3_SIG_MAX Upper Limit of Signal Output of Ex ADD EMU(Optional) EX_ANO3_SIG_MIN Lower Limit of Signal Output of Ex ADD EMU(Optional) EX_ANO3_TYPE Sensor Type of External Analog 3 ADD EMU(Optional) EX_ANO3_VAL_MAX Upper Limit of Measurement Range ADD EMU(Optional) EX_ANO3_VAL_MIN Lower Limit of Measurement Range ADD EMU(Optional) EX_ANO4_SIG_MAX Upper Limit of Signal Output of Ex ADD EMU(Optional) EX_ANO4_SIG_MIN Lower Limit of Signal Output of Ex ADD EMU(Optional) EX_ANO4_TYPE Sensor Type of External Analog 4 ADD EMU(Optional) EX_ANO4_VAL_MAX Upper Limit of Measurement Range ADD EMU(Optional) EX_ANO4_VAL_MIN Lower Limit of Measurement Range ADD EMU(Optional) F2PTvmPTAT BE F2P 4B Pending Time SET UESTATETRANS(Optional) F2PTvmTimeToTrig BE F2P 4B Time SET UESTATETRANS(Optional) FachId FACH ID ADD CTCH(Mandatory) FachIdforMcch FACH ID for MCCH ADD CELLMCCH(Mandatory)

FachMaxPower Fach Max Power FACHMeasInd FACH Meas Indicator ADD CELLMEAS(Optional) FACHPwrReduceValue FACH power reduce value ADD CELLOLC(Optional)

ADD M3DE(Mandatory) ADD M3LE(Mandatory)

ADD CELLMBMSFACH(Optional) SET MBMSFACH(Optional) SET MSCHFACH(Optional)

FACTOR SPI Factor SET SPIFACTOR(Mandatory) FACTOR Factor SET CTRLFACTOR(Mandatory) FailTimeTh DCCC Rate Up Fail Time Threshol SET DCCC(Optional) FC Flow Control SET ETHPORT(Optional)

FCINDEX Flow control parameter index

FCSTYPE CRC check mode FddTpcDlStepSize FDD DL power control step size SET FRC(Optional)

FdpchDivModforMIMO F-DPCH diversity mode for MIMO

FdpchDivModforNonMIMO F-DPCH diversity mode for non M FdpchMaxRefPwr FDPCH maximum reference power SET FDPCHRLPWR(Optional) FdpchMinRefPwr FDPCH minimum reference power SET FDPCHRLPWR(Optional) FdpchPO2 F-DPCH Power Offset SET FDPCHPARA(Optional) FEDHCPSVRIP FE Dhcp Server IP ADD NODEBESN(Mandatory)

FILENAME Export file name FILEPATH Export file path EXP CFGMML(Optional)

ADD FRALNK(Optional) ADD IMAGRP(Optional) SET OPT(Mandatory) SET ETHPORT(Mandatory) ADD MPGRP(Optional) ADD PPPLNK(Optional) ADD UNILNK(Optional) ADD ATMLOGICPORT(Optional) ADD PORTFLOWCTRLPARA(Mandatory) ADD IPLOGICPORT(Optional)




EXP CFGMML(Optional) BKP DB(Optional)

FilterCoef Intra-freq meas L3 filter coeff SET INTRAFREQHO(Optional)

FilterCoefOf2D2F 2D2F filter coeff FixedMachsWinSize Fixed MAC-hs window size ADD NODEBLMTPARA(Optional) FlcAlgoSwitch Flc Algo Switch ADD CELLMCCH(Optional)


FLOWCTRLSWITCH Flow control switch FLOWID Flow ID ADD FLOW(Mandatory) FN File Name ACT LICENSE(Optional) FN File Name EXP ELABEL(Optional) ForcedSHOSwitch ForcedSho Switch In CELLID+RTT SET SMLC(Optional) FPMUXSWITCH FPMUX flag ADD IPPATH(Optional) FPTIMER the maximal time for FP MUX ADD IPPATH(Optional) FRAGSIZE MP flake size ADD MPGRP(Optional) FRALNKN Fractional link No. ADD FRALNK(Mandatory) FRALNKT Fractional link type ADD FRALNK(Mandatory) FRMLEN TX frame length ADD IMAGRP(Optional) FTI Factor table index ADD ADJMAP(Mandatory) FTI Factor table index ADD TRMFACTOR(Mandatory) FUNCTIONSWITCH1 Function Switch1 ACT LICENSE(Optional) FUNCTIONSWITCH2 Function Switch2 ACT LICENSE(Optional) FUNCTIONSWITCH3 Function Switch3 ACT LICENSE(Optional) FUNCTIONSWITCH4 Function Switch4 ACT LICENSE(Optional)

FWDCONGBW Forward congestion threshold FWDCONGBW Forward congestion threshold ADD ATMLOGICPORT(Optional) FWDCONGBW Forward congestion threshold ADD AAL2PATH(Optional) FWDCONGBW Forward congestion threshold ADD IPPATH(Optional)

ADD FRALNK(Optional) SET OPT(Optional) ADD PPPLNK(Optional) ADD IMAGRP(Optional) ADD IPLOGICPORT(Optional) ADD MPGRP(Optional) ADD UNILNK(Optional) ADD ATMLOGICPORT(Optional) SET ETHPORT(Optional)

ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD FRALNK(Optional) ADD IMAGRP(Optional) ADD UNILNK(Optional) ADD IPLOGICPORT(Optional)

FWDCONGBW Forward congestion threshold ADD RSCGRP(Optional)

FWDCONGCLRBW Forward congestion clear threshold FWDCONGCLRBW Forward congestion clear threshold ADD IPLOGICPORT(Optional) FWDCONGCLRBW Forward congestion clear threshold ADD ATMLOGICPORT(Optional) FWDCONGCLRBW Forward congestion clear threshold ADD AAL2PATH(Optional) FWDCONGCLRBW Forward congestion clear threshold ADD IPPATH(Optional) FWDCONGCLRBW Forward congestion clear threshold ADD RSCGRP(Optional)

FWDHORSVBW Forward handover reserved bandwid FWDHORSVBW Forward handover reserved bandwid ADD ATMLOGICPORT(Optional) FWDHORSVBW Forward handover reserved bandwid ADD AAL2PATH(Optional) FWDHORSVBW Forward handover reserved bandwid ADD IPPATH(Optional) FWDHORSVBW Forward handover reserved bandwid ADD RSCGRP(Optional) GainFactorBetaC Gain Factor BetaC ADD PRACHTFC(Mandatory) GainFactorBetaD Gain Factor BetaD ADD PRACHTFC(Optional) GATEWAY Check IP address STR IPCHK(Mandatory) GCDF Geo-coordinate data format ADD SMLCCELL(Optional)

GCDF GCDF ADD GPS(Optional) GENCCHDL General common channel service do ADD TRMFACTOR(Optional)

ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD FRALNK(Optional) ADD IMAGRP(Optional) ADD UNILNK(Optional)

ADD PPPLNK(Optional) ADD MPGRP(Optional) ADD FRALNK(Optional) ADD IMAGRP(Optional) ADD UNILNK(Optional) ADD IPLOGICPORT(Optional)

GENCCHUL General common channel service upl ADD TRMFACTOR(Optional)

GoldMaxMode Max Mode Of Wideband AMRC For

GoldMaxMode Max Mode Of Narrowband AMRC Fo GoldUserLoadControlSwitch Gold user load control switch ADD CELLLDR(Optional) GPSPERIOD GPS data report period ADD GPS(Optional) GRPID Transport Resource Group No. ADD RSCGRP(Mandatory) GRPT Transport Resource Group Type ADD RSCGRP(Mandatory)

GSMCellIndex GSM cell index GSMCellName GSM cell name ADD GSMCELL(Mandatory) HangBlockNum5A Interval Block Number ADD TYPRABQUALITYMEAS(Man HappyBR Happy bit rate SET USERHAPPYBR(Optional) HarqPreaCap HARQ Preamble capability indicati ADD NRNCCELL(Optional) HBDelaycnd Happy bit delay time ADD TYPRABHSPA(Optional) HBINTER Heartbeat interval ADD SCTPLNK(Optional)

HCARRYT High bearing type ADD VPCLCX(Mandatory) HCodeAdjPunshTimerLength Punish Timer Length for Code Adj ADD CELLHSDPA(Optional)

HCSPrio HCS priority level HDBKGDL HSDPA background service downlin ADD TRMFACTOR(Optional) HDBKGPRIPATH HSDPA background primary path ADD TRMMAP(Optional) HDBKGPRITH HSDPA background pri path load th ADD LOADEQ(Optional) HDBKGSECPATH HSDPA background secondary path ADD TRMMAP(Optional) HDBKGSECWHT HSDPA background pri sec path load ADD LOADEQ(Optional) HDCONVDL HSDPA conversational service down ADD TRMFACTOR(Optional) HDCONVPRIPATH HSDPA conversational primary pat ADD TRMMAP(Optional) HDCONVPRITH HSDPA conversational pri path load ADD LOADEQ(Optional) HDCONVSECPATH HSDPA conversational secondary p ADD TRMMAP(Optional)



ADD GSMCELL(Mandatory) HO CELL(Optional) ADD GSMNCELL(Mandatory)

ADD CELLHCS(Optional) ADD GSMCELL(Optional) ADD NRNCCELL(Optional)

HDCONVSECWHT HSDPA conversational pri sec path l ADD LOADEQ(Optional) HDHIGHINTERACTPRITH HSDPA high interactive pri path loa ADD LOADEQ(Optional) HDHIGHINTERACTSECWHT HSDPA high pri sec path load ratio ADD LOADEQ(Optional) HDINTERDL HSDPA interactive service downlink ADD TRMFACTOR(Optional) HDINTHGHPRIPATH HSDPA high PRI interactive primar ADD TRMMAP(Optional) HDINTHGHSECPATH HSDPA high PRI interactive second ADD TRMMAP(Optional) HDINTLOWPRIPATH HSDPA low PRI interactive primary ADD TRMMAP(Optional) HDINTLOWSECPATH HSDPA low PRI interactive seconda ADD TRMMAP(Optional) HDINTMIDPRIPATH HSDPA middle PRI interactive prim ADD TRMMAP(Optional) HDINTMIDSECPATH HSDPA middle PRI interactive seco ADD TRMMAP(Optional) HDLOWINTERACTPRITH HSDPA low interactive pri path load ADD LOADEQ(Optional) HDLOWINTERACTSECWHT HSDPA low interactive pri sec path ADD LOADEQ(Optional) HDMIDINTERACTPRITH HSDPA mid interactive pri path load ADD LOADEQ(Optional) HDMIDINTERACTSECWHT HSDPA mid interactive pri sec path ADD LOADEQ(Optional) HDSIPDL HSDPA IMS signal downlink factor ADD TRMFACTOR(Optional) HDSIPPRIPATH HSDPA IMS Signal primary path ADD TRMMAP(Optional) HDSIPPRITH HSDPA IMS Signal pri path load th ADD LOADEQ(Optional) HDSIPSECPATH HSDPA IMS Signal secondary path ADD TRMMAP(Optional) HDSIPSECWHT HSDPA IMS Signal pri sec path load ADD LOADEQ(Optional) HDSRBDL HSDPA signal downlink factor ADD TRMFACTOR(Optional) HDSRBPRIPATH HSDPA Signal primary path ADD TRMMAP(Optional) HDSRBPRITH HSDPA Signal pri path load thresho ADD LOADEQ(Optional) HDSRBSECPATH HSDPA Signal secondary path ADD TRMMAP(Optional) HDSRBSECWHT HSDPA Signal pri sec path load rati ADD LOADEQ(Optional) HDSTRMDL HSDPA streaming service downlink ADD TRMFACTOR(Optional) HDSTRMPRIPATH HSDPA streaming primary path ADD TRMMAP(Optional) HDSTRMPRITH HSDPA streaming pri path load thre ADD LOADEQ(Optional) HDSTRMSECPATH HSDPA streaming secondary path ADD TRMMAP(Optional) HDSTRMSECWHT HSDPA streaming pri sec path load r ADD LOADEQ(Optional) HDVOICEDL HSDPA voice service downlink fact ADD TRMFACTOR(Optional) HDVOICEPRIPATH HSDPA Voice primary path ADD TRMMAP(Optional) HDVOICESECPATH HSDPA Voice secondary path ADD TRMMAP(Optional) HFRAATMLNKN High FRAATM link No. ADD VPCLCX(Optional) HhoRelocProcSwitch Relocation with HHO process switc ADD NRNC(Optional) HHOTRIG HHO cross IUR trigger ADD NRNC(Mandatory) HIMAGRPN High IMA group No. ADD VPCLCX(Optional) HoAsuTmr HO active set update response timer SET STATETIMER(Optional) HoCellUpdateRspTmr HO cell update response timer SET STATETIMER(Optional)

HOCovPrio The priority of coverage based inte ADD INTERFREQNCELL(Optional HoPagingRspTmr HO paging response timer SET STATETIMER(Optional) HoPhychRecfgTmr HO PhyCh reconfiguration timer SET STATETIMER(Optional) HoRelocReqTmr HO relocation request timer SET STATETIMER(Optional) HostType NodeB Host Type ADD NODEB(Optional)

HoSwitch HandOver switch SET CORRMALGOSWITCH(Option HOThdEcN0 Inter-freq measure target frequency ADD CELLMBDRINTERFREQ(Opti HOThdRscp Inter-freq measure target frequenc ADD CELLMBDRINTERFREQ(Opti HoWtTrchRecfgRspTmr HO wait timer for TrCH or RB recon SET STATETIMER(Optional) HPN High NCOPT port No. ADD VPCLCX(Optional) HsdpaBackGroundAF AF of hsdpa background service SET ADMCTRL(Optional) HsdpaBePBRThd HSDPA best effort PBR threshold ADD CELLCAC(Optional) HsdpaCMPermissionInd CM permission ind on HSDPA SET CMCF(Optional) HsdpaConvAF AF of hsdpa conv service SET ADMCTRL(Optional) HsdpaInteractAF AF of hsdpa interactive service SET ADMCTRL(Optional)

HsdpaNeedPwrFilterLen HSDPA need power filter len

HsdpaPrvidBitRateFilterLen HSDPA bit rate filter len HsdpaRabEstAttMinNum The minimum of HSDPA Rab attemp SET KPIALMTHD(Optional) HsdpaRabEstSuccRatioThd HSDPA Rab successful setup ratio SET KPIALMTHD(Optional) HsdpaStreamAF AF of hsdpa streaming service SET ADMCTRL(Optional) HsdpaStrmPBRThd HSDPA streaming PBR threshold ADD CELLCAC(Optional) HSDPAthroughput Max throughput of HSDPA ACT LICENSE(Optional) HsdpaUserNumThd Cell Dynamic ShutDown Hsdpa Use ADD CELLDYNSHUTDOWN(Optio HsdschMacdPduSize1 HS-DSCH MAC-D PDU size1 ADD TYPRABHSPA(Optional) HsdschMacdPduSize2 HS-DSCH MAC-D PDU size2 ADD TYPRABHSPA(Optional) HsdschMacdPduSize3 HS-DSCH MAC-D PDU size3 ADD TYPRABHSPA(Optional)



HsdschMacdPduSize4 HS-DSCH MAC-D PDU size4 ADD TYPRABHSPA(Optional) HsdschMacdPduSize5 HS-DSCH MAC-D PDU size5 ADD TYPRABHSPA(Optional) HsdschMacdPduSize6 HS-DSCH MAC-D PDU size6 ADD TYPRABHSPA(Optional) HsdschMacdPduSize7 HS-DSCH MAC-D PDU size7 ADD TYPRABHSPA(Optional) HsdschMacdPduSize8 HS-DSCH MAC-D PDU size8 ADD TYPRABHSPA(Optional) HsdschMacdPduSizeNum The Number of HS-DSCH MAC-D ADD TYPRABHSPA(Optional) HSN High slot No. ADD VPCLCX(Mandatory)

HspaEnhSwitch Cell Hspa Enhanced function switch ADD CELLALGOSWITCH(Optiona HSPAPlusSelection prefered HSPA PLUS character SET FRC(Optional) HspaPlusSwitch Cell Hspa Plus function switch ADD CELLALGOSWITCH(Optiona HspaPower The Offset of HSPA Total Power ADD CELLHSDPA(Optional) HspaTimerLen HSPA hysteresis timer length SET HOCOMM(Optional) HspdcchSecondCodeSupp1 Support second code Flag for Tb1 SET HSSCCHLESSOPPARA(Option HspdcchSecondCodeSupp2 Support second code Flag for Tb2 SET HSSCCHLESSOPPARA(Option HspdcchSecondCodeSupp3 Support second code Flag for Tb3 SET HSSCCHLESSOPPARA(Option HspdcchSecondCodeSupp4 Support second code Flag for Tb4 SET HSSCCHLESSOPPARA(Option HsPdschCodeNum Code Number for HS-PDSCH ADD CELLHSDPA(Optional)

HsPdschMaxCodeNum Code Max Number for HS-PDSCH ADD CELLHSDPA(Optional)

HsPdschMinCodeNum Code Min Number for HS-PDSCH ADD CELLHSDPA(Optional) HsPdschMPOConstEnum HS-PDSCH MPO Constant ADD CELLHSDPA(Optional)

HspdschPrioTxDiversityMode Hspdsch priority Tx diversity mode HSRN High subrack No. ADD VPCLCX(Mandatory) HsScchCodeNum Code Number for HS-SCCH ADD CELLHSDPA(Optional) Hsupa10msSchPrdForGrant HSUPA TTI 10ms schedule period w SET FRC(Optional) Hsupa10msSchPrdForNonGrant HSUPA TTI 10ms schedule period w SET FRC(Optional) Hsupa2msSchPrdForGrant HSUPA TTI 2ms schedule period wi SET FRC(Optional) Hsupa2msSchPrdForNonGrant HSUPA TTI 2ms schedule period wi SET FRC(Optional) HsupaBackGroundAF AF of hsupa background service SET ADMCTRL(Optional) HsupaBeShoRateThd HSUPA BE SHO THD RATE SET DCCC(Optional) HsupaCeConsumeSelection HSUPA Credit Consume Type ADD NODEBALGOPARA(Optiona HsupaCMPermissionInd CM permission ind on HSUPA SET CMCF(Optional) HsupaConvAF AF of hsupa conv service SET ADMCTRL(Optional) HsupaDcccStg HSUPA DCCC Strategy SET DCCC(Optional) HsupaEqualPriorityUserPBRThd Equal priority HSUPA user PBR thr ADD CELLCAC(Optional) HsupaHighPriorityUserPBRThd High priority HSUPA user PBR thre ADD CELLCAC(Optional) HsupaInitialRate Initial rate of HSUPA BE traffic SET FRC(Optional) HsupaInteractAF AF of hsupa interactive service SET ADMCTRL(Optional) HsupaLowPriorityUserPBRThd Low priority HSUPA user PBR thre ADD CELLCAC(Optional) HsupaPrvidBitRateFilterLen HSUPA bit rate filter len SET LDM(Optional) HsupaRabEstAttMinNum The minimum of HSUPA Rab attemp SET KPIALMTHD(Optional) HsupaRabEstSuccRatioThd HSUPA Rab successful setup ratio SET KPIALMTHD(Optional) HsupaStreamAF AF of hsupa streaming service SET ADMCTRL(Optional) HSUPAthroughput Max throughput of HSUPA ACT LICENSE(Optional)

HsupAuRetrnsLdRelThd HSUPA auto retransmit load release ADD CELLLDM(Optional)

HsupAuRetrnsLdTrigThd HSUPA auto retransmit load trigger ADD CELLLDM(Optional) HsupaUserNumThd Cell Dynamic ShutDown Hsupa Use ADD CELLDYNSHUTDOWN(Optio HUBKGPRIPATH HSUPA background primary path ADD TRMMAP(Optional) HUBKGPRITH HSUPA background pri path load th ADD LOADEQ(Optional) HUBKGSECPATH HSUPA background secondary path ADD TRMMAP(Optional) HUBKGSECWHT HSUPA background pri sec path load ADD LOADEQ(Optional) HUBKGUL HSUPA background service uplink f ADD TRMFACTOR(Optional) HUCONVPRIPATH HSUPA conversational primary pat ADD TRMMAP(Optional) HUCONVPRITH HSUPA conversational pri path load ADD LOADEQ(Optional) HUCONVSECPATH HSUPA conversational secondary p ADD TRMMAP(Optional) HUCONVSECWHT HSUPA conversational pri sec path l ADD LOADEQ(Optional)


HUCONVUL HSUPA conversational service uplin ADD TRMFACTOR(Optional) HUHIGHINTERACTPRITH HSUPA high interactive pri path loa ADD LOADEQ(Optional) HUHIGHINTERACTSECWHT HSUPA high interactive pri sec path ADD LOADEQ(Optional) HUINTERUL HSUPA interactive service uplink fa ADD TRMFACTOR(Optional) HUINTHGHPRIPATH HSUPA high PRI interactive primar ADD TRMMAP(Optional) HUINTHGHSECPATH HSUPA high PRI interactive second ADD TRMMAP(Optional) HUINTLOWPRIPATH HSUPA low PRI interactive primary ADD TRMMAP(Optional) HUINTLOWSECPATH HSUPA low PRI interactive seconda ADD TRMMAP(Optional) HUINTMIDPRIPATH HSUPA middle PRI interactive prim ADD TRMMAP(Optional) HUINTMIDSECPATH HSUPA middle PRI interactive seco ADD TRMMAP(Optional) HULOWINTERACTPRITH HSUPA low interactive pri path load ADD LOADEQ(Optional) HULOWINTERACTSECWHT HSUPA low interactive pri sec path ADD LOADEQ(Optional) HUM_MASK Enable Humidity Alarm Reporting ADD EMU(Optional) HUM_THD_HIGH Upper Limit of Humidity Alarm ADD EMU(Optional) HUM_THD_LOW Lower Limit of Humidity Alarm ADD EMU(Optional) HUMIDINTERACTPRITH HSUPA mid interactive pri path load ADD LOADEQ(Optional) HUMIDINTERACTSECWHT HSUPA mid interactive pri sec path ADD LOADEQ(Optional) HUNILNKN High UNI link No. ADD VPCLCX(Optional) HUSIPPRIPATH HSUPA IMS Signal primary path ADD TRMMAP(Optional) HUSIPPRITH HSUPA IMS Signal pri path load th ADD LOADEQ(Optional) HUSIPSECPATH HSUPA IMS Signal secondary path ADD TRMMAP(Optional) HUSIPSECWHT HSUPA IMS Signal pri sec path load ADD LOADEQ(Optional) HUSIPUL HSUPA IMS signal uplink factor ADD TRMFACTOR(Optional) HUSRBPRIPATH HSUPA Signal primary path ADD TRMMAP(Optional) HUSRBPRITH HSUPA Signal pri path load thresho ADD LOADEQ(Optional) HUSRBSECPATH HSUPA Signal secondary path ADD TRMMAP(Optional) HUSRBSECWHT HSUPA Signal pri sec path load rati ADD LOADEQ(Optional) HUSRBUL HSUPA signal uplink factor ADD TRMFACTOR(Optional) HUSTRMPRIPATH HSUPA streaming primary path ADD TRMMAP(Optional) HUSTRMPRITH HSUPA streaming pri path load thre ADD LOADEQ(Optional) HUSTRMSECPATH HSUPA streaming secondary path ADD TRMMAP(Optional) HUSTRMSECWHT HSUPA streaming pri sec path load r ADD LOADEQ(Optional) HUSTRMUL HSUPA streaming service uplink fac ADD TRMFACTOR(Optional) HUVOICEPRIPATH HSUPA Voice primary path ADD TRMMAP(Optional) HUVOICESECPATH HSUPA Voice secondary path ADD TRMMAP(Optional) HUVOICEUL HSUPA voice service uplink factor ADD TRMFACTOR(Optional) HVCI High VCI ADD VPCLCX(Optional) HVPI High VPI ADD VPCLCX(Mandatory)

HystFor1A 1A hysteresis

HystFor1B 1B hysteresis

HystFor1C 1C hysteresis

HystFor1D 1D hysteresis

HystFor1F 1F hysteresis






HystFor1J 1J hysteresis

HystFor2B 2B hysteresis

Hystfor2C 2C hysteresis

HystFor2D 2D hysteresis



ADD CELLINTERFREQHONCOV(Optional) SET INTERFREQHONCOV(Optional) ADD CELLMBDRINTERFREQ(Optional)

ADD CELLINTERFREQHOCOV(Optional) SET INTERFREQHOCOV(Optional) ADD CELLINTERRATHOCOV(Optional) SET INTERRATHOCOV(Optional)

HystFor2F 2F hysteresis


Hystfor3A 3A hysteresis


Hystfor3C 3C hysteresis

ADD CELLINTERRATHONCOV(Optional) SET INTERRATHONCOV(Optional) ADD CELLMBDRINTERRAT(Optional)

HystforInterRAT Inter-RAT hysteresis

HystForPrdInterFreq HHO hysteresis IARXTMR Inactive RX timer SET SCCPTMR(Optional) IATXTMR Inactive TX timer SET SCCPTMR(Optional) ICMPPKGLEN ICMP packet Length ADD IPPATH(Optional) ID Task ID STR SCHTSK(Optional) IdleCellBarred Cell barred indicator for SIB3 ADD CELLACCESSSTRICT(Manda IdleIntraFreqReselection Intra-freq cell reselection ind for SI ADD CELLACCESSSTRICT(Option


ADD CELLINTERFREQHOCOV(Optional) SET INTERFREQHOCOV(Optional) ADD CELLMBDRINTERFREQ(Optional)

IdleQhyst1s Hysteresis 1 for idle mode ADD CELLSELRESEL(Optional)

IdleQhyst2s Hysteresis 2 for idle mode ADD CELLSELRESEL(Optional)

IdleQoffset1sn IdleQoffset1sn

IdleQoffset2sn IdleQoffset2sn IdleSintersearch Inter-freq cell reselection threshold ADD CELLSELRESEL(Optional) IdleSintrasearch Intra-freq cell reselection threshold ADD CELLSELRESEL(Optional) IdleTbarred Time barred for SIB3 ADD CELLACCESSSTRICT(Option

IDLETMR Timer_Idle ADD SAALLNK(Optional) IFAntiPingpangTimerLength The timer length of anti pingpong SET HOCOMM(Optional) IgorTmr TigOR SET IUTIMERANDNUM(Optional



IMAGRPN IMA group No. IMAID IMA ID ADD IMAGRP(Optional)

IMALNKN IMA link No. IMAVER IMA protocol version ADD IMAGRP(Optional) ImsBearEnhancedSwitch IMS Bear enhanced switch SET FRC(Optional) ImsChlType IMS channel type SET FRCCHLTYPEPARA(Optional IMSGBR IMS MAC-c flow GBR ADD CELLEFACH(Optional) IMSI IMSI ID RST IUR(Mandatory) ImsiMax The end of IMSI ADD IMSISNAMAP(Mandatory) ImsiMin The start of IMSI ADD IMSISNAMAP(Mandatory) ImsInitialAccessRate IMS initial rate SET FRC(Mandatory) ImsiRtMax Maximum of IMSI route parameter ADD IMSIIDNNSCNIDMAP(Manda ImsiRtMin Minimum of IMSI route parameter ADD IMSIIDNNSCNIDMAP(Manda IMSMBR IMS MAC-c flow MBR ADD CELLEFACH(Optional) InactThsForCycle2 Threshold For DPCCH Transmission SET DTXDRXPARA(Optional) InactThsForDrxCycle DRX Inactivity Threshold SET DTXDRXPARA(Optional) InactThsForGrantMonitoring Inactivity Threshold for UE Grant SET DTXDRXPARA(Optional) INFRA_RED_MASK Enable Infrared Sensor Alarm Repor ADD EMU(Optional) INHT Inhibit Type INH BRD(Mandatory) INHTMR Timer_NO-CREDIT ADD SAALLNK(Optional) IntegrityProtectAlgo Integrity protection algorithm SET UIA(Optional) INTERACTGBR Interactive MAC-c flow GBR ADD CELLEFACH(Optional) INTERACTMBR Interactive MAC-c flow MBR ADD CELLEFACH(Optional) InterFreqActiveType MBDR switch ADD CELLMBDRINTERFREQ(Opti InterFreqCovHOThdEcN0 Inter-freq measure target frequency ADD CELLINTERFREQHONCOV(O

ADD IMAGRP(Mandatory) ADD FRALNK(Mandatory) ADD IMALNK(Mandatory)

ADD IMALNK(Mandatory) STR IMATST(Mandatory)

InterFreqCSThd2DEcN0 Inter-freq CS measure start Ec/No


InterFreqCSThd2DRSCP Inter-freq CS measure start RSCP


InterFreqCSThd2FEcN0 Inter-freq CS measure stop Ec/No


InterFreqCSThd2FRSCP Inter-freq CS measure stop RSCP InterFreqDlMbdrTrigThreshold DL theshold ADD CELLMBDRINTERFREQ(Opti

InterFreqFilterCoef Inter-frequency measure filter coeff InterFreqHOSwitch Inter-freq handover type switch ADD CELLHOCOMM(Optional)


ADD CELLINTERFREQHOCOV(Optional) SET INTERFREQHOCOV(Optional) ADD CELLINTERFREQHONCOV(Optional) SET INTERFREQHONCOV(Optional) ADD CELLMBDRINTERFREQ(Optional)

InterFreqHThd2DEcN0 Inter-freq H measure start Ec/No T


InterFreqHThd2DRSCP Inter-freq H measure start RSCP T


InterFreqHThd2FEcN0 Inter-freq H measure stop Ec/No T


InterFreqHThd2FRSCP Inter-freq H measure stop RSCP T InterFreqInterRatMeasInd Inter-freq/Inter-RAT Meas Ctrl Info ADD CELLMEAS(Optional) InterFreqMeasQuantity Inter-freq Measure Quantity ADD CELLMBDRINTERFREQ(Opti

InterFreqMeasTime Inter-freq measure timer length InterFreqNCellDetectSwitch Inter-Frequency Neighboring Cell D SET NCELLDETECTSWITCH(Opti InterFreqNCovHOThdEcN0 Inter-freq measure target frequency SET INTERFREQHONCOV(Option


ADD CELLINTERFREQHOCOV(Optional) SET INTERFREQHOCOV(Optional) ADD CELLINTERFREQHONCOV(Optional) SET INTERFREQHONCOV(Optional) ADD CELLMBDRINTERFREQ(Optional)

InterFreqR99PsThd2DEcN0 Inter-freq R99 PS measure start E


InterFreqR99PsThd2DRSCP Inter-freq R99 PS measure start R


InterFreqR99PsThd2FEcN0 Inter-freq R99 PS measure stop Ec


InterFreqR99PsThd2FRSCP Inter-freq R99 PS measure stop R InterFreqRATSwitch Inter-freq and Inter-RAT coexist sw ADD CELLHOCOMM(Optional)


InterFreqReportMode Inter-frequency measure report mod InterFreqTreselScalingFactor Inter-freqency scaling factor for res ADD CELLSELRESEL(Optional) InterFreqUlMbdrTrigThreshold UL theshold ADD CELLMBDRINTERFREQ(Opti InterPlmnHoAllowedInterRat Inter RAT Inter Plmn Ho Allowed SET OPERATORSHARINGMODE(O InterPlmnHoAllowedIntraRat Intra RAT Inter Plmn Ho Allowed SET OPERATORSHARINGMODE(O InterRatActiveType MBDR switch ADD CELLMBDRINTERRAT(Optio


InterRATCSThd2DEcN0 Inter-RAT CS measure start Ec/No


InterRATCSThd2DRSCP Inter-RAT CS measure start RSCP


InterRATCSThd2FEcN0 Inter-RAT CS measure stop Ec/No

InterRATCSThd2FRSCP Inter-RAT CS measure stop RSCP InterRatDlMbdrTrigThreshold DL theshold ADD CELLMBDRINTERRAT(Optio



InterRATFilterCoef Inter-RAT filter coeff

InterRATHOAttempts Inter-RAT handover max attempt ti InterRatHOPermit Emergency LCS Inter-Rat Handover SET SMLC(Optional)

ADD CELLINTERRATHOCOV(Optional) SET INTERRATHOCOV(Optional) ADD CELLINTERRATHONCOV(Optional) SET INTERRATHONCOV(Optional) ADD CELLMBDRINTERRAT(Optional)


InterRATHOThd Inter-RAT CS handover decision T ADD CELLMBDRINTERRAT(Optio InterRatHOType Inter-Rat Handover Type SET SMLC(Optional)

InterRATHThd2DEcN0 Inter-RAT H measure start Ec/No


InterRATHThd2DRSCP Inter-RAT H measure start RSCP


InterRATHThd2FEcN0 Inter-RAT H measure stop Ec/No

InterRATHThd2FRSCP Inter-RAT H measure stop RSCP



InterRATMeasTime Inter-RAT measure timer length InterRatNCellDetectSwitch Inter-Rat Neighboring Cell Detect S SET NCELLDETECTSWITCH(Opti

ADD CELLINTERRATHOCOV(Optional) SET INTERRATHOCOV(Optional) ADD CELLINTERRATHONCOV(Optional) SET INTERRATHONCOV(Optional) ADD CELLMBDRINTERRAT(Optional)

InterRATNCovHOCSThd Inter-RAT CS handover decision T


InterRATNCovHOPSThd Inter-RAT PS handover decision T


InterRATPeriodReportInterval Inter-RAT period report interval

InterRatPhyChFailNum Inter-RAT HO physical channel fai

InterRATPingPongHyst Inter-RAT PingPong Hyst

ADD CELLINTERRATHOCOV(Optional) SET INTERRATHOCOV(Optional) ADD CELLMBDRINTERRAT(Optional)

ADD CELLINTERRATHOCOV(Optional) ADD CELLINTERRATHONCOV(Optional) SET INTERRATHOCOV(Optional) SET INTERRATHONCOV(Optional)


InterRATPingPongTimer Inter-RAT PingPong timer

InterRATR99PsThd2DEcN0 Inter-RAT R99 PS measure start E



InterRATR99PsThd2DRSCP Inter-RAT R99 PS measure start


InterRATR99PsThd2FEcN0 Inter-RAT R99 PS measure stop E

InterRATR99PsThd2FRSCP Inter-RAT R99 PS measure stop R



InterRatReportMode Inter-RAT report mode InterRatTreselScalingFactor Inter-RAT scaling factor for reselec ADD CELLSELRESEL(Optional) InterRatUlMbdrTrigThreshold UL theshold ADD CELLMBDRINTERRAT(Optio INTERVAL Send PKT Interval STR ETHOAMLOOPTST(Optional


IntraAblThdFor1FEcNo 1F event absolute EcNo threshold


IntraAblThdFor1FRSCP 1F event absolute RSCP threshold


IntraFreqFilterCoef Intra-freq meas L3 filter coeff ADD CELLINTRAFREQHO(Option

IntraFreqLdbPeriodTimerLen Intra-frequency LDB period timer l IntraFreqMeasInd Intra-freq Meas Ctrl Info Ind ADD CELLMEAS(Optional)

IntraFreqMeasQuantity Intra-freq Measure Quantity IntraFreqNCellDetectSwitch Intra-Frequency Neighboring Cell D SET NCELLDETECTSWITCH(Opti IntraRelThdFor1A 1A Event Relative Threshold SET SMLC(Mandatory)

SET LDCPERIOD(Optional) SET SATLDCPERIOD(Optional)


IntraRelThdFor1ACSNVP CS non VP service 1A event relati


IntraRelThdFor1ACSVP VP service 1A event relative THD


IntraRelThdFor1APS PS service 1A event relative thresho IntraRelThdFor1B 1B Event Relative Threshold SET SMLC(Mandatory)


IntraRelThdFor1BCSNVP CS non VP service 1B event relati


IntraRelThdFor1BCSVP VP service 1B event relative THD


IntraRelThdFor1BPS PS service 1B event relative thresho IntrTmr TinTR SET IUTIMERANDNUM(Optional IPADDR IP address LOP VCL(Mandatory)

IPADDR Local IP address IPADDR Next Hop IP Address ADD VLANID(Mandatory) IPADDR Local IP address ADD IPPATH(Mandatory) IPHC Head compress ADD PPPLNK(Optional) IPHC Head compress ADD MPGRP(Optional)

IPINDEX IP address index IPLOGPORTFLAG Whether Binding logical port or not ADD NODEBIP(Mandatory) IPLPN Logic port No. ADD NODEBIP(Mandatory) IPSN NodeB IP_TRANS Slot No. ADD NODEBIP(Mandatory)


ADD ETHIP(Mandatory) ADD DEVIP(Mandatory) ADD IPOAPVC(Mandatory) ACT VCLCC(Mandatory) ADD ETHTRKIP(Mandatory)

ADD ETHIP(Mandatory) ADD ETHTRKIP(Mandatory)

IPSRN NodeB IP_TRANS Subrack No. ADD NODEBIP(Mandatory) IPTRANSAPARTIND IP Trans Apart Ind ADD NODEB(Mandatory)

IPTYPE IP address type IsAccessClass0Barred Access class 0 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass10Barred Access class 10 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass11Barred Access class 11 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass12Barred Access class 12 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass13Barred Access class 13 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass14Barred Access class 14 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass15Barred Access class 15 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass1Barred Access class 1 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass2Barred Access class 2 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass3Barred Access class 3 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass4Barred Access class 4 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass5Barred Access class 5 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass6Barred Access class 6 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass7Barred Access class 7 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass8Barred Access class 8 barred indicator ADD CELLACCESSSTRICT(Option IsAccessClass9Barred Access class 9 barred indicator ADD CELLACCESSSTRICT(Option ISCARRYMASTERFLG Carry port master flag or not ACT ETHOAMAH(Optional) ISFIRSTCLASS Is First Class Transport Resource G ADD RSCGRP(Mandatory)

IsFixedMachsWinSize Is MAC-hs window size fixed or not ADD NODEBLMTPARA(Optional) ISPRIMARYPLMN Primary Operator Flag ACT LICENSE(Optional) ISQOSPATH IS QOSPATH ACT IPPM(Mandatory) IsROOTNODE Is Root Node ADD ADJNODE(Mandatory)

ITFT Interface Type IuAcIntervalOfCell AC Restriction Interval of Cell By SET ACALGO(Optional) IubDlOlcRelRabNum DL OLC released RAB number ADD NODEBOLC(Optional) IubUlOlcRelRabNum UL OLC released RAB number ADD NODEBOLC(Optional) IuCSRelNoRABTmr Iu CS Release protection timer SET STATETIMER(Optional) IuPSRelNoRABTmr Iu PS Release protection timer SET STATETIMER(Optional) IurCongCtrlSuppInd Congestion Control Indicator over ADD NRNC(Optional)

ADD ETHIP(Mandatory) ADD ETHTRKIP(Mandatory)

ADD TRMMAP(Mandatory) ADD ADJMAP(Mandatory) ADD IPPATH(Mandatory)

IurExistInd IUR Interface Existing Indication ADD NRNC(Mandatory) IurHsdpaSuppInd Hsdpa cap ind over IUR for NRNC ADD NRNC(Optional) IurHsupaSuppInd Hsupa cap ind over IUR for NRNC ADD NRNC(Optional) IUSIGCONNID IU signalling Id RST IURESOURCE(Mandatory) IuStatePolicyForPool Iu State Policy For RncPool ADD RNCPOOL(Optional) J0RXT J0 expected incept type SET OPT(Optional) J0RXVALUE J0 expected incept value SET OPT(Optional) J0TXT J0 transmit type SET OPT(Optional) J0TXVALUE J0 transmit value SET OPT(Optional) J1RXT J1 expected incept type SET OPT(Optional) J1RXVALUE J1 expected incept value SET OPT(Optional) J1TXT J1 transmit type SET OPT(Optional) J1TXVALUE J1 transmit value SET OPT(Optional)

J2RXT J2 hope incept type SET COPTLNK(Optional)

J2RXVALUE J2 hope incept value SET COPTLNK(Optional)

J2TXT J2 transmit type SET COPTLNK(Optional)

J2TXVALUE J2 transmit value SET COPTLNK(Optional) K2MODE K2 Mode SET MSP(Optional)

KEEPTMR Timer_Keep-Alive ADD SAALLNK(Optional) KEYCHK Key detect or not STR IPCHK(Mandatory) KpiAlarmChkTimes The Period of KPI Alarm Check SET KPIALMTHD(Optional) KpiAlarmSwitch RNC Report KPI Alarm Switch SET KPIALMTHD(Optional)

LAC Location area code LATITUDE GPS antenna latitude ADD GPS(Mandatory) LATITUDESEC GPS antenna latitude ADD GPS(Mandatory) LATPRD Delay measure period ADD IPLOGICPORT(Optional) LATSUSTM Delay adjust suspend period ADD IPLOGICPORT(Optional) LATTH Rate down threshold for delay ADD IPLOGICPORT(Optional) LATUDK average delay down filter mantissa ADD IPLOGICPORT(Optional) LATUPK average delay up filter mantissa ADD IPLOGICPORT(Optional) LCARRYT Low bearing type ADD VPCLCX(Mandatory)

LdbAvgFilterLen LDB smoothing filter length

LdbDRDchoice Load balance DRD choice

LdbDRDLoadRemainThdDCH Dl load balance DRD power remain

LdbDRDLoadRemainThdHSDPA Dl load balance DRD power remain LdbDRDOffsetDCH Load balance DRD offset for DCH SET DRD(Optional) LdbDRDOffsetHSDPA Load balance DRD offset for HSDP SET DRD(Optional)

LdbDRDSwitchDCH Load balance DRD switch for DCH

LdbDRDSwitchHSDPA Load balance DRD switch for HSD LdbDRDTotalPwrProThd Load balance DRD total power prote SET DRD(Optional)

ADD LAC(Mandatory) ADD RAC(Mandatory) ADD CELLSETUP(Mandatory) ADD QUICKCELLSETUP(Mandatory) ADD SAC(Mandatory) ADD NRNCCELL(Mandatory) ADD GSMCELL(Mandatory) ADD CZ(Mandatory) ADD LASNAMAP(Mandatory)







LdcSwitch load control algorithm switch SET LDCALGOPARA(Optional) LdrCodePriUseInd LDR code priority indicator ADD CELLLDR(Optional) LdrCodeUsedSpaceThd InterFreq HO code used ratio space ADD CELLLDR(Optional) LdrFirstPri first priority for load reshuffling SET LDCALGOPARA(Optional) LdrFourthPri fourth priority for load reshuffling SET LDCALGOPARA(Optional)

LdrPeriodTimerLen LDR period timer length LdrSecondPri second priority for load reshuffling SET LDCALGOPARA(Optional) LdrThirdPri third priority for load reshuffling SET LDCALGOPARA(Optional)

LEI Path Load EQ Threshold Table Inde ADD LOADEQ(Mandatory) LEIBRZ Bronze user Load EQ index ADD ADJMAP(Mandatory) LEIGLD Gold user Load EQ index ADD ADJMAP(Mandatory) LEISLV Silver user Load EQ index ADD ADJMAP(Mandatory)


LENO Local entity No. LEVEL Alarm mask switch SET ALMML(Mandatory) LEVEL MD Level ADD ETHMD(Optional) LFRAATMLNKN Low FRAATM link No. ADD VPCLCX(Optional) LGCAPPTYPE Logic function type LOD PATCH(Optional)

LGCAPPTYPE Logic function type ADD BRD(Optional) LGCAPPTYPE Logic function type SET OPT(Mandatory) LIMAGRPN Low IMA group No. ADD VPCLCX(Optional) LimitCMDlSFThd Dl SF threshold to limit CM SET CMCF(Mandatory) LittleRateThd Low Activity Bit Rate Threshold SET DCCC(Optional) LL Lower Limit SET ALMPORT(Optional)

LNKCODE Line code SET E1T1(Optional)

ADD M3LE(Mandatory) ADD M3DE(Mandatory)

LNKN Link No.

LNKREDFLAG Initial bearing traffic active tag ADD M3LNK(Optional)

LNKSLSMASK Signalling link mask LNKT Frame Structure SET E1T1(Optional)

LNKT Link type LOCALIP Local IP address ADD PPPLNK(Mandatory) LOCALIP Local IP address ADD MPGRP(Mandatory) LOCALIP Local IP STR IPLOPTST(Mandatory)

LoCell Local cell ID LOCIP1 First local IP address ADD SCTPLNK(Mandatory) LOCIP2 Second local IP address ADD SCTPLNK(Optional) LOCPN Local SCTP port No. ADD SCTPLNK(Mandatory)

SET E1T1LOP(Optional) LOP E1T1(Optional) STR E1T1TST(Optional) SET E1T1(Optional) SET COPTLNK(Mandatory)

ADD MTP3LKS(Optional) ADD M3LKS(Optional)

ACT VCLCC(Mandatory) LOP VCL(Mandatory)

ADD LOCELL(Mandatory) ADD CELLSETUP(Mandatory) ADD QUICKCELLSETUP(Mandatory)

LODCTRL Board start load control. SET LODCTRL(Mandatory) LOGPORTFLAG Logic Port Flag ADD SCTPLNK(Mandatory) LOGPORTNO Logic Port No. ADD SCTPLNK(Mandatory) LOGPORTSN Logic Port Slot No. ADD SCTPLNK(Mandatory) LONGITUDE GPS antenna longitude ADD GPS(Mandatory) LONGITUDESEC GPS antenna longitude ADD GPS(Mandatory)

LOPT Loop type LOSTSUSTM Lost adjust suspend period ADD IPLOGICPORT(Optional) LPN Low NCOPT port No. ADD VPCLCX(Optional)

LPN Logic port No.

LPN The Logical Port Number ADD ATMLOGICPORT(Optional) LPNSN IP Logic Port Slot No. ADD IPPATH(Mandatory) LPNTYPE Type of the logical port ADD ATMLOGICPORT(Mandatory LS Link select SET E1T1(Optional)

LS Link select SET COPTLNK(Mandatory) LSN Low slot No. ADD VPCLCX(Mandatory) LSRN Low bearing subrack No. ADD VPCLCX(Mandatory) LUNILNKN Low UNI link No. ADD VPCLCX(Optional) LVCI Low VCI ADD VPCLCX(Optional) LVPI Low VPI ADD VPCLCX(Mandatory) M3UASRVPN M3UA service listening port No. SET SCTPSRVPORT(Optional) MaccPageRepeatTimes Number of page re-TX SET DPUCFGDATA(Optional) MacDtxCycle MAC Transmission Cycle SET DTXDRXPARA(Optional) MacInactiveThreshold MAC Inactivity Threshold SET DTXDRXPARA(Optional) MacPduMaxSizeForEFach Cell_FACH L2 enhance max PDU s SET FRC(Optional) MacPduMaxSizeForL2Enhance Cell_DCH L2 enhance max PDU siz SET FRC(Optional)

SET E1T1LOP(Mandatory) SET OPTLOP(Mandatory)

ADD IPLOGICPORT(Mandatory) ADD IPPATH(Mandatory)

MAIDX MA Index

MAINLINK Main link type MANAME MA Name ADD ETHMA(Mandatory)

MapSwitch Service mapping strategy switch SET CORRMALGOSWITCH(Option MASK SRNTI Mask RST IUR(Mandatory) MASK Subnet mask ADD DEVIP(Mandatory) MASK Subnet mask ADD PPPLNK(Mandatory) MASK Subnet mask ADD MPGRP(Mandatory) MASK Subnet mask ADD ETHIP(Mandatory) MASK Subnet mask ADD EMSIP(Mandatory) MASK Subnet mask ADD ETHTRKIP(Mandatory)

MaxAllowedUlTxPower Max allowed UE UL TX power MaxAllowedUlTxPowerInd Max allowed UE UL TX power ind ADD NRNCCELL(Optional)

ADD ETHMA(Mandatory) ADD ETHMEP(Mandatory) ACT ETHCC(Mandatory) PING MAC(Mandatory) TRC MAC(Mandatory)

ADD NCP(Optional) ADD CCP(Optional)

ADD CELLSELRESEL(Optional) ADD NRNCCELL(Mandatory)

MaxAntennaRange Cell Antenna Max Coverage ADD SMLCCELL(Optional)

MaxAntennaRangeImp Cell Antenna Max Coverage ADD SMLCCELL(Optional) MAXASSOCRETR Association max retransfer ADD SCTPLNK(Optional) MaxAttNum Inter-Freq DRD max attempt times ADD CELLMBDRINTERFREQ(Opti MaxAttNum Inter-RAT DRD max attempt times ADD CELLMBDRINTERRAT(Optio MaxBitRate Max rate ADD TYPRABBASIC(Mandatory) MaxBitRate Max rate ADD CELLRLPWR(Mandatory)

MAXBW Max bandwidth ADD IPLOGICPORT(Mandatory)

MaxCAPSLowLoad Max capability normal load SET CTRLPLNSHAREPARA(Optio

MaxCAPSMidLoad Max capability middle load SET CTRLPLNSHAREPARA(Optio MAXCC MaxCC ADD SAALLNK(Optional)

MaxCellInActiveSet Max number of cell in active set MaxCmchPi Max Common channel priority ADD FACH(Optional) MaxEcN0Value Maximum Ec/N0 Value SET RACHMEASUREPARA(Option MaxEdchCellInActiveSet Max number of cell in EDCH active SET HOCOMM(Optional) MaxEdchRetransNum Maximum Number of E-DCH PDU re ADD TYPRABOLPC(Mandatory)


MaxEFachUserNum Maximum EFACH user number ADD CELLCAC(Optional) MaxFachPower Max transmit power of FACH ADD FACH(Optional) MAXFRAMELEN Maximum Frame Length ADD IPPATH(Optional) MaxGpsSats Maximum Num Of GPS Satellites SET SMLC(Optional) MaxHsdpaUserNum Maximum HSDPA user number ADD CELLCAC(Optional) MaxHsupaUserNum Maximum HSUPA user number ADD CELLCAC(Optional)

MaxMeasContInvalidTimes Max number of continuous invalid

MAXMFLEN PPP mux max mux-frame length MaxNrOfUlDpchs Maximum codes of uplink DPDCH ADD NODEBLMTPARA(Optional) MAXNRP Max_NRP ADD SAALLNK(Optional) MAXPATHRETR Path max retransfer ADD SCTPLNK(Optional) MaxPCPICHPower Max transmit power of PCPICH ADD PCPICH(Optional)

MAXPD Max Poll Data Count ADD SAALLNK(Optional)

MaxQueueTimeLen Max queuing time length SET QUEUEPREEMPT(Optional)

MAXSFLEN PPP mux max son-frame length MaxTargetUlLoadFactor Maximum Target Uplink load Facto ADD CELLHSUPA(Optional) MAXTIME Maximum time for posave STR POSAVE(Optional)

MaxTxPower Max transmit power of cell MaxUlTxPowerforBac Max UL TX power of background se ADD CELLCAC(Optional) MaxUlTxPowerforConv Max UL TX power of conversational ADD CELLCAC(Optional) MaxUlTxPowerforInt Max UL TX power of interactive ser ADD CELLCAC(Optional) MaxUlTxPowerforStr Max UL TX power of streaming ser ADD CELLCAC(Optional) MaxUserNumCodeAdj Max user number of code adjust ADD CELLLDR(Optional)

MBDRFlag The flag of the MBDR




ADD CELLSETUP(Optional) ADD QUICKCELLSETUP(Optional)

ADD INTERFREQNCELL(Optional) ADD GSMNCELL(Optional)

MBDRPrio The priority of MBDR neighbor cell MBFDCHKN Check Check Index ADD IPRTBIND(Mandatory) MBFDLOCALIP Multi hop BFD detect local ip STR IPCHK(Mandatory) MBFDSN Check Slot No. ADD IPRTBIND(Mandatory) MBFDSRN Check Subrack No. ADD IPRTBIND(Mandatory) MbmsAF AF of MBMS service SET ADMCTRL(Optional) MBMSCCHDL MBMS common channel service dow ADD TRMFACTOR(Optional) MbmsChInd Mbms Channel Indicator ADD SCCPCHBASIC(Optional) MbmsDecPowerRabThd MBMS descend power rab threshold ADD CELLLDR(Optional) MbmsInactTmr Set mbms data check timer SET MBMSALARMPARA(Mandato MbmsIubSharingSwitch MBMS Iub Sharing switch SET MBMSSWITCH(Optional) MbmsMCC Mobile country code ADD MBMSALARMSERVICE(Mand MbmsMNC Mobile network code ADD MBMSALARMSERVICE(Mand MbmsNCellInd MBMS neighboring cell indicator ADD INTRAFREQNCELL(Optiona MbmsOlcRelNum MBMS services number released ADD CELLOLC(Optional) MbmsPreemptAlgoSwitch Mbms PreemptAlgoSwitch SET QUEUEPREEMPT(Optional) MbmsPtpUlBitRate Mbms Ptp UpLink Bit Rate SET RNCMBMSPARA(Optional)

MbmsSaId MBMS SA ID MbmsServiceId MBMS ServiceId ADD MBMSALARMSERVICE(Mand MbmsSwitch MBMS Control Switch SET MBMSSWITCH(Mandatory) MBMSthroughput Max throughout of MBMS ACT LICENSE(Optional)

MbmsTransMode Mbms Transfer Mode MBS Max burst size ADD ATMTRF(Optional)

MCC Mobile country code

ADD INTERFREQNCELL(Optional) ADD GSMNCELL(Optional)

ADD CELLMBMSSA(Mandatory) ADD MBMSSA(Mandatory) ADD SAMBMSPARA(Mandatory)

ADD CELLMBMSPARA(Optional) ADD SAMBMSPARA(Optional) SET RNCMBMSPARA(Optional)

ADD CNOPERATOR(Mandatory) ADD LASNAMAP(Mandatory) ADD IMSISNAMAP(Mandatory) ADD GSMCELL(Mandatory) SET MBMSPERF(Mandatory)

McchAccessPeriodCoef Mcch Access Period coefficient SET MCCHPERIODCOEF(Optional

McchModPeriodCoef Mcch Mod Period coefficient SET MCCHPERIODCOEF(Optional

McchRepPeriodCoef Mcch Repetition Period coefficient SET MCCHPERIODCOEF(Optional MCCLASS MC PRI number ADD MPGRP(Optional) MCR Minimum cell rate ADD ATMTRF(Optional)

MDIDX MD Index MDNAME MD Name ADD ETHMD(Mandatory)

MeasQuantityOf3A 3A Measure Quantity

MEPID MEP ID MEPSN MEP Slot No. ADD ETHMEP(Mandatory)

MEPTYPE MEP Type ADD ETHMEP(Mandatory) MHF MP/MC list head option ADD MPGRP(Optional) MichId MICH ID ADD CELLMCCH(Mandatory) MichPower MICH Power ADD CELLMCCH(Optional) MichSttdInd MICH STTD Indicator ADD CELLMCCH(Optional) MINBW Min bandwidth ADD IPLOGICPORT(Mandatory) MinCmchPi Min Common channel priority ADD FACH(Optional) MinDlChCodeLen Minimum SF of downlink DPCH ADD NODEBLMTPARA(Optional) MinEcN0Value Minimum Ec/N0 Value SET RACHMEASUREPARA(Option

MinForAmrE AMR Event E Reporting Period In

ADD ETHMD(Mandatory) ADD ETHMA(Mandatory)


ADD ETHMEP(Mandatory) ACT ETHCC(Mandatory)

ADD CELLQUALITYMEAS(Mandatory) SET QUALITYMEAS(Mandatory)

MinForBeE BE Event E Reporting Period In Mi

MinForBeF BE Event F Reporting Period In Mi

MinForDlBasicMeas DL basic meas rprt cycle

MinForDlOlcMeas DL OLC meas rprt cycle

MinForHsdpaPrvidRateMeas HSDPA bit rate meas cycle

MinForHsdpaPwrMeas HSDPA need pwr meas cycle MinForHsupaPrvidRateMeas HSUPA bit rate meas cycle SET LDM(Mandatory)

MinForUlBasicMeas UL basic meas rprt cycle

MinForUlOlcMeas UL OLC meas rprt cycle

MinForVpE VP Event E Reporting Period In Mi MINLNKNUM Min Number of Links Activated ADD IMAGRP(Optional)

MinPCPICHPower Min transmit power of PCPICH ADD PCPICH(Optional) MINRXINT Min interval of BFD packet receive STR IPCHK(Optional) MINTXINT Min interval of BFD packet send STR IPCHK(Optional) MinUlChCodeLen Minimum SF of uplink DPDCH ADD NODEBLMTPARA(Optional) Mmax Max preamble loop ADD RACH(Optional)

MNC Mobile network code MocnControlSwitch MOCN Control Switch SET OPERATORSHARINGMODE(O



SET LDM(Mandatory) SET SATLDM(Mandatory)







ADD CNOPERATOR(Mandatory) ADD GSMCELL(Mandatory) ADD LASNAMAP(Mandatory) ADD IMSISNAMAP(Mandatory) SET MBMSPERF(Mandatory)

MOCNSupport MOCN Support SET OPERATORSHARINGMODE(O MODE Configure mode SET QUICKCFG(Mandatory) MODE Backup mode SET MSP(Optional) MODE System clock working mode SET CLKMODE(Mandatory) MODE Check mode STR IPCHK(Mandatory)

MODE Signalling link mode ADD SCTPLNK(Mandatory) MODINDTMR AAL2 modifying indication timer SET AAL2TMR(Optional) MODREQTMR AAL2 modifying request timer SET AAL2TMR(Optional) MoniterPrd re-TX monitor period ADD TYPRABRLC(Optional) MoniTimeLen DCCC Rate Up Fail Monitor Time l SET DCCC(Optional) MPDHCPSVRIP MP Dhcp Server IP ADD NODEBESN(Mandatory)

MPGRPN MLPPP Group No. MPS Management proving status ADD SAALLNK(Optional) MPTYPE MLPPP type ADD MPGRP(Optional) MPUSLOT MPU Slot No. ADD BRD(Optional) MrIntraFreqPeriod MR Intra-freq Measurement period SET MRRNCCTRL(Optional)

MRScopeCtrl Set ON or OFF SET MRSCOPECTRL(Mandatory) MrSwitch MR Switch SET MRRNCCTRL(Optional) MrTrafficType MR Trace Traffic Type SET MRRNCCTRL(Optional) MschSwitchForMtchMulti Msch Switch For MtchMulti Sccpch SET MBMSSWITCH(Optional) MschSwitchForNonMtchMulti Msch Switch For NonMtchMulti Sc SET MBMSSWITCH(Optional) MsgContent Msg Content ADD CELLCBSSAC(Mandatory) MsgInd Message Indicator ADD CELLCBSSAC(Optional) MSPCMD MSP Control Command SET MSPCMD(Mandatory)

MtchMaxPwr MTCH maximal power ADD CELLCAC(Optional)

ADD MPGRP(Mandatory) ADD MPLNK(Mandatory)

MtchMaxSf MTCH maximal SF ADD CELLCAC(Optional)

MtchMinPerc0 Mtch Minimal Power Percent for pri

MtchMinPerc15 Mtch Minimal Power Percent for pri MtchMultiplexThd MTCH Multiplex Threshold SET RNCMBMSPARA(Optional) MtchRohcSwitch Mtch Rohc Switch SET MTCH(Optional)

MtchRsvPwr MTCH reserve power ADD CELLCAC(Optional)

MtchRsvSf MTCH reserve SF ADD CELLCAC(Optional) MTRLGY Metrology ADD SMLCCELL(Optional)

MTRLGY MTRLGY ADD GPS(Optional)

MTU MTU

MUXTIME PPP mux frame group out-time MYDISCRIMINATOR My discriminator of BFD STR IPCHK(Optional) N1 N1 ADD SAALLNK(Optional)

ADD CELLMBMSFACH(Optional) SET MBMSFACH(Optional)

ADD CELLMBMSFACH(Optional) SET MBMSFACH(Optional)

SET ETHPORT(Optional) ADD SCTPLNK(Optional)


N300 Constant 300 SET IDLEMODETIMER(Optional) N302 Constant 302 SET CONNMODETIMER(Optional N304 Constant 304 SET CONNMODETIMER(Optional N308 Constant 308 SET CONNMODETIMER(Optional

N312 Constant 312 N313 Constant 313 SET CONNMODETIMER(Optional N315 Constant 315 SET CONNMODETIMER(Optional N381 Constant 381 SET CONNMODETIMER(Optional

NAME Signalling Route name

NB01max Random back-off upper limit ADD RACH(Optional)

NB01min Random back-off lower limit ADD RACH(Optional) NBAmrRrcNum AMR_RRC Number per Second for SET CALLSHOCKCTRL(Optional) NBAPSRVPN NBAP service listening port No. SET SCTPSRVPORT(Optional) NBATMOAMIP NodeB ATM_TRANS IP address ADD NODEBIP(Mandatory) NBATMOAMMASK NodeB ATM_TRANS IP Mask ADD NODEBIP(Mandatory) NBHighPriRrcNum HiPri_RRC Number per Second for SET CALLSHOCKCTRL(Optional) NBIPOAMIP NodeB IP_TRANS IP address ADD NODEBIP(Mandatory) NBIPOAMMASK NodeB IP_TRANS IP Mask ADD NODEBIP(Mandatory) NBLB1 The First Serial Number ADD NODEBESN(Mandatory) NBLB2 The Second Serial Number ADD NODEBESN(Mandatory)

SET CONNMODETIMER(Optional) SET IDLEMODETIMER(Optional)

ADD MTP3RT(Mandatory) ADD MTP3LKS(Mandatory) ADD ADJNODE(Mandatory) ADD MTP3LNK(Mandatory) ADD M3DE(Mandatory) ADD M3LE(Mandatory) ADD M3LKS(Mandatory) ADD M3LNK(Mandatory) ADD M3RT(Mandatory) ADD N7DPC(Mandatory) ADD OPC(Mandatory)

NBMCacAlgoSwitch Cell CAC algorithm switch ADD CELLALGOSWITCH(Optiona NBMDlCacAlgoSelSwitch Downlink CAC algorithm switch ADD CELLALGOSWITCH(Mandat

NBMLdcAlgoSwitch Cell LDC algorithm switch ADD CELLALGOSWITCH(Optiona

NbmLdcBHOUeSelSwitch BHO Select User algorithm switch ADD CELLALGOSWITCH(Optiona NBMMachsResetAlgoSelSwitch Mac-hs Reset algorithm switch ADD CELLALGOSWITCH(Optiona NBMUlCacAlgoSelSwitch Uplink CAC algorithm switch ADD CELLALGOSWITCH(Mandat NbmWpsAlgorithmPriority Set WPS user priority SET WPSALGO(Optional) NbmWpsAlgorithmSwitch Set WPS Algorithm Switch SET WPSALGO(Optional) NBTotalRrcNumThd NodeB Call Shock Trigger Threshol SET CALLSHOCKCTRL(Optional) NBTRANTP NodeB TransType ADD NODEBIP(Mandatory) NCC Network color code ADD GSMCELL(Mandatory)

NCellId Neighboring cell ID NCellLdrRemainThd Cell Dynamic ShutDown Neighbour ADD CELLDYNSHUTDOWN(Optio

ADD INTERFREQNCELL(Mandatory) ADD INTRAFREQNCELL(Mandatory)

NCellRncId RNC ID of a neighboring cell NcMode Network Control Mode ADD GSMCELL(Optional)

NCountingThd Counting Threshold NcovHoOn2GldInd NCOV Reloc Ind based on GSM cell SET INTERRATHONCOV(Optiona Ncrnonhcs Non-HCS NCR ADD CELLSELRESEL(Optional) NEIGHBOR Adjacent flag ADD N7DPC(Optional) NEXTHOP Forward route address ADD BAMIPRT(Mandatory)

NEXTHOP Forward route address

NFastSpdEst Threshold for UE fast speed decisio NI Network ID ADD OPC(Mandatory) NInsyncInd Num of continuous in sync ind ADD CELLSETUP(Optional) NMO Network mode of operation ADD CNDOMAIN(Optional) NNSfTmr Timer NNSF SET OPERATORCFGPARA(Option NODEBCABN NodeB Cab No. STR NODEBBWRPT(Mandatory) NodeBHsdpaMaxUserNum NodeB Max HSDPA User Number ADD NODEBALGOPARA(Optiona NodeBHsupaMaxUserNum NodeB Max HSUPA User Number ADD NODEBALGOPARA(Optiona

NodeBId NodeB ID NODEBIMAGRPN NodeB IMA group No. STR NODEBBWRPT(Mandatory)

ADD INTRAFREQNCELL(Mandatory) ADD INTERFREQNCELL(Mandatory)


ADD IPRT(Mandatory) ADD IPRTBIND(Mandatory)

ADD CELLHCSHO(Optional) SET HCSHO(Optional)

ADD NODEB(Mandatory) ADD ADJNODE(Mandatory) SET MRSCOPECTRL(Mandatory) ADD NODEBIP(Mandatory) ADD NODEBESN(Mandatory) STR NODEBDETECT(Mandatory)

NodeBLdcAlgoSwitch NodeB LDC algorithm switch ADD NODEBALGOPARA(Optiona

NodeBName NodeB name NodeBProtclVer NodeB Protocol version ADD NODEB(Optional) NODEBRPTPERIOD Report period STR NODEBBWRPT(Optional) NODEBRPTTYPE Report type STR NODEBBWRPT(Optional) NODEBSN NodeB Slot No. STR NODEBBWRPT(Mandatory)

ADD NODEB(Mandatory) ADD NBNODESYNCMONPARA(Mandatory) ADD LOCELL(Mandatory) ADD CELLSETUP(Mandatory) ADD QUICKCELLSETUP(Mandatory) ADD NODEBLDR(Mandatory) ADD NODEBALGOPARA(Mandatory) ADD IPDL(Mandatory) ADD NCP(Mandatory) ADD CCP(Mandatory) ADD NODEBOLC(Mandatory) STR NODEBBWRPT(Mandatory)

NODEBSRN NodeB Subrack No. STR NODEBBWRPT(Mandatory) NODEBSUBBRDTYPE NodeB Subboard type STR NODEBBWRPT(Mandatory) NodeBType NodeB Type ADD NODEB(Optional) NodeSyncPeriod Measurement period ADD NBNODESYNCMONPARA(Ma NodeSyncTime Measurement start time ADD NBNODESYNCMONPARA(Ma NODET Adjacent Node Type ADD ADJNODE(Mandatory) NodeType Small-scaled base station type ADD NODEBLMTPARA(Mandator NonhcsInd Non-HCS indicator ADD CELLSELRESEL(Optional) NonServToTotalEdchPwrRatio Target Non-serving E-DCH to Tota ADD CELLHSUPA(Optional) NOutsyncInd Num of continuous out of sync ind ADD CELLSETUP(Optional)

NPrio The priority of neighbor cell NPrio The priority of neighbor cell ADD INTRAFREQNCELL(Mandato

NPrioFlag The flag of the priority

NPtpToPtmOffset Ptp To Ptm Offset NRI Network resource identity ADD NRIGLBCNIDMAP(Mandator

NRncId Neighboring RNC ID NSAP Source ATM address ADD RNCBASIC(Mandatory)

ADD INTERFREQNCELL(Mandatory) ADD GSMNCELL(Mandatory)

ADD INTERFREQNCELL(Optional) ADD INTRAFREQNCELL(Optional) ADD GSMNCELL(Optional)


ADD NRNC(Mandatory) ADD NRNCURA(Mandatory) ADD NRNCCELL(Mandatory) ADD RNCPOOLMEMBER(Mandatory)

NSAP Destination ATM address

NSlowSpdEst Threshold for UE slow speed decisi NullNRI NullNRI VALUE SET OPERATORCFGPARA(Option

NumberOfACs Number of restrained Access Class

OAMFLOWBW OAM flow minimum bandwidth OAMFLOWDSCP DSCP of OAM flow SET QUEUEMAP(Mandatory) OAMMINBWKEY OAM flow min bandwidth switch SET QUEUEMAP(Optional) OffQoffset1Heavy Qoffset1 offset 2 ADD CELLPUC(Optional) OffQoffset1Light Qoffset1 offset 1 ADD CELLPUC(Optional) OffQoffset2Heavy Qoffset2 offset 2 ADD CELLPUC(Optional) OffQoffset2Light Qoffset2 offset 1 ADD CELLPUC(Optional) OffSinterHeavy Sintersearch offset 2 ADD CELLPUC(Optional) OffSinterLight Sintersearch offset 1 ADD CELLPUC(Optional)

ADD AAL2RT(Mandatory) ADD NODEB(Mandatory)



ADD PPPLNK(Optional) SET ETHPORT(Optional) ADD MPGRP(Optional) ADD IPLOGICPORT(Optional)

OlcPeriodTimerLen OLC period timer length OperatorType Operator Type ADD CNOPERATOR(Mandatory) OppositeTrchType Opposite direction transport channel ADD TYPRABRLC(Mandatory)

OPTDS1MAPMODE Map mode of opt and DS1 SET COPTLNK(Optional) OptionalIESendSwitch Optional IE Send Switch SET SMLC(Optional) OPTM Optical interface standard SET OPT(Optional) OrientOfMajorAxis Cell Center Orientation Of Major A ADD SMLCCELL(Mandatory) OT Operation type LOD PATCH(Optional) OtdoaActivateFlag OTDOA Method Active Flag ADD SMLCCELL(Optional) OTDOAMethodType OTDOA Method Type SET SMLC(Optional) OverLayMobilityFlag OverLay Network Mobility Flag ADD NRNCCELL(Optional) OWNERSHIP AAL2 Path ownership ADD AAL2PATH(Optional) OWNERSHIP Destination ATM address ownershi ADD AAL2RT(Optional) PATHCHK IP Path check flag ADD IPPATH(Optional)


PATHID AAL2 Path ID

PATHID IP Path ID PATHT IP path type ADD IPPATH(Optional) PATTYPE Patch Type. LOD PATCH(Mandatory) PCHPower PCH power ADD PCH(Optional)

PCPICHPower PCPICH transmit power PCPICHPowerPace Pilot power adjustment step ADD CELLLDB(Optional)

PCR Peak cell rate ADD ATMTRF(Optional)

ADD AAL2PATH(Mandatory) ACT VCLCC(Mandatory) LOP VCL(Mandatory)

ADD IPPATH(Mandatory) ACT IPPM(Mandatory) ADD IPPATHBIND(Mandatory)

ADD PCPICH(Optional) ADD QUICKCELLSETUP(Optional)

PcSwitch Power control switch SET CORRMALGOSWITCH(Option PDTMRVALUE PENDING timer ADD M3LKS(Optional) PDUPrid PDU Send Prid ACT ETHOAMAH(Optional)

PDUSize PDU Pkt Len ACT ETHOAMAH(Optional)

PeerCellId Peer Cell ID PEERIP Peer IP address ADD PPPLNK(Mandatory) PEERIP Peer IP address ADD MPGRP(Mandatory) PEERIP Peer IP STR IPLOPTST(Mandatory) PEERIP1 First destination IP address ADD SCTPLNK(Mandatory) PEERIP2 Second destination IP address ADD SCTPLNK(Optional)

ADD QUICKCELLSETUP(Mandatory) ADD CELLSETUP(Mandatory)

PEERIPADDR Peer IP address PEERIPADDR Peer IP address ADD IPPATH(Mandatory)

PeerIsValid Peer Cell Is Valid Or Not PEERMASK Peer subnet mask ADD IPPATH(Optional) PeerNodebId Peer NodeB ID ADD NODEB(Mandatory) PEERPN Destination SCTP port No. ADD SCTPLNK(Mandatory) PeerRncId Peer RNC ID ADD NODEB(Mandatory) PEERT Peer type ADD IPOAPVC(Mandatory)

PenaltyTimeForPhyChFail Inter-Rat HO physical channel failur PenaltyTimer Inter-RAT Penalty timer length ADD CELLMBDRINTERRAT(Optio PendingTime4A Pending time after trigger 4A ADD TYPRABDCCCMC(Optional) PendingTime4B Pending time after trigger 4B ADD TYPRABDCCCMC(Optional) PendingTimeA Event A pending time after trigger ADD TYPRABRLC(Optional) PendingTimeB Event B pending time after trigger ADD TYPRABRLC(Optional) PERIOD Ping Check Period ADD IPPATH(Optional)

PeriodFor2B 2B event retry period

PeriodFor2C 2C event retry period

ADD IPOAPVC(Mandatory) LOP VCL(Mandatory) ACT VCLCC(Mandatory)

ADD QUICKCELLSETUP(Optional) ADD CELLSETUP(Optional)

ADD CELLINTERRATHOCOV(Optional) ADD CELLINTERRATHONCOV(Optional) SET INTERRATHOCOV(Optional) SET INTERRATHONCOV(Optional)


ADD CELLINTERFREQHONCOV(Optional) SET INTERFREQHONCOV(Optional)

PeriodFor3A 3A event retry period

PeriodFor3C 3C event retry period

PeriodMRReportNumfor1A 1A event to periodical rpt number

PeriodMRReportNumfor1C 1C event to periodical rpt number

PeriodMRReportNumfor1J 1J event to periodical rpt number

PeriodProtectTimerCoeff Period common measure protect time PersistScalingFactor Persist Scaling Factor ADD PRACHASC(Mandatory)

PFC Protocol field compress PHB PHB ACT IPPM(Mandatory) PHB Per-Hop Behavior SET PHBMAP(Mandatory)








PhyChId SCCPCH ID PhyChIdforMcch SCCPCH ID for MCCH ADD CELLMCCH(Mandatory) PICHId PICH ID ADD PICH(Optional) PICHMode PICH mode ADD PICH(Optional) PICHPowerOffset PICH power offset ADD CHPWROFFSET(Optional) PIUSN Piu Slot No. STR IPLOPTST(Mandatory) PKTCOUNT PKT Count STR ETHOAMLOOPTST(Optional PKTLEN PKT Size STR ETHOAMLOOPTST(Optional PKTMAXLEN Max Packet Length STR IPLOPTST(Optional) PKTSIZE Size of packet PING IP(Optional) PKTSIZE PKT Size PING MAC(Optional)

PlmnValTagMax Max PLMN value tag

PlmnValTagMin Min PLMN value tag PLPRD Packet lost measure period ADD IPLOGICPORT(Optional) PLTH Packet discard threshold ADD IPLOGICPORT(Optional) PMPRD IPPM packet send period ACT IPPM(Optional) PN Port No. PN Port No. SET SCUPORT(Optional) PN Port No. ACT ETHOAMAH(Mandatory) PN Port NO. ADD ETHMEP(Optional) PN Port No. STR ETHOAMLOOPTST(Mandator

ADD SCCPCHBASIC(Mandatory) ADD PCCPCH(Optional) ADD AICH(Optional) ADD RACH(Optional) ADD PCPICH(Optional) ADD SCCPCHTFC(Mandatory) ADD PCH(Mandatory) ADD PRACHACTOASCMAP(Optional) ADD PRACHSLOTFORMAT(Optional) ADD PRACHASC(Optional) ADD PICH(Mandatory) ADD FACH(Mandatory) ADD PRACHTFC(Optional) ADD PRACHBASIC(Optional) ADD PSCH(Optional) ADD SSCH(Optional)

ADD LAC(Mandatory) ADD RAC(Mandatory)

ADD LAC(Mandatory) ADD RAC(Mandatory)

ACT MSP(Optional) SET OPT(Optional)

PN Port No. STR IPCHK(Mandatory) PN Port No. SET ALMPORT(Mandatory) POINTDESINFO Rollbackpoint Description ADD ROLLBACKPOINT(Optional POINTNAME Rollbackpoint Name ADD ROLLBACKPOINT(Mandator

PollTimerLen Poll timer length SET QUEUEPREEMPT(Optional)

POLLTMR Timer_Poll ADD SAALLNK(Optional) Port Destination Port ADD FTPSCLTDPORT(Mandatory PORTPROTYPE Port protocol type ADD PORTFLOWCTRLPARA(Mand PORTTYPE Port Type ADD ETHMEP(Mandatory) POWER_RELAY1 Switch for Relay 1 ADD EMU(Optional) POWER_RELAY2 Switch for Relay 2 ADD EMU(Optional) POWER_RELAY3 Switch for Relay 3 ADD EMU(Optional) POWER_RELAY4 Switch for Relay 4 ADD EMU(Optional) POWER_RELAY5 Switch for Relay 5 ADD EMU(Optional) POWER_RELAY6 Switch for Relay 6 ADD EMU(Optional) PowerOffsetPpm Power offset ADD PRACHTFC(Mandatory) PowerRampStep Power increase step ADD PRACHBASIC(Optional) PPPDHCPSVRIP PPP Dhcp Server IP ADD NODEBESN(Mandatory) PPPLNK PPP link No. ADD IPLOGICPORT(Mandatory)

PPPLNKN PPP link No.

PPPMUX PPP mux PQNUM Priority queue number ADD PORTFLOWCTRLPARA(Mand PRACHPhyChId PRACH ID ADD AICH(Optional)

PrdReportInterval Inter-frequency measure periodical r PreambleRetransMax Max preamble retransmission ADD PRACHBASIC(Optional) PreambleSignatures Preamble signatures ADD PRACHBASIC(Mandatory) PreemptAlgoSwitch Preempt algorithm switch SET QUEUEPREEMPT(Optional) PreemptRefArpSwitch PreemptRefArpSwitch SET QUEUEPREEMPT(Optional) Priority Block priority BLK CELL(Optional) PRIORITY Priority ADD IPRT(Mandatory)

ADD PPPLNK(Optional) ADD MPLNK(Mandatory)



PRIORITY Signalling link priority

PRIORITY Route priority PriorityReference Integrate Priority Configured Refer SET USERPRIORITY(Optional) PriorityServiceForExtRab Service priority of Other service ADD SPG(Optional) PriorityServiceForHSDPA Service priority of HSDPA service ADD SPG(Optional) PriorityServiceForHSUPA Service priority of HSUPA service ADD SPG(Optional) PriorityServiceForR99NRT Service priority of R99 NRT service ADD SPG(Optional) PriorityServiceForR99RT Service priority of R99 RT service ADD SPG(Optional) ProcessDuration Processing duration ADD RNCALLCELLBLK(Mandato

PROCESSSWITCH Process switch SET RRCTRLSWITCH(Mandatory)

ADD MTP3LNK(Optional) ADD M3LNK(Optional)

ADD MTP3RT(Optional) ADD M3RT(Optional)

PROT SS7 protocol type ADD N7DPC(Optional) ProtectTmrForBac Background service T2 SET PSINACTTIMER(Optional) ProtectTmrForCon Conversational service T2 SET PSINACTTIMER(Optional) ProtectTmrForImsSig IMS signal T2 SET PSINACTTIMER(Optional) ProtectTmrForInt Interactive service T2 SET PSINACTTIMER(Optional)

ProtectTmrForStr Streaming service T2 SET PSINACTTIMER(Optional) PS Port select SET OPT(Mandatory) PsBeProcType Handover Type for PS BE Traffic ADD NRNC(Optional) PSBKGDL R99 PS background service downlink ADD TRMFACTOR(Optional) PSBKGPRIPATH R99 PS background primary path ADD TRMMAP(Optional) PSBKGPRITH R99 PS background pri path load th ADD LOADEQ(Optional) PSBKGSECPATH R99 PS background secondary path ADD TRMMAP(Optional) PSBKGSECWHT R99 PS background pri sec path load ADD LOADEQ(Optional) PSBKGUL R99 PS background service uplink f ADD TRMFACTOR(Optional) PSCHPower PSCH transmit power ADD PSCH(Optional) PSCONVDL R99 PS conversational service downl ADD TRMFACTOR(Optional) PSCONVPRIPATH R99 PS conversational primary path ADD TRMMAP(Optional) PSCONVPRITH R99 PS conversational pri path load ADD LOADEQ(Optional) PSCONVSECPATH R99 PS conversational secondary pa ADD TRMMAP(Optional) PSCONVSECWHT R99 PS conversational pri sec path l ADD LOADEQ(Optional) PSCONVUL R99 PS conversational service uplin ADD TRMFACTOR(Optional)

PScrambCode DL primary scrambling code PSHIGHINTERACTPRITH R99 PS high interactive pri path loa ADD LOADEQ(Optional) PSHIGHINTERACTSECWHT R99 PS high interactive pri sec path ADD LOADEQ(Optional)

ADD CELLSETUP(Mandatory) ADD QUICKCELLSETUP(Mandatory) ADD NRNCCELL(Mandatory)

PSHOOut2GloadThd PS domain Reloc GSM load THD PsInactTmrForBac Background service T1 SET PSINACTTIMER(Optional) PsInactTmrForCon Conversational service T1 SET PSINACTTIMER(Optional) PSInactTmrForImsSig IMS signal T1 SET PSINACTTIMER(Optional) PsInactTmrForInt Interactive service T1 SET PSINACTTIMER(Optional)

PsInactTmrForStr Streaming service T1 SET PSINACTTIMER(Optional) PsInfoUpdFlag PS Information Update Switch SET OPERATORCFGPARA(Option PsInfoUpdTmr PS Information Update Protection T SET OPERATORCFGPARA(Mandat PSINTERDL R99 PS interactive service downlink ADD TRMFACTOR(Optional) PSINTERUL R99 PS interactive service uplink fa ADD TRMFACTOR(Optional) PSINTHGHPRIPATH R99 PS high PRI interactive primary ADD TRMMAP(Optional) PSINTHGHSECPATH R99 PS high PRI interactive second ADD TRMMAP(Optional) PSINTLOWPRIPATH R99 PS low PRI interactive primary ADD TRMMAP(Optional) PSINTLOWSECPATH R99 PS low PRI interactive seconda ADD TRMMAP(Optional) PSINTMIDPRIPATH R99 PS middle PRI interactive prim ADD TRMMAP(Optional) PSINTMIDSECPATH R99 PS middle PRI interactive seco ADD TRMMAP(Optional) PSLOWINTERACTPRITH R99 PS low interactive pri path load ADD LOADEQ(Optional) PSLOWINTERACTSECWHT R99 PS low interactive pri sec path ADD LOADEQ(Optional) PSMIDINTERACTPRITH R99 PS mid interactive pri path load ADD LOADEQ(Optional) PSMIDINTERACTSECWHT R99 PS mid pri sec path load ratio t ADD LOADEQ(Optional) PsNriCfgMode Feature Supporting Mode of PS Do SET OPERATORCFGPARA(Option PSNRILength Length of PS NRI in bits SET OPERATORCFGPARA(Mandat PsRabAbnormRelRatioThd PS call drop ratio Per Spu SET KPIALMTHD(Optional) PsRabEstAttMinNum The minimum of PS Rab attempt set SET KPIALMTHD(Optional) PsRabEstSuccRatioThd PS Rab successful setup ratio Per S SET KPIALMTHD(Optional) PsRabRelMinNum The number of PS drop Per Spu SET KPIALMTHD(Optional)

PsRestriction Restriction for PS PSServiceHOSwitch Inter-RAT PS handover switch ADD CELLHOCOMM(Optional) PSSTRMDL R99 PS streaming service downlink ADD TRMFACTOR(Optional) PSSTRMPRIPATH R99 PS streaming primary path ADD TRMMAP(Optional) PSSTRMPRITH R99 PS streaming pri path load thre ADD LOADEQ(Optional) PSSTRMSECPATH R99 PS streaming secondary path ADD TRMMAP(Optional) PSSTRMSECWHT R99 PS streaming pri sec path load r ADD LOADEQ(Optional)



PSSTRMUL R99 PS streaming service uplink fac ADD TRMFACTOR(Optional)

PsSwitch PS rate negotiation switch SET CORRMALGOSWITCH(Option Psthroughput Max throughput of PS ACT LICENSE(Optional) PT Port Type SET ALMPORT(Mandatory) PTIP NodeB Interface IP Address ADD NODEBESN(Mandatory) PTIPMASK NodeB Interface IP Mask ADD NODEBESN(Mandatory) PtmNullStrmPasiSwitch Ptm Null Stream Passivity Switch SET RNCMBMSPARA(Optional) PtmPreemptSwitch Ptm Preempt Switch SET RNCMBMSPARA(Optional) PtmStrmPasiSwitch Ptm Stream Passivity Switch SET RNCMBMSPARA(Optional) PTYPE Port type SET ETHPORT(Mandatory)

PucAvgFilterLen PUC smoothing filter length

PucPeriodTimerLen PUC period timer length PunishTime Punish Time SET RNCMBMSPARA(Optional) PwrCtrlAlg Power control algorithm selection SET FRC(Optional) Q0MINDSCP Min DSCP of queue 0 SET QUEUEMAP(Optional) Q1MINDSCP Min DSCP of queue 1 SET QUEUEMAP(Optional) Q2MINDSCP Min DSCP of queue 2 SET QUEUEMAP(Optional) Q3MINDSCP Min DSCP of queue 3 SET QUEUEMAP(Optional) Q4MINDSCP Min DSCP of queue 4 SET QUEUEMAP(Optional) QAAL2VER Qaal2 Protocol Version ADD ADJNODE(Optional)



Qhcs Quality threshold for HCS reselecti Qhyst1sfach Hysteresis 1for UE in CELL_FACH ADD CELLSELRESEL(Optional) Qhyst1spch Hysteresis 1 for UE in CELL_PCH ADD CELLSELRESEL(Optional) Qhyst2sfach Hysteresis 2 for UE in CELL_FACH ADD CELLSELRESEL(Optional) Qhyst2spch Hysteresis 2 for UE in CELL_PCH ADD CELLSELRESEL(Optional) Qoffset1sn Qoffset1sn ADD GSMNCELL(Optional)

Qqualmin Min quality level QqualminInd Min quality level ind ADD NRNCCELL(Optional) Qrxlevmin Min RX level ADD GSMNCELL(Optional)

Qrxlevmin Min Rx level

QrxlevminExtSup Min Rx level Extend Support QrxlevminInd Min RX level ind ADD NRNCCELL(Optional) QualMeas Cell Sel-reselection quality measure ADD CELLSELRESEL(Optional) QueueAlgoSwitch Queue algorithm switch SET QUEUEPREEMPT(Optional) QueueLen Queue length SET QUEUEPREEMPT(Optional)

RabIndex Service parameter index RabModifyTimerLen Rab Modify Timer Length SET COIFTIMER(Optional)




ADD CELLSELRESEL(Optional) ADD NRNCCELL(Optional)

ADD TYPRABOLPC(Mandatory) ADD TYPRABDCCCMC(Mandatory) ADD TYPRABRLC(Mandatory) ADD TYPRABHSPA(Mandatory) ADD TYPRABBASIC(Mandatory) ADD TYPRABQUALITYMEAS(Mandatory)

RAC Routing area code RACHSubChNo RACH sub channel no. ADD PRACHBASIC(Mandatory) RafcTmr Trafc SET IUTIMERANDNUM(Optional RANSharingSupport RAN Sharing Support SET OPERATORSHARINGMODE(O RatCellType Inter-RAT cell type ADD GSMCELL(Mandatory) RatcTmr Tratc SET IUTIMERANDNUM(Optional

RateMatchingAttr Rate matching attribute RateRecoverTimerLen DL TF rate recover timer length ADD CELLOLC(Optional) RateRstrctCoef DL TF rate restrict coefficient ADD CELLOLC(Optional) RateRstrctTimerLen DL TF rate restrict timer length ADD CELLOLC(Optional)

RBPNAME name of rollback point RBPTYPE type of rollback point BEG FORWARD(Mandatory) RbRecfgRspTmr Wait RB reconfiguration response t SET STATETIMER(Optional) RbRelRspTmr Wait RB release response timer SET STATETIMER(Optional) RbSetupRspTmr Wait RB setup response timer SET STATETIMER(Optional) RDC Rate down coefficient ADD IPLOGICPORT(Optional) RecountingPeriod Recounting Period SET RNCMBMSPARA(Optional) RecoverCoef DL TF rate recover coefficient ADD CELLOLC(Optional)

RECOVERTHD Decrease rate alarm recover thresho ADD IPLOGICPORT(Optional) RED Backup ADD BRD(Mandatory)

ReDirBandInd ReDirection target band indicator

ADD RAC(Mandatory) ADD CELLSETUP(Mandatory) ADD QUICKCELLSETUP(Mandatory) ADD GSMCELL(Mandatory) ADD NRNCCELL(Mandatory)

ADD FACH(Optional) ADD RACH(Optional) ADD PCH(Optional)

BEG FORWARD(Mandatory) BEG ROLLBACK(Mandatory)

SET DRD(Optional) ADD CELLDRD(Optional) SET REDIRECTION(Optional) ADD CELLREDIRECTION(Optional)

RedirFactorOfLDR Redirection Factor Of LDR

RedirFactorOfNorm Redirection Factor Of Normal

RedirSwitch Redirection Switch

ReDirUARFCNDownlink Redirection target downlink UARF

SET REDIRECTION(Optional) ADD CELLREDIRECTION(Optional)




ReDirUARFCNUplink Redirection target uplink UARFCN

ReDirUARFCNUplinkInd Redirection target UL frequency con REF2MCLKSRC Clock source of output clock SET CLK(Optional) REF2MCLKSRCBAK Backup clock source of output clock SET CLK(Optional) REF2MCLKSW1 Output switch of 2M output clock 1 SET CLK(Optional) REF2MCLKSW2 Output switch of 2M output clock 2 SET CLK(Optional) RegByFachSwitch Register Bear by Fach Switch SET CALLSHOCKCTRL(Optional) ReHostPolicy Re-host Policy Type SET POOLPRIMHOSTPOLICY(Opti RELINDTMR Release indication timer SET AAL2TMR(Optional) RelocAnotherTmr Relocation another request timer SET STATETIMER(Optional) RelocCmdTmr Relocation Command timer SET STATETIMER(Optional) RelocCommitTmr Relocation commit timer SET STATETIMER(Optional) RelocDataFwdTmr Relocation data forwarding timer SET STATETIMER(Optional) RelocFailIuRelCmdTmr Relocation failed Iu release comman SET STATETIMER(Optional) RelocIuRelCmdTmr Relocation Iu release command time SET STATETIMER(Optional) RelocMobilConfTmr Relocation mobile info confirmation SET STATETIMER(Optional) RelocPhychRecfgTmr Relocation PhyCh reconfiguration t SET STATETIMER(Optional)



RelocUtranHoCmpTmr Relocation Inter-RAT HO completio SET STATETIMER(Optional) RELREQTMR Release request timer SET AAL2TMR(Optional)

RelThdForDwnGrd Relative threshold of SHO failure SET INTRAFREQHO(Optional)

REMARK Route use description

REMARK Use description RepeatNum Repeat Number SET RNCCBPARA(Optional) RepeatPeriod Repeat Period SET RNCCBPARA(Optional)

ADD IPRT(Optional) ADD ATMTRF(Optional)

ADD LOADEQ(Mandatory) ADD TRMMAP(Optional) ADD TRMFACTOR(Mandatory)

ReportIntervalfor1A 1A event to periodical rpt period

ReportIntervalfor1C 1C event to periodical rpt period

ReportIntervalfor1J 1J event to periodical rpt period Req2GCap Required 2G Capability ADD TYPRABBASIC(Mandatory) ReservedSwitch0 CORRM Algo reserved switch 0 SET CORRMALGOSWITCH(Option ReservedSwitch1 CORRM Algo reserved switch 1 SET CORRMALGOSWITCH(Option ReservedU32Para0 CORRM Algo reserved U32 Para 0 SET CORRMALGOSWITCH(Option ReservedU32Para1 CORRM Algo reserved U32 Para 1 SET CORRMALGOSWITCH(Option ReservedU8Para0 CORRM Algo reserved U8 Para 0 SET CORRMALGOSWITCH(Option ReservedU8Para1 CORRM Algo reserved U8 Para 1 SET CORRMALGOSWITCH(Option RESREQTMR Reset request timer SET AAL2TMR(Optional)

RESTARTTMR son-protocol confer out time RestrictionType Restriction Type ADD CELLDSACMANUALPARA(M ReTransRatioFilterCoef re-TX measure filter coef ADD TYPRABRLC(Optional) RetryCapability BIT MAP of retry HSPA PLUS char SET FRC(Optional) RlcMode RLC mode selection ADD TYPRABRLC(Mandatory)

RLCSize RLC size RlMaxDlPwr RL Max DL TX power ADD CELLRLPWR(Mandatory) RlMinDlPwr RL Min DL TX power ADD CELLRLPWR(Mandatory) RlRecfgReadyTmr RL reconfiguration timer SET STATETIMER(Optional) RlRelRspTmr RL release timer SET STATETIMER(Optional) RlRstrTmr RL restoration timer SET STATETIMER(Optional) RlSetupRspTmr RL setup response timer SET STATETIMER(Optional)





ADD FACHDYNTFS(Mandatory) ADD PCHDYNTFS(Mandatory) ADD RACHDYNTFS(Mandatory)

RNCId RNC ID RNCIPADDR CBS RNC IP address ADD CBSADDR(Mandatory) RncPoolIndex RncPool Index RncPoolName RncPool Name ADD RNCPOOL(Mandatory) RncProtclVer RNC protocol version ADD NRNC(Mandatory)

RPTTHD Decrease rate alarm report threshold ADD IPLOGICPORT(Optional) RrcCause Cause of RRC connection establish SET RRCESTCAUSE(Mandatory) RrcConnEstabAttMinNum The minimum of Rrc connection req SET KPIALMTHD(Optional) RrcConnEstabSuccRatioThd Rrc connection successful ratio Per SET KPIALMTHD(Optional) RrcConnRejWaitTmr Wait Time In RRC Connection Reje SET STATETIMER(Optional) RrcInitDtTmr RRC initial DT timer SET STATETIMER(Optional) RrcIuRelCmdTmr RRC Iu release command timer SET STATETIMER(Optional) RrcPaingType1Tmr RRC paging type 1 response timer SET STATETIMER(Optional) RrcRelRetranTmr RRC release retransmission timer SET STATETIMER(Optional) RrcRlcAckCmpTmr RRC RLC completion acknowledgem SET STATETIMER(Optional) RrcSecrtModeCmpTmr RRC security mode completion time SET STATETIMER(Optional) RrcUeRspTmr RRC UE response timer SET STATETIMER(Optional) RSCGRPFLAG Add To Rscgrp Flag ADD AAL2PATH(Mandatory) RSCGRPN Rscgrp No. ADD AAL2PATH(Mandatory) RSCGRPN Rscgrp No. ADD IPPATH(Mandatory) RscMngMode Resource Management Mode ADD NODEB(Optional)

RSCMNGMODE Resource management mode

ADD CELLINTRAFREQHO(Mandatory) ADD INTRAFREQNCELL(Mandatory) ADD INTERFREQNCELL(Mandatory) ADD GSMNCELL(Mandatory) ADD SMLCCELL(Mandatory) RST IUR(Mandatory) ADD RNCBASIC(Mandatory) ADD GPS(Mandatory) RST RNC(Mandatory)

ADD RNCPOOLMEMBER(Mandatory)

ADD IPLOGICPORT(Mandatory) ADD RSCGRP(Mandatory) ADD ATMLOGICPORT(Optional)

RSNDES Lock Reason LCK CMCTRL(Mandatory)

RSPTMR Timer_No-Response ADD SAALLNK(Optional)

RSTCNTYPE CN Type by Reset RST IU(Mandatory) RSTFUN Restart switch ADD OPC(Optional) RstRsndNum Times of resending reset message t SET IUTIMERANDNUM(Optional RSTTYPE Reset Type RST IUR(Mandatory) RsvdPara1 Reserved parameter 1 SET RRCTRLSWITCH(Optional) RsvdPara1 Reserved parameter 1 ADD NRNC(Optional) RsvdPara1 Reserved parameter 1 ADD CNNODE(Optional) RSVDPARA1 Reserved Parameter 1 SET DEVPATCHPARA(Optional)

RsvdPara1 Reserved parameter 1 RsvdPara1 Reserved Parameter1 SET DPUCFGDATA(Optional) RSVDPARA10 Reserved Parameter 10 SET DEVPATCHPARA(Optional) RsvdPara10 Reserved Parameter10 SET DPUCFGDATA(Optional) RsvdPara11 Reserved Parameter11 SET DPUCFGDATA(Optional) RsvdPara12 Reserved Parameter12 SET DPUCFGDATA(Optional) RsvdPara13 Reserved Parameter13 SET DPUCFGDATA(Optional) RsvdPara14 Reserved Parameter14 SET DPUCFGDATA(Optional) RsvdPara15 Reserved Parameter15 SET DPUCFGDATA(Optional) RsvdPara16 Reserved Parameter16 SET DPUCFGDATA(Optional) RsvdPara2 Reserved parameter 2 ADD NRNC(Optional) RsvdPara2 Reserved parameter 2 ADD CNNODE(Optional) RSVDPARA2 Reserved Parameter 2 SET DEVPATCHPARA(Optional)

RsvdPara2 Reserved parameter 2 RsvdPara2 Reserved Parameter2 SET DPUCFGDATA(Optional) RSVDPARA3 Reserved Parameter 3 SET DEVPATCHPARA(Optional)

ADD CELLALGOSWITCH(Optional) ADD NODEBALGOPARA(Optional) SET CACALGOSWITCH(Optional)


RsvdPara3 Reserved parameter 3 RsvdPara3 Reserved Parameter3 SET DPUCFGDATA(Optional) RSVDPARA4 Reserved Parameter 4 SET DEVPATCHPARA(Optional) RsvdPara4 Reserved Parameter4 SET DPUCFGDATA(Optional) RSVDPARA5 Reserved Parameter 5 SET DEVPATCHPARA(Optional) RsvdPara5 Reserved Parameter5 SET DPUCFGDATA(Optional) RSVDPARA6 Reserved Parameter 6 SET DEVPATCHPARA(Optional) RsvdPara6 Reserved Parameter6 SET DPUCFGDATA(Optional) RSVDPARA7 Reserved Parameter 7 SET DEVPATCHPARA(Optional) RsvdPara7 Reserved Parameter7 SET DPUCFGDATA(Optional) RSVDPARA8 Reserved Parameter 8 SET DEVPATCHPARA(Optional) RsvdPara8 Reserved Parameter8 SET DPUCFGDATA(Optional) RSVDPARA9 Reserved Parameter 9 SET DEVPATCHPARA(Optional) RsvdPara9 Reserved Parameter9 SET DPUCFGDATA(Optional) RT Revertive type SET MSP(Optional)

RTCONTEXT Routing Context RTCPBWRatio RATE OF RTCP BANDWIDTH ADD CNNODE(Optional) RtCpc2EFachStateTransTimer Realtime CPC to E_FACH Transitio SET UESTATETRANSTIMER(Opti RtCpc2FStateTransTimer Realtime CPC to FACH Transition SET UESTATETRANSTIMER(Opti RTCPSwitch RTCP SWITCH ADD CNNODE(Optional) RTDEST Destination network address ADD BAMIPRT(Mandatory) RTDESTMASK Destination address mask ADD BAMIPRT(Mandatory) RtDH2EFachStateTransTimer Realtime DCH or HSPA to E_FACH SET UESTATETRANSTIMER(Opti RtDH2FStateTransTimer Realtime DCH or HSPA To FACH Tr SET UESTATETRANSTIMER(Opti RtDH2FTvmPTAT RT D/HSPA2F 4B Pending Time SET UESTATETRANS(Optional) RtDH2FTvmThd RT D/HSPA2F 4B Threshold SET UESTATETRANS(Optional) RtDH2FTvmTimeToTrig RT D/HSPA2F 4B Time SET UESTATETRANS(Optional)

RtEFach2CpcTvmThd RT E_FACH2CPC_HSPA 4A Thres SET UESTATETRANS(Optional) RtEFach2CpcTvmTimeToTrig RT E_FACH2CPC_HSPA 4A Time SET UESTATETRANS(Optional)

RtEFach2DHTvmThd RT E_FACH2D/HSPA 4A Threshol SET UESTATETRANS(Optional) RtEFach2DHTvmTimeToTrig RT E_FACH2D/HSPA 4A Time SET UESTATETRANS(Optional)


ADD M3LE(Optional) ADD M3DE(Optional)

RtF2CpcTvmThd RT F2CPC_HSPA 4A Threshold SET UESTATETRANS(Optional) RtF2CpcTvmTimeToTrig RT F2CPC_HSPA 4A Time SET UESTATETRANS(Optional)

RtF2DHTvmThd RT F2D/HSPA 4A Threshold SET UESTATETRANS(Optional) RtF2DHTvmTimeToTrig RT F2D/HSPA 4A Time SET UESTATETRANS(Optional) RTOALPHA RTO alpha value ADD SCTPLNK(Optional) RTOBETA RTO beta value ADD SCTPLNK(Optional) RTOINIT RTO initial value ADD SCTPLNK(Optional) RTOMAX RTO max value ADD SCTPLNK(Optional) RTOMIN RTO min value ADD SCTPLNK(Optional) RTX Route index ADD AAL2RT(Optional) RUS Rate up step ADD IPLOGICPORT(Optional) RUSPRD Rate up step adjust period ADD IPLOGICPORT(Optional) RXBW Backward bandwidth ADD ATMLOGICPORT(Mandatory RXBW Backward bandwidth ADD IPPATH(Mandatory) RxBw Backward Bandwidth ADD RSCGRP(Mandatory)

RXTRFX RX traffic record index

RxTxtoTrig6F 6F event trigger threshold SET HOCOMM(Optional)

RxTxtoTrig6G 6G event trigger threshold SET HOCOMM(Optional) SAALLNKN SAAL link No. ADD CCP(Mandatory) SAALLNKN SAAL link No. ADD NCP(Mandatory)

ADD SAALLNK(Mandatory) ADD AAL2PATH(Mandatory) ADD VPCLCX(Mandatory) ADD IPOAPVC(Optional)

SAALLNKN SAAL link No.

SAALLNKN Saal Link No. SAALLNKT Interface type ADD SAALLNK(Mandatory) SAALTMR SAAL link connection timer SET MTP3TMR(Optional)

SAC Service area code SATELLITEIND Satellite Trans Ind ADD NODEB(Optional) SCCPCHOffset SCCPCH offset ADD SCCPCHBASIC(Optional) ScopeType Scope Type SET MRSCOPECTRL(Mandatory)

SCR Sustainable cell rate ADD ATMTRF(Optional) ScrambCode Scrambling code ADD SCCPCHBASIC(Mandatory)

SCRAMBLESW Scramble Switch

ACT VCLCC(Mandatory) LOP VCL(Mandatory)

ADD ADJNODE(Mandatory) ADD MTP3LNK(Mandatory)

ADD SAC(Mandatory) ADD CELLSETUP(Mandatory) ADD QUICKCELLSETUP(Mandatory) ADD CZ(Mandatory)

SET E1T1(Optional) SET OPT(Optional)

SCTPLNKN SCTP link No. SDAY Start date SET TZ(Mandatory) SDENABLE SD Enable SET MSP(Optional) SDSFPRI SDSF Priority SET MSP(Optional) Seed Seed of the pseudo-random sequence ADD IPDL(Mandatory) SelectType Detect type STR NODEBDETECT(Optional) SeqOfUserRel Sequence of user release ADD CELLOLC(Optional) ServerIP FTP Server IP Address ADD FTPSCLTDPORT(Mandatory SERVERNAME Server name ADD PPPLNK(Mandatory)

ServiceBitRate Service Bit Rate

ServiceDiffDrdSwitch Service differential drd switch ServiceId Service ID SET MBMSPERF(Mandatory) ServiceInd CN domain indication ADD NRNC(Mandatory)

ServiceType Service Type SGSNFLG SGSN FLAG ADD ADJNODE(Mandatory)

ADD SCTPLNK(Mandatory) ADD M3LNK(Mandatory) ADD CCP(Mandatory) ADD NCP(Mandatory)

ADD CELLMBMSSCCPCH(Mandatory) SET MBMSSCCPCH(Mandatory) ADD CELLMBMSFACH(Mandatory) SET MBMSFACH(Mandatory) SET MTCH(Mandatory)


ADD CELLMBMSSCCPCH(Mandatory) SET MBMSSCCPCH(Mandatory) ADD CELLMBMSFACH(Mandatory) SET MBMSFACH(Mandatory) SET MTCH(Mandatory)

SharingOutCAPSMidLoad Sharing out capability middle load SET CTRLPLNSHAREPARA(Optio SharingType Sharing Type Of NodeB ADD NODEB(Mandatory) SHCSRat HCS inter-rat reselection threshold ADD CELLHCS(Optional) SHInd Service Handover Indicator ADD TYPRABBASIC(Mandatory) ShoFailNumForDwnGrd Threshold number of SHO failure SET INTRAFREQHO(Optional) ShoFailPeriod Max evaluation period of SHO failu SET INTRAFREQHO(Optional)

SHOQualmin Min quality THD for SHO SHOTRIG SHO cross IUR trigger ADD NRNC(Mandatory)

ADD CELLINTRAFREQHO(Optional) SET INTRAFREQHO(Optional) SET SMLC(Mandatory)

SIB11Ind SIB11 Indicator

SIB12Ind SIB12 Indicator SibCfgBitMap SIB switch ADD CELLSIBSWITCH(Optional) SigChType channel type for RRC establishment SET RRCESTCAUSE(Optional)

SIGLKSX Signalling linkset index SIGLNKID Signalling link ID ADD M3LNK(Mandatory) SigRbInd Bearing signal indication ADD FACH(Optional) SIGSLC Signalling link code ADD MTP3LNK(Mandatory)

SilverMaxMode Max Mode Of Wideband AMRC For

SilverMaxMode Max Mode Of Narrowband AMRC Fo SingalDlMBR Downlink maximum bit rate of Sign SET USERMBR(Optional) SingalUlMBR Uplink maximum bit rate of Signal SET USERMBR(Optional) SIPADDR Source IP address PING IP(Mandatory) SIPDL IMS SRB service downlink factor ADD TRMFACTOR(Optional) SIPPRIPATH IMS SRB primary path ADD TRMMAP(Optional) SIPPRITH IMS Signal pri path load threshold ADD LOADEQ(Optional) SIPSECPATH IMS SRB secondary path ADD TRMMAP(Optional) SIPSECWHT IMS Signal pri sec path load ratio t ADD LOADEQ(Optional) SIPUL IMS SRB service uplink factor ADD TRMFACTOR(Optional) SlimitSearchRat HCS search inter-rat limit threshold ADD CELLHCS(Optional) SlotFormat Slot format ADD SCCPCHBASIC(Mandatory) SlotFormat1 Slot format 1 ADD PRACHSLOTFORMAT(Optio

ADD INTRAFREQNCELL(Optional) ADD INTERFREQNCELL(Optional) ADD GSMNCELL(Optional)


ADD MTP3LKS(Mandatory) ADD MTP3LNK(Mandatory) ADD MTP3RT(Mandatory) ADD M3RT(Mandatory) ADD M3LKS(Mandatory) ADD M3LNK(Mandatory)



SlotFormat2 Slot format 2 ADD PRACHSLOTFORMAT(Optio SlotFormat3 Slot format 3 ADD PRACHSLOTFORMAT(Optio SlotFormat4 Slot format 4 ADD PRACHSLOTFORMAT(Optio SlotFormatNum Number of PRACH slot formats ADD PRACHSLOTFORMAT(Manda SLSMASK Signalling route mask ADD N7DPC(Optional) SM StartType SET TZ(Mandatory) SmlcMethod UE Positioning Method SET SMLC(Optional) SMOKE_MASK Enable Smoke Alarm Reporting ADD EMU(Optional) SMONTH Start month SET TZ(Mandatory)

SN Slot No. SN Slot No. SET MRSCOPECTRL(Mandatory) SN Slot No. ACT CRC(Optional) SN Slot No. ADD RNCCBCPUID(Mandatory) SN Slot No. SWP BRD(Mandatory) SN Slot No. LOP VCL(Mandatory) SN Slot No. LOD PATCH(Optional) SN Slot No. SET OPTLOP(Mandatory) SN Slot No. PING IP(Mandatory)

SN Slot No. SN Slot No. SET QUEUEMAP(Mandatory) SN Slot No. SET E1T1(Mandatory)

SN Slot No. SN Slot No. INH BRD(Optional) SN Slot No. UIN BRD(Optional)

SN Slot No. SET COPTLNK(Mandatory)

ADD CBSADDR(Mandatory) SET NCELLDETECTSWITCH(Mandatory) ADD IURCOMMSCCP(Mandatory) ADD NODEB(Mandatory)

ADD BRD(Optional) CLR BRD(Mandatory) STR CPUUSAGETST(Mandatory) ULD RSTINFO(Mandatory)

ACT MSP(Mandatory) SET MSPCMD(Mandatory) CLR MSPREP(Mandatory) SWP ETHPORT(Mandatory) SET MSP(Mandatory) ADD ETHREDPORT(Mandatory)

SN Slot No. SN Slot No. ACT FAN(Mandatory) SN Slot No. ACT VCLCC(Mandatory) SN Slot No. ADD SAALLNK(Mandatory) SN Slot No. ADD ADJNODE(Mandatory) SN Slot No. ADD SCTPLNK(Mandatory) SN Control slot No. ADD M3LNK(Mandatory) SN Slot No. SET PHBMAP(Mandatory) SN Slot No. ADD MTP3LNK(Mandatory)

SNAC Sharing Network Area Code

SnaExistInd SNAC Configuration Indication ADD IMSISNAMAP(Mandatory) SndLdInfo2GsmInd Send Load Info to GSM Ind SET INTERRATHONCOV(Optiona

SPC OSP code ADD OPC(Optional) SPCBITS OSP code bits ADD OPC(Mandatory) SPCDNF OSP code ADD OPC(Optional) SpdEstSwitch Algorithm Switch for UE speed esti ADD CELLHCSHO(Optional)

SPDF Signal point data format SPEED FE port speed SET ETHPORT(Optional) SpeedDependentScalingFactor Speed dependent scaling factor for r ADD CELLSELRESEL(Optional)

SpgId Service priority group Identity

SPI Scheduling Priority Indicator SPORTNO Src Port NO. STR IPLOPTST(Mandatory)

SET ETHPORT(Mandatory) ADD MPGRP(Mandatory) ADD MPLNK(Mandatory) ADD ETHIP(Mandatory) ADD VLANID(Mandatory) ADD IPPATHBIND(Mandatory) ADD IPRTBIND(Mandatory) ACT ETHOAMAH(Mandatory) ADD ETHMD(Mandatory) ADD ETHMA(Mandatory)

ADD LASNAMAP(Mandatory) ADD IMSISNAMAP(Mandatory)

ADD N7DPC(Optional) ADD OPC(Optional)

ADD SPG(Mandatory) ADD CELLSETUP(Mandatory) ADD QUICKCELLSETUP(Mandatory)

SET SPIFACTOR(Mandatory) SET SCHEDULEPRIOMAP(Mandatory)

SpucHeavy Load level division threshold 1 ADD CELLPUC(Optional)

SpucHyst Load level division hysteresis ADD CELLPUC(Optional)

SpucLight Load level division threshold 2 ADD CELLPUC(Optional) SPUShareThd SPU traffic share threshold SET SPUSHARETHD(Optional) SrbChlType SRB channel type SET FRCCHLTYPEPARA(Optional SrbChlTypeRrcEffectFlag SRB channel type RRC effect flag SET FRCCHLTYPEPARA(Optional SRBDL SRB service downlink factor ADD TRMFACTOR(Optional) SRBGBR SRB MAC-c flow GBR ADD CELLEFACH(Optional) SRBMBR SRB MAC-c flow MBR ADD CELLEFACH(Optional) SRBPRIPATH SRB primary path ADD TRMMAP(Optional) SRBPRITH Signal pri path load threshold ADD LOADEQ(Optional) SRBSECPATH SRB secondary path ADD TRMMAP(Optional) SRBSECWHT Signal pri sec path load ratio thresh ADD LOADEQ(Optional) SRBUL SRB service uplink factor ADD TRMFACTOR(Optional) SRCE1T1LNKN Source link No. ADD TSCROSS(Mandatory) SRCGRD Clock source priority ADD CLKSRC(Mandatory) SRCGRD Currently system clock priority SET CLKMODE(Mandatory)

SRCIP Source IP ADD FLOW(Mandatory)

SRCMEPID MEP ID SRCT Clock source type ADD CLKSRC(Mandatory) SRCTSN Source time slot No. ADD TSCROSS(Mandatory) SRECTMR Timer_REPEAT-SREC ADD SAALLNK(Optional)

PING MAC(Mandatory) TRC MAC(Mandatory)

SRN Subrack No.

SRN Subrack No. SRN Subrack No. ADD SUBRACK(Mandatory)

SRN Subrack No. SRN Subrack No. SET CLK(Mandatory) SRN Subrack No. ADD EMU(Mandatory) SRN Subrack No. ADD SAALLNK(Mandatory) SRN Subrack No. ADD ADJNODE(Mandatory) SRN Subrack No. ADD SCTPLNK(Mandatory)

ADD CBSADDR(Mandatory) SET NCELLDETECTSWITCH(Mandatory) ADD IURCOMMSCCP(Mandatory) ADD NODEB(Mandatory)

FMT DATA(Optional) SET OFFLINE(Optional) SET ONLINE(Optional) ACT CRC(Optional) SET MRSCOPECTRL(Mandatory)

SET E1T1(Mandatory) SET MSP(Mandatory) ACT MSP(Mandatory) ADD FRALNK(Mandatory) ADD TSCROSS(Mandatory) ADD IMAGRP(Mandatory) ADD UNILNK(Mandatory) ADD IMALNK(Mandatory) INH BRD(Mandatory) UIN BRD(Mandatory) ADD DEVIP(Mandatory) ADD IPRT(Mandatory) SET OPT(Mandatory) SET COPTLNK(Mandatory) ACT ETHPORT(Mandatory) SET ETHPORT(Mandatory) ADD ETHREDPORT(Mandatory) ADD PPPLNK(Mandatory) ADD MPGRP(Mandatory) ADD MPLNK(Mandatory) ADD ETHIP(Mandatory) ADD VLANID(Mandatory) SET SCUPORT(Mandatory) STR IPLOPTST(Mandatory) ACT FAN(Mandatory) ADD IPPATHBIND(Mandatory) ADD IPRTBIND(Mandatory) ACT ETHOAMAH(Mandatory) ADD ETHMD(Mandatory) ADD ETHMA(Mandatory) ADD ETHMEP(Mandatory) ACT ETHCC(Mandatory) PING MAC(Mandatory) STR ETHOAMLOOPTST(Mandatory) TRC MAC(Mandatory) ADD ETHTRK(Mandatory)

SRN Subrack No. ADD RSCGRP(Mandatory) SRN Control subrack No. ADD M3LNK(Mandatory) SRN Subrack No. SET PHBMAP(Mandatory) SRN Subrack No. ADD MTP3LNK(Mandatory) SRName Subrack name ADD SUBRACK(Mandatory) SrncBeDlRlcQosSwitch Srnc Parameter for BE Downlink SET QOSACT(Optional) SrnsRabCnDomainType SRNS relocation-allowed traffic typ SET SRNSR(Optional) SRNSRDelayOffset Estimated non-measurement delay of SET SRNSR(Optional) SRNSRExpiryTime SRNS relocation expiry time SET SRNSR(Optional) SRNSRIurReselectTimerLen SRNSR Iur reselection timer SET SRNSR(Optional) SrnsrSeparateDuration Duration of triggering static relocat SET SRNSR(Optional)

SrnsrSwitch SRNSR algorithm switch SET CORRMALGOSWITCH(Option SRNSRTrigTimer Relocation trigger timer after IurC SET SRNSR(Optional) SRNTI SRNTI RST IUR(Mandatory) SRT Subrack type SET CLK(Mandatory) SSCHPower SSCH transmit power ADD SSCH(Optional) SSCPUAVEUSAGEALMTHD CPU occupancy alarm clearance thr SET CPUTHD(Optional) SSCPUMAXUSAGEALMTHD CPU occupancy alarm threshold SET CPUTHD(Optional)

Ssd Source description ADD TYPRABBASIC(Mandatory)

SSDSPAVEUSAGEALMTHD DSP occupancy alarm clearance thr SET CPUTHD(Optional)

SSDSPMAXUSAGEALMTHD DSP occupancy alarm threshold SET CPUTHD(Optional) SsearchHCS HCS cell reselection threshold ADD CELLHCS(Optional) SsearchRat Inter-RAT cell reselection threshold ADD CELLSELRESEL(Optional)

SSN Subsystem No.

SSN Subsystem No. ST StartTime SET TZ(Mandatory) ST Service type ADD ATMTRF(Mandatory) StaBlkNum5A Statistic Block Number For 5A Even ADD TYPRABQUALITYMEAS(Man StartFlag GPS Frame Timing Active Flag ADD CELLGPSFRMTIMING(Optio StartTime1 First Cell Dynamic ShutDown Interv ADD CELLDYNSHUTDOWN(Mand StartTime2 Second Cell Dynamic ShutDown Inte ADD CELLDYNSHUTDOWN(Mand StartTime3 Third Cell Dynamic ShutDown Inter ADD CELLDYNSHUTDOWN(Mand StateIndTmr CN protection timer SET IUTIMERANDNUM(Optional StateIndTMR Sccp state ind protection timer ADD NRNC(Optional) STATLEN MaxSTAT ADD SAALLNK(Optional) STP STP function switch ADD N7DPC(Optional) STPMODE Stop mode STR CPUUSAGETST(Mandatory) StreamDlMBR Downlink maximum bit rate of Stre SET USERMBR(Optional) STREAMGBR Streaming MAC-c flow GBR ADD CELLEFACH(Optional) StreamHsupa2msTtiRateThs Rate threshold of Streaming on 2m SET FRC(Optional)

ACT CRC(Optional) CMP TBLDATA(Mandatory)

ADD RNCCBCPUID(Mandatory) SET MRSCOPECTRL(Mandatory) ADD NODEB(Optional) STR CPUUSAGETST(Mandatory) ULD RSTINFO(Mandatory)

STREAMMBR Streaming MAC-c flow MBR ADD CELLEFACH(Optional) StreamUlMBR Uplink maximum bit rate of Stream SET USERMBR(Optional)

STTDInd STTD indicator

STTDSupInd STTD support indicator

SubflowIndex Service subflow index SUBFRAMELEN Max subframe length ADD IPPATH(Optional) SUBNET Subnet No. SET SUBNET(Mandatory) SupBmc CBS support ADD QUICKCELLSETUP(Optional SuppDlSf512 Support downlink DPCH SF 512 ADD NODEBLMTPARA(Optional) SuppDpcmodeChgFlag Support DPC mode Change ind ADD NRNCCELL(Optional)

SuppDpcTriplet Support DPC mode TRIPLET ADD NODEBLMTPARA(Optional) SuppIurCch IUR CCH support flag ADD NRNC(Optional) SUPPORTBAKCLKSRC Is support back clock source SET CLK(Optional) SupportCRType CR support type ADD CNNODE(Optional) SuppPSHOFlag Inter-RAT cell support PS HO indic ADD GSMCELL(Optional) SuppPsRtServOnHsdpa Support PS realtime traffic on HSD ADD NODEBLMTPARA(Optional) SuppRIMFlag Inter-RAT cell support RIM indicato ADD GSMCELL(Optional) SW Switch SET ALMPORT(Optional) SWEEK Start week SET TZ(Mandatory) Switch Port switch SET SCUPORT(Mandatory) SWITCH Bfd Protocol Switch SET BFDPROTOSW(Mandatory) Switch3GPP25415CR0125 Switch3GPP25415CR0125 ADD CNNODE(Optional) SWITCHBACKFLAG Switch primary IP address flag ADD SCTPLNK(Optional) SWITCHBACKHBNUM Switch back HB number ADD SCTPLNK(Optional) SwitchParameter1 SwitchParameter1 SET SS7PATCHSWITCH(Optional SwitchParameter10 SwitchParameter10 SET SS7PATCHSWITCH(Optional

ADD SCCPCHBASIC(Optional) ADD AICH(Optional) ADD PICH(Optional) ADD CELLMBMSSCCPCH(Optional) SET MBMSSCCPCH(Optional)


ADD TYPRABOLPC(Mandatory) ADD TYPRABRLC(Mandatory)

SwitchParameter2 SwitchParameter2 SET SS7PATCHSWITCH(Optional SwitchParameter3 SwitchParameter3 SET SS7PATCHSWITCH(Optional SwitchParameter4 SwitchParameter4 SET SS7PATCHSWITCH(Optional SwitchParameter5 SwitchParameter5 SET SS7PATCHSWITCH(Optional SwitchParameter6 SwitchParameter6 SET SS7PATCHSWITCH(Optional SwitchParameter7 SwitchParameter7 SET SS7PATCHSWITCH(Optional SwitchParameter8 SwitchParameter8 SET SS7PATCHSWITCH(Optional SwitchParameter9 SwitchParameter9 SET SS7PATCHSWITCH(Optional SWSEQ Start week sequence SET TZ(Mandatory) SysAmrRrcNum AMR_RRC Number per Second for SET CALLSHOCKCTRL(Optional) SYSCONTACT Contact mode of the manufacturer SET SYS(Optional) SYSDESC System description SET SYS(Optional) SysHighPriRrcNum HiPri_RRC Number per Second for SET CALLSHOCKCTRL(Optional) SysHoPsResumeTmr PS resume timer after SYSHO SET STATETIMER(Optional) SYSLOCATION System Location SET SYS(Optional) SYSOBJECTID System ID SET SYS(Optional) SysRrcRejNum Max RRC_REJ Number per Second SET CALLSHOCKCTRL(Optional) SYSSERVICES System services SET SYS(Optional) SysTotalRrcNumThd System Call Shock Trigger Thresho SET CALLSHOCKCTRL(Optional) T10TMR Signalling route set test timer SET MTP3TMR(Optional) T12TMR Uninhibit ACK timer SET MTP3TMR(Optional) T13TMR Force uninhibit timer SET MTP3TMR(Optional) T14TMR Inhibition ACK timer SET MTP3TMR(Optional) T17TMR Link realignment timer SET MTP3TMR(Optional) T1TMR Time-control changeover timer SET MTP3TMR(Optional) T22TMR Local inhibit test timer SET MTP3TMR(Optional) T23TMR Remote inhibit test timer SET MTP3TMR(Optional) T2TMR Changeover ACK timer SET MTP3TMR(Optional) T300 Timer 300 SET IDLEMODETIMER(Optional) T302 Timer 302 SET CONNMODETIMER(Optional T304 Timer 304 SET CONNMODETIMER(Optional T305 Timer 305 SET CONNMODETIMER(Optional T307 Timer 307 SET CONNMODETIMER(Optional T308 Timer 308 SET CONNMODETIMER(Optional T309 Timer 309 SET CONNMODETIMER(Optional

T312 Timer 312 T313 Timer 313 SET CONNMODETIMER(Optional T314 Timer 314 SET CONNMODETIMER(Optional T315 Timer 315 SET CONNMODETIMER(Optional T316 Timer 316 SET CONNMODETIMER(Optional T3212 Periodical location update timer ADD CNDOMAIN(Optional) T381 Timer 381 SET CONNMODETIMER(Optional T3TMR Time-control changeback timer SET MTP3TMR(Optional) T4TMR Changeover ACK first attempt timer SET MTP3TMR(Optional) T5TMR Changeover ACK second attempt ti SET MTP3TMR(Optional) T8TMR Transmission prohibited inhibition t SET MTP3TMR(Optional) TagetRlcRetrans Target RLC Retransmission rate SET RACHMEASUREPARA(Option

SET CONNMODETIMER(Optional) SET IDLEMODETIMER(Optional)

TargetFreqCsThdEcN0 Inter-freq CS target frequency trig


TargetFreqCsThdRscp Inter-freq CS target frequency tri


TargetFreqHThdEcN0 Inter-freq H target frequency trigg


TargetFreqHThdRscp Inter-freq H target frequency trig


TargetFreqR99PsThdEcN0 Inter-freq R99 PS target frequency


TargetFreqR99PsThdRscp Inter-freq R99 PS target frequency


TargetRatCsThd Inter-RAT CS handover decision T


TargetRatHThd Inter-RAT H handover decision TH


TargetRatR99PsThd Inter-RAT R99 PS handover decisi TB Output Segment No. EXP DEVFILE(Optional) TbIndexNum Configured TBS Count for HS-SC SET HSSCCHLESSOPPARA(Option

TbNumber1 TB number of TF1

TbNumber2 TB number of TF2 TbNumber3 TB number of TF3 ADD FACHDYNTFS(Optional) TbSizeIndex1 TB Size Index 1 SET HSSCCHLESSOPPARA(Option TbSizeIndex2 TB Size Index 2 SET HSSCCHLESSOPPARA(Option TbSizeIndex3 TB Size Index 3 SET HSSCCHLESSOPPARA(Option TbSizeIndex4 TB Size Index 4 SET HSSCCHLESSOPPARA(Option TC Test code ADD MTP3LNK(Optional)


ADD FACHDYNTFS(Optional) ADD PCHDYNTFS(Optional) ADD RACHDYNTFS(Optional)

ADD FACHDYNTFS(Optional) ADD PCHDYNTFS(Optional) ADD RACHDYNTFS(Optional)

TCell Time offset TCellId Target cell ID HO CELL(Optional) TCLEN Test code length ADD MTP3LNK(Optional) TCRmax Time for evaluating max cell reselec ADD CELLHCS(Optional) TCrmaxHyst Time before revert to low-mobility ADD CELLHCS(Optional) Tcrmaxhystnonhcs Non-HCS TCR max hysteresis ADD CELLSELRESEL(Optional) Tcrmaxnonhcs Non-HCS max TCR ADD CELLSELRESEL(Optional)

TCycleSlow Period of UE slow speed decision TEMP_MASK Enable Temperature Alarm Reporti ADD EMU(Optional) TEMP_THD_HIGH Upper Limit of Temperature Alarm ADD EMU(Optional) TEMP_THD_LOW Lower Limit of Temperature Alarm ADD EMU(Optional)

TempOffset1 HCS Cell Reselect TempOffset1

TempOffset2 HCS Cell Reselect TempOffset2

TenMsecForAmrE AMR Event E Reporting Period In

TenMsecForBeE BE Event E Reporting Period In 10

TenMsecForBeF BE Event F Reporting Period In 10

ADD CELLSETUP(Mandatory) ADD QUICKCELLSETUP(Mandatory)



ADD INTRAFREQNCELL(Optional) ADD INTERFREQNCELL(Optional)




TenMsecForDlBasicMeas DL basic meas rprt cycle

TenMsecForDlOlcMeas DL OLC meas rprt cycle

TenMsecForHsdpaPrvidRateMeas HSDPA bit rate meas cycle

TenMsecForHsdpaPwrMeas HSDPA need pwr meas cycle TenMsecForHsupaPrvidRateMeas HSUPA bit rate meas cycle SET LDM(Mandatory)

TenMsecForUlBasicMeas UL basic meas rprt cycle

TenMsecForUlOlcMeas UL OLC meas rprt cycle







TenMsecForVpE VP Event E Reporting Period In 10

TFastSpdEst Time window for UE fast speed deci TFCIpresence TFCI existing indicator ADD SCCPCHBASIC(Mandatory)

TFsNumber Number of TFs TG Target BAM SWP BAMAREA(Mandatory) Thd5A Event 5A Threshold ADD TYPRABQUALITYMEAS(Man ThdEa Event Ea Relative Threshold ADD TYPRABQUALITYMEAS(Man ThdEb Event Eb Relative Threshold ADD TYPRABQUALITYMEAS(Man THP Traffic Handling Priority SET SCHEDULEPRIOMAP(Mandat THP10Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP11Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP12Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP13Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP14Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP15Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP1Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP2Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP3Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP4Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP5Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP6Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP7Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP8Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THP9Class User Class of Traffic Handler Priori SET IAVUSERTHPCLASS(Optiona THPClass Traffic Handler Priority Class SET USERGBR(Mandatory) TIMEOUT Reply Time-Out PING IP(Optional)

TIMEOUT Time Out Timer Block time BLK CELL(Mandatory) TIMERCU Timer_CU timer ADD AAL2PATH(Optional) TIMES Number of ping packets PING IP(Optional)

TimeToInterfreqHO Inter-freq coverage handover delay t



ADD FACHDYNTFS(Mandatory) ADD PCHDYNTFS(Mandatory) ADD RACHDYNTFS(Mandatory)

PING MAC(Optional) TRC MAC(Optional)


TimeToMoniter Time to start re-TX monitor ADD TYPRABRLC(Optional)

TimeToTrig2B 2B event trigger delay time


TimeToTrig2D 2D event trigger delay time


TimeToTrig2F 2F event trigger delay time

TimeToTrigForNonVerify Time to trigger for non-verified GS



TimeToTrigForPrdInterFreq HHO period trigger delay time


TimeToTrigForVerify Time to trigger for verified GSM cel TimetoTrigger4A Time to trigger 4A ADD TYPRABDCCCMC(Optional) TimetoTrigger4B Time to trigger 4B ADD TYPRABDCCCMC(Optional)

TimeToTriggerA Event A time to trigger ADD TYPRABRLC(Optional) TimeToTriggerB Event B time to trigger ADD TYPRABRLC(Optional) TMI TRMMAP ID ADD TRMMAP(Mandatory) TMIBRZ Bronze user TRMMAP index ADD ADJMAP(Mandatory) TMIGLD Gold user TRMMAP index ADD ADJMAP(Mandatory) TMISLV Silver user TRMMAP index ADD ADJMAP(Mandatory) TMT1TMR Signalling link test ACK timer SET MTP3TMR(Optional) TMT2TMR Signalling link repeat test timer SET MTP3TMR(Optional) TnlBearerType IUB trans bearer type ADD NODEB(Optional) TnlBearerType IUR transmission bearer type ADD NRNC(Mandatory) TnlBearerType Iu transfers bearer type ADD CNNODE(Optional) TO AdjustMethod SET TZ(Mandatory)


ToAWE Time of arrival window endpoint

ToAWS Time of arrival window startpoint TotalUserNumThd Cell Dynamic ShutDown Total User ADD CELLDYNSHUTDOWN(Optio TP Log type COL FAMLOG(Mandatory)

TpenaltyHcsReselect HCS Cell Reselect Penalty Timer TrafficClass Traffic Class ADD TYPRABBASIC(Mandatory)

TrafficClass Traffic Class

TrafficType Traffic Type

TRAMODE Traffic mode ADD M3LKS(Optional) TransCchUserNum Transfer Common Channel User nu ADD CELLOLC(Optional) TRANSDELAY IUB Trans Delay ADD NODEB(Optional) TRANST Transport Type ADD IPPATH(Optional)

ADD FACH(Mandatory) ADD PCH(Optional) ADD CELLMBMSFACH(Optional) SET MBMSFACH(Optional)

ADD FACH(Mandatory) ADD PCH(Optional) ADD CELLMBMSFACH(Optional) SET MBMSFACH(Optional)


SET SCHEDULEPRIOMAP(Mandatory) SET USERGBR(Mandatory) SET FACHBANDWIDTH(Mandatory) SET USERHAPPYBR(Mandatory) SET DTXDRXPARA(Mandatory) SET HSSCCHLESSOPPARA(Mandatory)

SET REDIRECTION(Mandatory) ADD CELLREDIRECTION(Mandatory)

TRANST Transport Type

TrChId FACH ID TrChId FACH ID ADD BCH(Optional) TrchType Transport channel type ADD TYPRABHSPA(Mandatory) TrchType Transport channel type ADD TYPRABOLPC(Mandatory) TrchType Transport channel type ADD TYPRABRLC(Mandatory)

TRelateLength Related length for 1D records

ADD TRMMAP(Mandatory) ADD ADJMAP(Mandatory) ADD ADJNODE(Mandatory)

ADD FACH(Mandatory) ADD FACHLOCH(Mandatory) ADD RACH(Optional) ADD PCHDYNTFS(Optional) ADD FACHDYNTFS(Mandatory) ADD PCH(Optional) ADD RACHDYNTFS(Optional)


Treselections Reselection delay time ADD CELLSELRESEL(Optional) Treselectionsfach Reselection delay time for UE in ADD CELLSELRESEL(Optional) Treselectionspch Reselection delay time for UE in PC ADD CELLSELRESEL(Optional) TRFX Traffic record index ADD ATMTRF(Mandatory)

TrigTime1A 1A event trigger delay time


TrigTime1B 1B event trigger delay time


TrigTime1C 1C event trigger delay time


TrigTime1D 1D event trigger delay time


TrigTime1F 1F event trigger delay time


TrigTime1J 1J event trigger delay time


TrigTime2C 2C event trigger delay time

ADD CELLINTERFREQHONCOV(Optional) SET INTERFREQHONCOV(Optional) ADD CELLMBDRINTERFREQ(Optional)

TrigTime2D 2D event trigger delay time


TrigTime2F 2F event trigger delay time


TrigTime3A 3A event trigger delay time


TrigTime3C 3C event trigger delay time TrigTime6F 6F event trigger delay time SET HOCOMM(Optional) TrigTime6G 6G event trigger delay time SET HOCOMM(Optional) TRKLNKPN Trunk Link No. ADD ETHTRKLNK(Mandatory) TRKLNKSN Trunk Link Slot No. ADD ETHTRKLNK(Mandatory)

TRKN Trunk No. TRlFailure Radio link failure timer length ADD CELLSETUP(Optional) TRncId RNC ID of Target Cell HO CELL(Optional) TRUNKDHCPSVRIP TRUNK Dhcp Server IP ADD NODEBESN(Mandatory) TRUNKIP NodeB Interface IP Address ADD NODEBESN(Mandatory) TRUNKIPMASK NodeB Interface IP Mask ADD NODEBESN(Mandatory) TRUNKN The Trunk group No. ADD IPLOGICPORT(Mandatory) TS time slot No. LOP E1T1(Mandatory) TS16ENABLE 16TimeSlot switch SET E1T1(Optional)

ADD CELLINTERRATHONCOV(Optional) SET INTERRATHONCOV(Optional) ADD CELLMBDRINTERRAT(Optional)

ADD ETHTRK(Mandatory) ADD ETHTRKIP(Mandatory) ADD ETHTRKLNK(Mandatory)

TSBITMAP Bearing time slot TSCROSSX Time slot cross index ADD TSCROSS(Optional) TSKN Task Name STR SCHTSK(Optional)

TSlowSpdEst Time window for UE slow speed dec TstImsi MGWTST USER IMSI SET MGWTST(Mandatory) TSTLEN Test Len STR IPLOPTST(Optional) TstSwitch MGWTST SWITCH SET MGWTST(Mandatory) TTIME Duration time STR CPUUSAGETST(Mandatory) TTL PKT TTL TRC MAC(Optional) TXBW Forward bandwidth ADD ATMLOGICPORT(Mandatory TXBW Forward bandwidth ADD IPPATH(Mandatory) TxBw Forward Bandwidth ADD RSCGRP(Mandatory)

TxDiversityInd TX diversity indication TXINT Interval of send PING IP(Optional) TXINT Interval of Packet Send STR IPLOPTST(Optional)

TXTRFX TX traffic record index TYPE Application Type SET CTRLFACTOR(Mandatory)

UARFCNDownlink Downlink UARFCN

ADD PPPLNK(Mandatory) ADD FRALNK(Mandatory) ADD MPLNK(Mandatory)


ADD CELLSETUP(Mandatory) ADD NRNCCELL(Mandatory)

ADD IPOAPVC(Optional) ADD AAL2PATH(Mandatory) ADD SAALLNK(Mandatory) ADD VPCLCX(Mandatory)

ADD CELLSETUP(Optional) ADD QUICKCELLSETUP(Optional) ADD NRNCCELL(Optional)

UARFCNUplink Uplink UARFCN

UARFCNUplinkInd UL frequency ind UBLREQTMR Unblocking request timer SET AAL2TMR(Optional) UDPMUXLEN UDP MUX Max Length ADD IPPATH(Optional) UDPMUXMODRECV Receive UDP MUX Mode ADD IPPATH(Optional) UDPMUXMODSEND Sender UDP MUX Mode ADD IPPATH(Optional) UDPMUXTIME UDP MUX Max Time ADD IPPATH(Optional) UeAssAgpsAssDataSwitch UE-assisted A-GPS Data Send swit SET SMLC(Optional) UeBasAgpsAssDataSwitch UE-based A-GPS Data Send Switch SET SMLC(Optional) UeCapEnqRspTmr UE capability enquiry response time SET STATETIMER(Optional) UeCntCheckRspTmr UE counter check response timer SET STATETIMER(Optional) UINT Uninhibit Type UIN BRD(Mandatory) UINTTIME Unit time STR E1T1TST(Optional) UL Upper Limit SET ALMPORT(Optional) UlAmrConvAF UL AF of R99 AMR conv service SET ADMCTRL(Optional)

UlAmrTrigTime6A1 AMR Trigger Time 6A1

ADD CELLSETUP(Optional) ADD QUICKCELLSETUP(Optional) ADD NRNCCELL(Optional)



UlAmrTrigTime6A2 AMR Trigger Time 6A2

UlAmrTrigTime6B1 AMR Trigger Time 6B1

UlAmrTrigTime6B2 AMR Trigger Time 6B2

UlAmrTrigTime6D AMR Trigger Time 6D UlBackgroundAF UL AF of R99 background service SET ADMCTRL(Optional)

UlBasicCommMeasFilterCoeff UL basic common measure filter coe

UlBeTraffDecThs UL BE traffic DCH decision thresho UlBeTraffInitBitrate UL BE traffic Initial bit rate SET FRC(Optional) UlBeTraffThsOnHsupa UL BE traffic threshold on HSUPA SET FRCCHLTYPEPARA(Optional

UlBeTrigTime6A1 BE Trigger Time 6A1

UlBeTrigTime6A2 BE Trigger Time 6A2

UlBeTrigTime6B1 BE Trigger Time 6B1

UlBeTrigTime6B2 BE Trigger Time 6B2






SET FRCCHLTYPEPARA(Optional) ADD CELLFRC(Optional)





UlBeTrigTime6D BE Trigger Time 6D

UlCacAvgFilterLen UL CAC smoothing filter length UlCCHLoadFactor UL common channel load reserved co ADD CELLCAC(Optional)

UlCellTotalThd UL total power threshold ADD CELLCAC(Optional) UlCmMethod Uplink Compression Method ADD NODEBLMTPARA(Optional)

UlCSInterRatShouldBeHOUeNum UL CS should be HO user number

UlCSInterRatShouldNotHOUeNum UL CS should not be HO user numb

UlDcccRateThd Uplink Bit Rate Threshold For DC SET DCCC(Optional) UlFpMode UL FP Mode ADD TYPRABBASIC(Mandatory)

UlFullCvrRate Uplink Full Coverage Bit Rate UlGBR Uplink GBR for BE service SET USERGBR(Optional)

UlHoCeResvSf UL handover credit reserved SF ADD CELLCAC(Optional) UlHsDpcchRsvdFactor UL HS-DPCCH reserve factor ADD CELLCAC(Optional) UlIMSTransModeOnHsupa IMS signalling transmission mode SET FRC(Optional) UlInteractAF UL AF of R99 interactive service SET ADMCTRL(Optional) UlInterFreqHoBWThd UL HO maximum bandwidth ADD CELLLDR(Optional)






UlInterFreqHoCellLoadSpaceThd UL HO load space threshold ADD CELLLDR(Optional) UlLdrAMRRateReductionRabNum UL LDR-AMR rate reduction RAB ADD CELLLDR(Optional)

UlLdrAvgFilterLen UL LDR smoothing filter length

UlLdrBERateReductionRabNum UL LDR-BE rate reduction RAB nu

UlLdrCreditSfResThd UL LDR credit SF reserved threshol UlLdrEighthAction UL LDR eighth action ADD CELLLDR(Optional)

UlLdrFifthAction UL LDR fifth action

UlLdrFirstAction UL LDR first action

UlLdrFourthAction UL LDR fourth action







UlLdrPsRTQosRenegRabNum UL LDR un-ctrl RT Qos re-nego R

UlLdrRelThd UL LDR release threshold ADD CELLLDM(Optional)

UlLdrSecondAction UL LDR second action UlLdrSeventhAction UL LDR seventh action ADD CELLLDR(Optional)

UlLdrSixthAction UL LDR sixth action

UlLdrThirdAction UL LDR third action UlLdrTrigThd UL LDR trigger threshold ADD CELLLDM(Optional) UlMaxNumOfTfc Uplink Maximum Number of TFC ADD NODEBLMTPARA(Optional)

UlMeasFilterCoef UL Measurement Filter Coefficient UlMidRateCalc Uplink Mid Bit Rate Calculate Met SET DCCC(Optional)

UlMidRateThd Uplink Mid Bit Rate Threshold SET DCCC(Mandatory)

UlModeChangeTimerLen UL Mode Change Timer Length







UlNonAmrConvAF UL AF of R99 non AMR conv servi SET ADMCTRL(Optional)

UlNonCtrlThdForAMR UL threshold of Conv AMR service ADD CELLCAC(Optional)

UlNonCtrlThdForHo UL handover access threshold ADD CELLCAC(Optional)

UlNonCtrlThdForNonAMR UL threshold of Conv non_AMR ser ADD CELLCAC(Optional)

UlNonCtrlThdForOther UL threshold of other services ADD CELLCAC(Optional)

UlOlcAvgFilterLen UL OLC smoothing filter length SET LDM(Optional) SET SATLDM(Optional)

UlOlcFTFRstrctRabNum UL OLC fast TF restrict RAB numb ADD CELLOLC(Optional)

UlOlcFTFRstrctTimes UL OLC fast TF restrict times ADD CELLOLC(Optional)

UlOlcMeasFilterCoeff UL overload measure filter coeff

UlOlcRelThd UL OLC release threshold ADD CELLLDM(Optional) UlOlcTraffRelRabNum UL OLC traff release RAB number ADD CELLOLC(Optional)

UlOlcTrigHyst UL OLC trigger hysteresis UlOlcTrigThd UL OLC trigger threshold ADD CELLLDM(Optional)

UlPSInterRatShouldBeHOUeNum UL PS should be HO user number




UlPSInterRatShouldNotHOUeNum UL PS should not be HO user numb UlQosAmrAdjSwitch Adjustment Switch For AMR Uplink SET QOSACT(Optional) UlQosAmrInterFreqHoSwitch InterFreq HO For Switch For Upli SET QOSACT(Optional) UlQosAmrInterRatHoSwitch InterRat HO Switch For Uplink A SET QOSACT(Optional)

ULQosMcTimerLen Up Link Qos Measure timer length UlQosVpInterFreqHoSwitch InterFreq HO Switch For Uplink VP SET QOSACT(Optional) UlQosWAmrAdjSwitch Switch Of WAMR Uplink Rate Adj SET QOSACT(Optional) UlQosWAmrInterFreqHoSwitch InterFreq HO Switch For Uplink SET QOSACT(Optional) UlQosWAmrInterRatHoSwitch InterRat HO Switch For Uplink W SET QOSACT(Optional) UlRateDnAdjLevel Uplink Rate Decrease Adjust Level SET DCCC(Optional) UlRateUpAdjLevel Uplink Rate Increase Adjust Level SET DCCC(Optional)

UlSFTurnPoint UL SF threshold UlSrbActFactor UL AF of SRB SET ADMCTRL(Optional) UlSRBTransModeOnHsupa SRB transmission mode on HSUPA SET FRC(Optional) UlStreamAF UL AF of R99 Streaming service SET ADMCTRL(Optional) UlStrThsOnHsupa UL streaming traffic threshold on SET FRCCHLTYPEPARA(Optional UlStrTransModeOnHsupa Streaming traffic transmission mo SET FRC(Optional) UlThd6A1 Uplink Event 6A1 Relative Thresho ADD TYPRABQUALITYMEAS(Man

UlThd6A2 Uplink Event 6A2 Relative Thresho ADD TYPRABQUALITYMEAS(Man

UlThd6B1 Uplink Event 6B1 Relative Thresho ADD TYPRABQUALITYMEAS(Man UlThd6B2 Uplink Event 6B2 Relative Thresho ADD TYPRABQUALITYMEAS(Man UlTotalEqUserNum UL total equivalent user number ADD CELLCAC(Optional) UlTpcStepSize UL closed loop power control step s SET FRC(Optional)

UlVpTrigTime6A1 VP Trigger Time 6A1

UlVpTrigTime6B1 VP Trigger Time 6B1






UlVpTrigTime6D VP Trigger Time 6D

UncertAltitude Cell Center Uncertainty Altitude ADD SMLCCELL(Optional)

UncertAltitudeImp Cell Center Uncertainty Altitude ADD SMLCCELL(Optional)

UncertSemiMajor Cell Center Uncertainty Semi-major ADD SMLCCELL(Optional)

UncertSemiMajorImp Cell Center Uncertainty Semi-major ADD SMLCCELL(Optional)

UncertSemiMinor Cell Center Uncertainty Semi-minor ADD SMLCCELL(Optional)

UncertSemiMinorImp Cell Center Uncertainty Semi-minor ADD SMLCCELL(Optional) UNILNKN UNI link No. ADD UNILNK(Mandatory) UpLimitCountingTime Up Limit Counting Time SET RNCMBMSPARA(Optional) UPPERANI Upper Ani ADD ADJNODE(Mandatory)


UPPERGRPID Upper Class Transport Resource Gr ADD RSCGRP(Mandatory) UPPERVP The Upper Logical port Number ADD ATMLOGICPORT(Optional) URA1 URA ID 1 ADD QUICKCELLSETUP(Mandato URA2 URA ID 2 ADD QUICKCELLSETUP(Mandato URA3 URA ID 3 ADD QUICKCELLSETUP(Mandato URA4 URA ID 4 ADD QUICKCELLSETUP(Mandato URA5 URA ID 5 ADD QUICKCELLSETUP(Mandato URA6 URA ID 6 ADD QUICKCELLSETUP(Mandato URA7 URA ID 7 ADD QUICKCELLSETUP(Mandato URA8 URA ID 8 ADD QUICKCELLSETUP(Mandato

URAId URA ID URANUM URA number ADD QUICKCELLSETUP(Mandato

UsedFreqCSThdEcN0 Inter-freq CS Used frequency trig

UsedFreqCSThdRSCP Inter-freq CS Used frequency trig

UsedFreqHThdEcN0 Inter-freq H Used frequency trigge

ADD URA(Mandatory) ADD CELLURA(Mandatory) ADD NRNCURA(Mandatory)




UsedFreqHThdRSCP Inter-freq H Used frequency trigg

UsedFreqMeasQuantityForQos3A 3A Used-Freq Measure Quantity for



UsedFreqR99PsThdEcN0 Inter-freq R99 PS Used frequency

UsedFreqR99PsThdRSCP Inter-freq R99 PS Used frequency USEFE Use FE or not ADD NODEBESN(Mandatory) UseMacehs Mac-ehs use flg SET HSSCCHLESSOPPARA(Manda USEMP Use MP or not ADD NODEBESN(Mandatory) USENBLB2 Use the second Serial Number or no ADD NODEBESN(Optional)

UseOfHcs Use of HCS USEPPP Use PPP or not ADD NODEBESN(Mandatory) UserPercentage UserPercentage ADD CELLMBDRINTERRAT(Optio UserPlnSharingOutOffset Percentage of User Plane Sharing Ou SET USERPLNSHAREPARA(Optio UserPlnSharingOutThd Percentage of User Plane Sharing Ou SET USERPLNSHAREPARA(Optio

UserPriority User Priority USETRUNK Use TRUNK or not ADD NODEBESN(Mandatory) UT Rate unit ADD ATMTRF(Optional) VCI Bearing VCI ADD AAL2PATH(Mandatory) VCLTYPE VCL act type ACT VCLCC(Mandatory)




SET SCHEDULEPRIOMAP(Mandatory) SET USERGBR(Mandatory) SET FACHBANDWIDTH(Mandatory) SET USERHAPPYBR(Mandatory)

VLANFlAG VLANID Flag

VLANID VLAN ID VLANPRI VLAN Priority SET DSCPMAP(Optional) VOICEDL AMR voice service downlink factor ADD TRMFACTOR(Optional) VOICEPRIPATH AMR voice primary path ADD TRMMAP(Optional) VOICEPRITH AMR voice pri path load threshold ADD LOADEQ(Optional) VOICESECPATH AMR voice secondary path ADD TRMMAP(Optional) VOICESECWHT AMR voice pri sec path load ratio t ADD LOADEQ(Optional) VOICEUL AMR voice service uplink factor ADD TRMFACTOR(Optional) VoipChlType VOIP channel type SET FRCCHLTYPEPARA(Optional VoipHsupaTti HSUPA TTI type of VOIP traffic SET FRC(Optional) VOL24_MASK Enable Alarm Reporting for 24V Po ADD EMU(Optional) VOL24_THD_HIGH Upper Limit of Alarm for 24V Powe ADD EMU(Optional) VOL24_THD_LOW Lower Limit of Alarm for 24V Powe ADD EMU(Optional) VOL48_MASK Enable Alarm Reporting for 48V Po ADD EMU(Optional) VOL48_THD_HIGH Upper Limit of Alarm for 48V Powe ADD EMU(Optional) VOL48_THD_LOW Lower Limit of Alarm for 48V Powe ADD EMU(Optional) VPCLCXN Cross connect index ADD VPCLCX(Optional) VPI Bearing VPI ADD AAL2PATH(Mandatory)

VPLimitInd Cell VP limit indicator VPQosPerform QOS Switch For VP Traffic SET QOSACT(Optional) VpRabAbnormRelRatioThd VP call drop ratio Per Spu SET KPIALMTHD(Optional) VpRabEstAttMinNum The minimum of VP Rab attempt se SET KPIALMTHD(Optional) VpRabEstSuccRatioThd VP Rab successful setup ratio Per S SET KPIALMTHD(Optional) VpRabRelMinNum The number of VP drop Per Spu SET KPIALMTHD(Optional) WAmrUlRateAdjTimerLen Wait Timer For WAMR Uplink SET QOSACT(Optional) WATER_MASK Enable Water Alarm Reporting ADD EMU(Optional)

ADD SCTPLNK(Optional) ADD IPPATH(Optional)

ADD VLANID(Mandatory) ADD IPPATH(Mandatory) ADD SCTPLNK(Mandatory) ADD ETHMA(Mandatory)

ADD QUICKCELLSETUP(Optional) ADD CELLSETUP(Optional) ADD NRNCCELL(Optional)

Weight Weighted factor


WeightForUsedFreq Weight for Used frequency WINDOWSIZE Receiving window size ADD SAALLNK(Optional)

WKMODE Work mode ADD M3LKS(Optional) WORKAREA Work area flag FMT DATA(Optional) WORKMODE Work Mode SET E1T1(Optional) WTRT WTR Time SET MSP(Optional) XOffset X Offset SET RNCMBMSPARA(Optional) ZeroRateUpFailToRelTimerLen Release 0 kbit/s Timer length for fai SET COIFTIMER(Optional) ZONET TimeZone SET TZ(Optional)


NE Meaning Value Type

RNC The type of service carried by the A Enumeration Type RNC This parameter specifies the time to Compound Type RNC It defines the mapping of AC 0~9 to Interval Type RNC It defines the mapping of AC 10 to Interval Type RNC It defines the mapping of AC 11 to Interval Type RNC It defines the mapping of AC 12 to Interval Type RNC It defines the mapping of AC 13 to Interval Type RNC It defines the mapping of AC 14 to Interval Type RNC It defines the mapping of AC 15 to Interval Type RNC Identifying an ASC. Enumeration Type

RNC This parameter specifies whether to Enumeration Type RNC Interval of automatic access classes Interval Type RNC Specifies the interval between conse Interval Type

RNC Specifies the restricted access class Bit Field Type RNC Specifies the access classes that are Bit Field Type

RNC Specifies the interval delay between Interval Type RNC Access restriction ratio. When a cell Interval Type RNC OFF indicates that the AC algorithm Enumeration Type RNC This parameter specifies the license Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the CPU us Interval Type RNC The activity factor at the radio layer Enumeration Type RNC Flag of A-GPS location activation. Enumeration Type RNC This parameter indicates whether t Enumeration Type RNC UE positioning mode when the A-G Enumeration Type

RNC This parameter specifies a GPS refer Interval Type

RNC This parameter specifies the type o Enumeration Type RNC Difference between the transmit powe Interval Type RNC Transmission timing information of Interval Type

RNC This parameter specifies the alarm I Interval Type RNC This parameter specifies whether t Enumeration Type RNC The unit is kbps. This parameter Interval Type RNC If Manual is chosen, allocating [C Enumeration Type RNC This parameter specifies the antenna Interval Type RNC This parameter specifies the antenna Interval Type RNC This parameter specifies the alarm se Enumeration Type

RNC Interval Type

the larger the number of times for inter-frequency handover retry, and the higher probability for the UE to be successfully handed over to the target cell whose load is restored. After the maximum number of times for event 2B retry, the RNC sends the inter-frequency

RNC Interval Type

RNC Interval Type

RNC Interval Type RNC This parameter specifies to edit sen Enumeration Type RNC When the parameter is set to YES, t Enumeration Type RNC AMR CDR(Call Drop Ratio) Per Spu, i Interval Type RNC The minimum number of AMR service Interval Type RNC Successful AMR service setup ratio P Interval Type RNC The Minimum number of AMR release Interval Type RNC Interval Type

RNC ID of the adjacent node. An RNC ca Interval Type RNC Altitude of the cell antenna in the Interval Type RNC Altitude of the cell antenna in the Interval Type RNC Interval Type RNC String Type RNC Interval Type RNC Longitude of the cell antenna in th String Type RNC Coverage angle of a sector. For an om Interval Type RNC Azimuth of the main lobe of the cell Interval Type RNC Access point(AP) cell indicator. When Enumeration Type RNC Upper-layer application type of the Enumeration Type

The larger the value of this parameter, the larger the number of times for inter-frequency handover retry, and the higher probability for the UE to be successfully handed over to the target cell whose load is restored. When the retry times The larger the value of this parameter, the larger the number of times for inter-RAT handover retry, and the higher probability the UE is successfully handed over to the target cell whose load is restored. When the retry times reaches the larger the value of this parameter, the larger the number of times for inter-RAT handover retry, and the higher probability the UE is successfully handed over to the target cell whose load is restored. When the retry times reaches the

measurement report is received. If no measurement report is received when the UL AMRC timer expires,

corresponding to the latitude 31 degrees 30 minutes 36 seconds is format is ddd:mm:ss.ssss.This is controlled by GCDF and valid when SEC~1(degree, minute, corresponding to the longitude 121 degrees 40 minutes 36 seconds is

RNC This parameter specifies the directi Enumeration Type RNC Area flag. Enumeration Type RNC This parameter specifies the flag of Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type

RNC Enumeration Type RNC User_priority corresponding to Alloc Enumeration Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the time-ou Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the numbe Interval Type RNC Indicating whether attach/detach Enumeration Type

RNC This parameter specifies the authen Enumeration Type

RNC This parameter specifies the user n String Type

RNC This parameter specifies the passwo String Type

RNC This parameter specifies the authen Enumeration Type RNC Enumeration Type RNC Identifying the available signature Interval Type RNC Identifying the available signature Interval Type RNC Identifying the available sub channe Interval Type RNC The Capability of CN node. Interval Type RNC This parameter specifies the alarm le Enumeration Type RNC This parameter specified the output Enumeration Type

User_priority corresponding to Allocation/Retention priority 8.

mode depend on the negotiation results. If the auto negotiation not disabled, you can set the

RNC This parameter specified the output Enumeration Type RNC If [Auto-Adaptive Background Noise Interval Type RNC This parameter specifies the full pat String Type RNC This parameter specifies the IP addre IP Address Type RNC This parameter specifies the mask of IP Address Type RNC This parameter specifies the virtual IP Address Type RNC This parameter specifies the subnet IP Address Type

RNC Indicating the selected frequency Ba Enumeration Type RNC This parameter specifies the maximu Interval Type RNC Uniquely identifying a neighboring b Interval Type RNC Interval Type RNC This parameter specifies the tran Interval Type RNC When UE is in Enhanced CELL_FACH Interval Type RNC Offset of the BCH transmit power fro Interval Type

RNC Enumeration Type RNC Indicating the bear type of the DS Enumeration Type RNC HeatBeat Sending Time Interval. Interval Type RNC HeatBeat Sending Time Interval. Interval Type RNC HeatBeat Sending Time Interval. Interval Type RNC The bit rate threshold used to deter Enumeration Type RNC Timer for state transition from CPC Interval Type RNC Timer for state transition from CPC Interval Type RNC Timer for state transition from DCH Interval Type RNC Timer for state transition from DCH Interval Type RNC The first action selected by the QoS Enumeration Type RNC The second action selected by the Qo Enumeration Type RNC The third action selected by the QoS Enumeration Type RNC Timer for state transition from E-DC Interval Type

RNC This parameter specifies the thresh Enumeration Type RNC This parameter specifies the occurre Enumeration Type

GSM900Frequency number: (0-125) or

This parameter specifies the bearer type of the service.- R99: The service is carried on a non-HSPA channel.- HSPA: The service is carried on an HSPA channel.

RNC This parameter specifies the thresh Enumeration Type RNC This parameter specifies the occurr Enumeration Type

RNC This parameter specifies the thresh Enumeration Type RNC This parameter specifies the occurr Enumeration Type RNC This parameter specifies the thresh Enumeration Type RNC This parameter specifies the occurr Enumeration Type


RNC This parameter specifies the thresh Enumeration Type RNC This parameter specifies the occurre Enumeration Type RNC This parameter specifies the thresh Enumeration Type RNC This parameter specifies the occurre Enumeration Type

RNC This parameter specifies the thresh Enumeration Type RNC This parameter specifies the occurr Enumeration Type RNC Timer for state transition from FACH Interval Type RNC Timer for state transition from HS- Interval Type RNC Timer for state transition from HS-D Interval Type RNC Pending time after the traffic volum Enumeration Type RNC This parameter is used to check whet Enumeration Type RNC When the traffic volume is below the Enumeration Type RNC This parameter specifies the rate t Enumeration Type RNC Timer for rejecting rate increase aft Interval Type

RNC The ralative power margin of single B Interval Type RNC When the parameter is set to YES, t Enumeration Type RNC This parameter specifies the power o Interval Type RNC This parameter specifies the power o Interval Type RNC The first action selected by the QoS Enumeration Type

RNC The second action selected by the Qo Enumeration Type RNC The third action selected by the QoS Enumeration Type RNC For BE service, When the paramete Enumeration Type RNC Event 5A measurement switch when B Enumeration Type RNC Event 6A1 measurement switch when Enumeration Type RNC UL event 6D measurement switch for Enumeration Type RNC Interval Type RNC This parameter specifies the number Interval Type RNC The MAC-c flow on the Iub interfac Interval Type RNC The MAC-c flow on Iub interface wi Interval Type

RNC This parameter is applied when [PAR Interval Type RNC Only when the measured background no Interval Type

RNC Compound Type RNC When the number of uplink equivalen Interval Type

RNC Compound Type RNC When the parameter is 'OFF', the au Enumeration Type

RNC The difference of RTWP that trigger Interval Type RNC This parameter specifies the target Interval Type

RNC Enumeration Type RNC This parameter is used in the algor Enumeration Type RNC This parameter specifies the intra-f Enumeration Type RNC Interval Type RNC Interval Type

RNC Interval Type RNC This timer is started when an AAL2 Interval Type RNC This parameter specifies the flag for Enumeration Type RNC This parameter specifies the board cl Enumeration Type RNC This parameter specifies the type of Enumeration Type

QoS enhanced acknowledgement after UL rate adjustment. The timer starts when the BE UL

enabled, then the algorithm is activated during the period of [Algorithm stop time] to [Algorithm start time] each day. In other periods, the algorithm fails. If [Algorithm stop time] is less than [Algorithm start time], and the

enabled, then the algorithm is activated during the period of [Algorithm stop time] to [Algorithm start time] each day. In other periods, the algorithm fails. If [Algorithm stop time] is less than [Algorithm start time], and the

FALSE: The cell is not in the alternative cells for blind handover, so blind handover to this cell cannot be triggered. TRUE: The cell is in the alternative cells for blind handover, so blind

assigned to concentric neighboring cells, which can ensure successful inter-frequency neighboring cells of the same coverage.If the value is -115, the handover is quality in the cell, which reports event 1F, exceeds the specified threshold. Otherwise, the report will be discarded.This parameter is set to raise the possibility of successful blind handover. If the signal quality in the

RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the type of Enumeration Type

RNC Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the type o Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies whether th Enumeration Type

RNC When the remaining receive bandwidt Interval Type RNC This parameter specifies the backwa Interval Type RNC This parameter specifies the remain Interval Type RNC If the available backward bandwidth Interval Type RNC If the available backward bandwidth Interval Type RNC If the available backward bandwidth Interval Type

cells where inter-RAT measurement reports are triggered. When the value is REQUIRED, the measurement report is triggered after the BSIC of the measured cell is deciphered correctly; when the value is NOT_REQUIRE, measurement reporting is triggered whatever the BSIC is deciphered or not, if the measured cell meets the reporting conditions. This parameter is valid for both periodical report mode and event report mode. To ensure the reliability of handovers, the system reports only the cells of which the BSIC is correctly decoded, that is, the recommended value of the

RNC When the remaining receive bandwidt Interval Type RNC This parameter specifies the backwa Interval Type RNC This parameter specifies the remain Interval Type RNC If the available backward bandwidth Interval Type RNC If the available backward bandwidth Interval Type RNC If the available backward bandwidth Interval Type

RNC This parameter specifies the receive Interval Type RNC This parameter specifies the backwar Interval Type RNC This parameter specifies the bandwi Interval Type RNC Reserved backward bandwidth for h Interval Type RNC Reserved backward bandwidth for h Interval Type RNC Reserved backward bandwidth for h Interval Type RNC This parameter specifies the maximum Interval Type RNC Bandwidth mode.This parameter is v Enumeration Type RNC This parameter specifies the bandwi Interval Type

RNC Bit Field Type RNC Indicating whether to control call sh Bit Field Type RNC Indicating the period of call shock c Interval Type RNC Decide which carrier is prior when A Enumeration Type RNC Number of the subrack from which t Interval Type RNC This field indicate whether the IP Pa Enumeration Type

The parameter values are described as follows: NODEB_CREDIT_CAC_SWITCH: The system performs CAC based on the usage state of NodeB credit. When the NodeB's credit is not enough, the system rejects new access requests.

RNC This parameter specifies the numbe Interval Type


RNC SAAL, SCTP, SAAL-SCTP. When the N Enumeration Type

RNC This parameter specifies the numbe Interval Type RNC This parameter specifies the number o Interval Type

RNC Number of the slot bearing the SAAL Interval Type RNC Number of the subrack bearing the Interval Type RNC This parameter specifies the bearing Enumeration Type RNC This parameter specifies the bearing Enumeration Type

RNC Type of the bearer. Enumeration Type


RNC The value of bearing VCI.VCI of th Interval Type

RNC The value of bearing VPI.VPI of th Interval Type

RNC This parameter specifies the numbe Interval Type RNC IP address of the CBC (Cell Broadca IP Address Type RNC Mask of the sub-network of the CBC IP Address Type RNC This parameter specifies the maximu Interval Type RNC A CBS Operator of the cell. Interval Type

RNC Together with PLMN code and LAC, u Interval Type RNC Switch of inner CBS. Enumeration Type RNC The MAC-c on Iub interface will in Interval Type RNC The MAC-c on Iub interface will in Interval Type RNC Common channel primary path. Enumeration Type RNC Common channel bearing primary pat Interval Type RNC Common channel secondary path. Enumeration Type RNC Common channel primary secondary p Interval Type RNC This parameter specifies the perio Enumeration Type RNC This parameter specifies the mode o Enumeration Type

RNC Protection timer started after the B Interval Type RNC This parameter specifies the delay va Interval Type RNC When call shock control starts, th Interval Type RNC Average altitude of the cell cover Interval Type RNC This parameter specifies the avera Interval Type

RNC Bit Field Type

TX_DIVERSITY_ON_TO_OFF:When TX Diversity is on to off,the algorithms of cell capacity auto handle is open.TX_DIVERSITY_OFF_TO_ON:When TX Diversity is off to on,the

RNC Bit Field Type RNC Altitude of the cell center in the Interval Type RNC This parameter specifies the altitu Interval Type RNC Interval Type RNC This parameter specifies the latitu String Type RNC Interval Type

RNC String Type RNC Indicating the target cell choose me Enumeration Type RNC Environment type of the cell coverag Enumeration Type RNC Defining the radio environment type o Enumeration Type

7)EDCH_2SF2_SUPPORT(E-DCH max SF support 2SF indicator):when the indicator is TRUE, it means that the cell has E-DCH SF capability of 2SF2.8)EDCH_2SF4_SUPPORT(E-DCH max SF support 2SF4 indicator):when the indicator is TRUE, it means that the cell has E-DCH SF capability of 2SF4.9)EDCH_SF4_SUPPORT(E-DCH max SF support SF4 indicator):when the indicator is TRUE, it means that the cell has E-DCH SF capability of SF4.10)EDCH_SF8_SUPPORT(E-DCH max SF support SF8 indicator):when the indicator is TRUE, it means that the cell has E-DCH SF capability of SF8.11)EDCH_HARQ_IR_COMBIN_SUPPORT(E-DCH support HARQ IR Combining indicator):when the indicator is TRUE, it means that the cell use IR combine Mode when MAC-e PDUs are received more than one time in E-DCH.12)EDCH_HARQ_CHASE_COMBIN_SUPPORT(E-DCH support HARQ CHASE Combining indicator): when the indicator is TRUE, it means that the cell use CHASE combine Mode when MAC-e PDUs are received more than one time in E-DCH.13) CPC_DTX_DRX_SUPPORT (CPC DTX-DRX support

For example, the value corresponding to the latitude 31

For example, the value corresponding to the longitude 121

This parameter specifies the longitude of the cell center in the WGS-84 coordinates. The input format is ddd:mm:ss.ssss.This is controlled by GCDF and valid when SEC~1(degree, minute, second format).

RNC Interval Type

RNC Interval Type RNC When call shock control starts, the Interval Type RNC This parameter specifies the host type Enumeration Type

RNC Uniquely identifying a cell. For det Interval Type RNC This parameter is valid when [Cell Interval Type RNC Indicating whether to use changing c Enumeration Type RNC Flag of CELLID+RTT location activ Enumeration Type RNC UE positioning mode when the CE Enumeration Type

Deviation of altitude standard in the cell coverage area in the WGS-84 coordinates.This is controlled by MTRLGY and valid when MET~0(metric system).

This parameter specifies the standard deviation of altitude in the cell coverage area in the WGS-84 coordinates.This is controlled by MTRLGY and valid when IMP~1(British measurement).

RNC Cell SF reserved threshold. The code Enumeration Type RNC Cell location configuration type. Enumeration Type

RNC Identifying a cell name. String Type

RNC If the cell downlink load exceeds thi Interval Type RNC If the times the UE in the CELL_PCH Interval Type RNC Length of the cell reselection frequ Interval Type RNC Indicating whether the cell is reser Enumeration Type RNC Indicating whether the cell is reser Enumeration Type RNC Enumeration Type RNC Enumeration Type RNC When the RRC REQ total number of on Interval Type

RNC If the cell downlink load is lower th Interval Type

RNC This parameter indicates whether R Enumeration Type

will affect the relative threshold of the event 1A NOT_AFFECT: Adding the cell into the active set will affect the relative threshold of the event 1B NOT_AFFECT: Adding the cell into the active set

RNC Bit Field Type RNC This parameter specifies the value o Interval Type RNC This parameter specifies the value of Interval Type RNC The coding type of a transport chann Enumeration Type RNC IP Path Ping Timeout Counts.The IP Interval Type RNC Channel index for MBMS performan Enumeration Type

RNC This parameter specifies the index o Interval Type RNC Whether to calculate the checksum Enumeration Type RNC Whether to calculate the checksum Enumeration Type RNC According to RFC4960, ALDER32 is Enumeration Type RNC This parameter specifies the type of Enumeration Type

RNC If you set this parameter to TEN_MS Enumeration Type


RNC If you set this parameter to TEN_M Enumeration Type

RNC If you set this parameter to TEN_MS Enumeration Type RNC If you set this parameter to TEN_MS Enumeration Type

4) CFG_HSPA_DTX_DRX_SWITCH: When the switch is on, DTX_DRX can be configured for the HSDPA service.5) CFG_HSPA_HSSCCH_LESS_OP_SWITCH: When the switch is on, HS-SCCH Less Operation can be configured for the HSDPA service.6) CFG_IMS_SUPPORT_SWITCH: When the switch is on and the IMS license is activated, the RNC supports IMS signaling. 7) CFG_LOSSLESS_DLRLC_PDUSIZECHG_SWITCH: When the switch is on, DL lossless RLC PDU size change is supported.8) CFG_LOSSLESS_RELOC_CFG_SWITCH: When the switch is on and the UE supports lossless relocation, the RNC configures lossless relocation for PDCP parameters if the requirements of RLC mode, discard mode, and sequential submission are met. Then, lossless relocation is used for the UE.9) CFG_MULTI_RAB_SWITCH: When the switch is on, the RNC supports multi-RABs combinations such as 2CS, 2CS+1PS, 1CS+2PS, and 2PS. 10)

RNC Enumeration Type


RNC This parameter specifies the reporti Enumeration Type



RNC This parameter specifies the reporti Enumeration Type RNC This switch determines whether to Enumeration Type RNC Identifying a GSM cell. Interval Type

RNC This parameter works with the offset Interval Type RNC Interval Type RNC Interval Type

RNC Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the type of Enumeration Type RNC Indicating whether the Closed loop t Enumeration Type RNC Bit Field Type

RNC Enumeration Type RNC Bit Field Type RNC A timer to SRNC wait for the respon Interval Type

rprt cycle,Unit:10ms] to specify the measurement report period. If you set this parameter to MIN, use [UL basic meas rprt cycle,Unit:min] to

smaller the sum, the lower the handover priority of the GSM cell. The parameter is generally set to 0.making for the inter-RAT handover. The larger the value of the parameter, the higher the handover This parameter defines the neighboring cell oriented cell individual offset. The set value functions in combination of the cell oriented CIO. Their sum is added to the measurement quantity before the UE evaluated whether an event has occurred. In handover

in the uplink. - DL_ONLY: The NodeB supports SPEED_AND_MEDIUM_COVERAGE_CELL,HIGH_SPEED_AND_MEDIUM_COVERAGE_CELL,LOW_SPEED_AND_HIGH_COVERAGE_CELL,HIGH_SPEED_AND_HIGH_COVERAGE_CELL,PICO_NODEB_TYPE_COVERAGE_CELL,OTHER_CELLfrom that required by current traffic.4)

RNC Bit Field Type

RNC Identifying the type of a CN. Enumeration Type

CN assignment.6) CMP_UU_DST_SERV_CELL_D2E_SWITCH: This switch is set for compatibility with the UE that does not support the change of the serving cell accompanied with the reconfiguration of the target service link D2E. When the switch is enabled, the change of the serving cell accompanies the reconfiguration of the target service link D2E. When the switch is disabled, the serving cell is changed after the UE completes the reconfiguration of the target service link D2E. The switch is used in only R6 and later versions.7) CMP_UU_IGNORE_UE_RLC_CAP_SWITCH: When the switch is on, the RAB assignment request and the subsequent RB setup procedure proceed if the RLC AM capabilities of the UE fail to meet the minimum RLC TX/RX window buffer requirement of the RAB to be setup. When the switch is not on, the RAB assignment request is rejected. 8) CMP_UU_SERV_CELL_CHG_WITH_ASU_SWITCH: When the switch is on, the active set update is in the same procedure as the change of the serving cell. When the switch is not on, the serving cell is

RNC Identifying a CN node. Interval Type RNC The status of the CN node. Enumeration Type RNC Mode of resource management. When Enumeration Type RNC This parameter specifies the index o Interval Type RNC Uniquely identifying Cn operator n String Type RNC Identify a Operator Group. Interval Type

RNC This parameter specifies the index of Interval Type RNC Uniquely identifying Cn operator n String Type RNC Indicating a Cn Operator. Interval Type RNC Cn Operator index. Interval Type RNC Cn Operator 1 index. Interval Type RNC Cn Operator 2 index. Interval Type RNC Cn Operator 3 index. Interval Type RNC Cn Operator 4 index. Interval Type RNC Common Operator Index. Interval Type RNC Identify operator number in operato Enumeration Type RNC CN protocol version. Enumeration Type RNC Code reshuffle switch based on H. Enumeration Type RNC H-based code tree reshuffle user numb Interval Type

RNC This parameter specifies one of the Interval Type

RNC This parameter specifies one of the Enumeration Type

RNC Enumeration Type RNC This switch is valid only when the Enumeration Type RNC The message code scheme. Enumeration Type

RNC Enumeration Type RNC For a PTM service, if the ratio of Interval Type

RNC The ralative power margin of combined Interval Type RNC This parameter determines wheth Enumeration Type RNC Timer T1.Interval between failure of Interval Type RNC Timer T2.Total time SSCF will atte Interval Type RNC Timer T3.Time between proving PD Interval Type RNC The port flow control is disabled wh Interval Type RNC The port flow control is disabled wh Interval Type RNC The port flow control is disabled wh Interval Type RNC The port flow control is disabled wh Interval Type RNC The port flow control is disabled wh Interval Type RNC The port flow control is disabled whe Interval Type RNC The port flow control is enabled whe Interval Type RNC The port flow control is enabled whe Interval Type RNC The port flow control is enabled whe Interval Type RNC The port flow control is enabled whe Interval Type RNC The port flow control is enabled whe Interval Type RNC The port flow control is enabled when Interval Type RNC Indicating whether the UE in connect Enumeration Type RNC Enumeration Type RNC Indicating whether the UE in idle m Enumeration Type RNC This parameter specifies whether t Enumeration Type

This parameter specifies whether the code balancing DRD algorithm will be applied.- ON: The code balancing DRD algorithm will be applied.- OFF: The code balancing DRD algorithm will not be applied.

RAT oriented parameters as event 2D/2F measurement thresholds for inter-RAT measurement.When you set the previous parameters, consider the following factors: event 2D/2F measurement thresholds for inter-frequency measurement, inter-frequency and

- Only_To_Inter_Frequency: Only RRC redirection to inter-frequency cells is allowed.

RNC Interval Type

the greater this parameter. According to the R regulation, the current serving cell involves in cell selection after the measurement value is added with the hysteresis value. The measurement hysteresis aims to prevent the ping-pong effect of the cell reselection, which is caused by the slow fading when the UE is on the edge of the cell. The ping-pong effect may trigger frequent location updates (idle mode), URA updates (URA_PCH), or cell updates (CELL_FACH, CELL_PCH), and thus increase the load of network signaling and the consumption of UE batteries. Set a proper measurement hysteresis to reduce as much as possible effect of the slow fading as well as ensuring timely cell updates of the UE. According to the CPICH RSCP emulation report of inter-frequency hard handovers, the measurement hysteresis ranges 4 dBm to 5 dBm and is set to 4 dBm by default when the slow fading variance is 8 dB and the relative distance is 20 m. In the cells where the slow fading variance is low and the average moving speed of UEs is high, for example the suburbs and countryside, reduce the measurement hysteresis to guarantee timely location updates of UEs. The higher the measurement hysteresis is, the less

RNC Interval Type

parameter is not configured when its value is 255. According to the R regulation, the current serving cell involves in cell selection after the measurement value is added with the hysteresis value. The measurement hysteresis aims to prevent the ping-pong effect of the cell reselection, which is caused by the slow fading when the UE is on the edge of the cell. The ping-pong effect may trigger frequent location updates (idle mode), URA updates (URA_PCH), or cell updates (CELL_FACH, CELL_PCH), and thus increase the load of network signaling and the consumption of UE batteries. Set a proper measurement hysteresis to reduce as much as possible effect of the slow fading as well as ensuring timely cell updates of the UE. According to the CPICH RSCP emulation report of inter-frequency hard handovers, the measurement hysteresis ranges 4 dBm to 5 dBm and is set to 4 dBm by default when the slow fading variance is 8 dB and the relative distance is 20 m. In the cells where the slow fading variance is low and the average moving speed of UEs is high, for example the suburbs and countryside, reduce the measurement hysteresis to guarantee timely location updates of UEs. The higher the

RNC Interval Type

Offset of cell CPICH RSCP measurement value in cell selection or reselection when the UE is in connected mode.This parameter is used for cell offset in cell selection and reselection. During cell reselection, the cell offset corresponding to CPICH Ec/No is QOffset2sn, that to CPICH RSCP is QOffset1sn. Idle is used for idle mode, and Conn for connected mode. ConnQoffset1sn and ConnQoffset2sn are valid only when SIB12Ind = TRUE, namely, the SIB12 message is existing.Offset of neighboring cell CPICH measurement value. This parameter is used for RSCP measurement. The offset is subtracted from the neighboring cell measurement value before cell reselection.In cell reselection algorithm, this parameter is used for moving the border of a cell. This parameter can be configured by the Radio Network Planner(RNP) according to reality.For details of QOffset1sn and QOffset1sn, refer to 3GPP TS 25.331.As for the impact on network performance:The larger the value of the parameter, the lower the probability of selecting neighboring cells. The smaller the value the parameter, the higher the probability of doing so.

RNC Interval Type RNC Threshold for inter-frequency cell r Interval Type RNC Threshold for intra-frequency cell re Interval Type RNC This parameter is valid when [Cell b Enumeration Type RNC It is used to calculate the transm Interval Type RNC Context type of the Iur interface to b Enumeration Type RNC This parameter specifies whether to Enumeration Type RNC This parameter specifies the DL max Enumeration Type RNC This parameter specifies the UL max Enumeration Type RNC The MAC-c on Iub interface will in Interval Type RNC The MAC-c on Iub interface will in Interval Type

RNC Maximum rate of the wideband AMR Enumeration Type

RNC Maximum rate of the narrowband AM Enumeration Type RNC This parameter specifies the number Interval Type RNC Count-C checking values. Interval Type

Offset of cell CPICH Ec/No measurement value in cell selection or reselection when the UE is in connected mode.This parameter is used for cell offset in cell selection and reselection. During cell reselection, the cell offset corresponding to CPICH Ec/No is QOffset2sn, that to CPICH RSCP is QOffset1sn. Idle is used for idle mode, and Conn for connected mode. ConnQoffset1sn and ConnQoffset2sn are valid only when SIB12Ind = TRUE, namely, the SIB12 message is existing.Offset of neighboring cell CPICH measurement value. This parameter is used for Ec/No measurement. The offset is subtracted from the neighboring cell measurement value before cell reselection.In cell reselection algorithm, this parameter is used for moving the border of a cell. This parameter can be configured by the Radio Network Planner(RNP) according to reality.For details of QOffset1sn and QOffset1sn, refer to 3GPP TS 25.331.As for the impact on network performance:The larger the value of the parameter, the lower the probability of selecting neighboring cells. The smaller the value the parameter, the higher the probability of doing so.

RNC Counter check switch. Enumeration Type

RNC This parameter indicates whether th Enumeration Type RNC This parameter specifies the number Enumeration Type RNC This parameter specifies the CQI fe Enumeration Type RNC Maximum number of cell reselection. Interval Type RNC This field indicate whether the cross Enumeration Type RNC R99 CS conversational service downl Interval Type RNC R99 CS conversational primary path Enumeration Type RNC R99 CS conversational bearing prima Interval Type RNC R99 CS conversational secondary pa Enumeration Type RNC R99 CS conversational primary secon Interval Type RNC R99 CS conversational service uplin Interval Type RNC This parameter specifies maximum C Interval Type

RNC Interval Type RNC Indicating whether the CS domain pe Enumeration Type RNC Cs Information Update protection ti Interval Type RNC This parameter specifies feature mo Enumeration Type RNC NRI length for CS domain. Interval Type

RNC Whether to impose the access restri Enumeration Type RNC Enumeration Type RNC R99 CS streaming service downlink Interval Type RNC R99 CS streaming primary path. Enumeration Type RNC R99 CS streaming bearing primary p Interval Type RNC R99 CS streaming secondary path. Enumeration Type RNC R99 CS streaming primary secondary Interval Type RNC R99 CS streaming service uplink fac Interval Type RNC Bit Field Type


domain relocation GSM load threshold. When the GSM load policy is used, that is, when [NcovHoOn2GldInd] in SET INTERRATHONCOV is set to ON, the CS domain inter-system relocation out process will be stopped if the GSM system send its cell load to the RNC and the cell load exceeds the CS domain Reloc

RAT handover are immediately triggered. These two switches are

information of RB, TrCH, and PhyCH, which are in the HANDOVER TO UTRAN Indicating the channel type of CS speech service.-DCH: Both uplink and downlink are beared on DCH.-HSPA:Uplink is beared on E-DCH, downlink beared on HS-DSCH.

RNC This parameter specifies the relativ Interval Type RNC This parameter specifies the relativ Interval Type RNC This parameter specifies the TTI ty Enumeration Type RNC Indicating whether to support CS o Enumeration Type

RNC Uniquely identifying a TFC on the S Interval Type

RNC Calculated TFC (CTFC) length of th Enumeration Type RNC The sharing offset should be added Interval Type RNC Forwarding threshold of control pla Interval Type RNC Number of the MPU slot. Interval Type RNC This parameter specifies whether to Enumeration Type RNC This parameter specifies the type o Enumeration Type RNC Uniquely identifying a classified z Interval Type

RNC This parameter is used to check whet Enumeration Type RNC Pending time after the traffic volum Enumeration Type RNC When the traffic volume is below the Enumeration Type RNC After the 1A measurement report is re Interval Type

RNC Interval Type RNC Strategy for adjustment of the ra Enumeration Type RNC Length of the penalty period within Interval Type RNC This parameter specifies the period Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the subnet Interval Type RNC This parameter specifies the defaul Interval Type RNC Interval Type RNC When the RNC is performing downlink Interval Type RNC This parameter specifies the delay t Interval Type RNC This parameter specifies the maxim Interval Type

RNC This parameter specifies the delay cl Interval Type RNC This parameter specifies the thresho Interval Type

This parameter defines the length of penalty timer for SHO failure after rate reduction in the active set.When the rate reduction in the active set is performed which triggers the increase of SHOs in the target cell, if the target cell fails to join the active again, the RNC starts the penalty timer for SHO failure. This parameter defines the length of the penalty timer. Before the timer expires, the rate increasing in the active set is prohibited, but rate reduction is not prohibited. Such penalty strategy is applied in the following scenario:If there is a cell, for some reason, it has high signal strength but heavy load, and cannot join the active set throughout by then. This cell may enter the SHO rate reduction evaluation process repeatedly, which results in rate reduction in the active set. If the cell fails to join the active set, the rate in the active set may increase during the evaluation process because of the DCCC algorithm. To avoid such rate fluctuation, the RNC uses a strategy of rate increase penalty after the SHO failure again.

DPCCH initial transmit (TX) power offset, Primary CPICH DL TX

RNC Actual minimum required RX level = Interval Type

RNC M3UA destination entity indexes an Interval Type RNC This parameter specifies the destinat IP Address Type RNC This parameter specifies a destinatio IP Address Type RNC This parameter specifies the ID of Interval Type RNC This parameter specifies an MEP in Interval Type RNC This parameter specifies the period Interval Type

RNC Enumeration Type RNC Enumeration Type RNC DL activity factor of the R99 AMR c Interval Type

RNC Duration from when the AMR TX power Interval Type RNC DL activity factor of the R99 backgr Interval Type

RNC L3 filtering coefficient. The larger Enumeration Type RNC This parameter specifies the DL in Enumeration Type

RNC This parameter specifies the default Enumeration Type RNC DL BE traffic Initial bit rate. When D Enumeration Type RNC This parameter specifies the defaul Enumeration Type

This parameter specifies the direction that the traffic volume measurement is applicable to. - DOWNLINK: indicates downlink traffic volume measurement. - UPLINK: indicates uplink traffic volume measurement or E-DCH throughput measurement.

combination according to its own physical conditions; when MUST is

RNC Duration from when the BE TX power Interval Type

RNC Duration within which the measured po Interval Type

RNC Length of smoothing filter window Interval Type RNC Different admission policies are use Interval Type

RNC Admission threshold of the total cell Interval Type RNC Bit Field Type

RNC Number of the DL code to be reserve Interval Type

- HIGHER_LAYER_SCHDL: higher layer scheduling If both SF/2 and

RNC Interval Type

conversational AMR service threshold to the 100% downlink load. It is applicable to algorithm 1 and algorithm 2. The parameter is used for controlling the AMR service admission. That is, when an AMR service is accessing, the RNC evalutates the measurement value of the downlink load after the service is accessed. If the DL load of a cell is higher than this threshold after the access of an AMR speech service, this service will be rejected. If the DL load of a cell will not be higher than this threshold, this service will be admitted. The DL load factor thresholds include parameters of [DL threshold of Conv non_AMR service], [DL handover access threshold] and [DL threshold of other services]. The four parameters can be used to limit the proportion between the conversational service, handover user and other services in a specific cell, and to guarantee the access priority of the conversational AMR service. If the value is too high the system load after admission may be over large, which impacts system stability and leads to system congestion. If the value is too low, the possibility of user rejects may increase, resulting in waste in idle resources and the failure to achieving network

RNC Interval Type

RNC Number of users selected in a DL LD Interval Type

RNC Number of users selected in a DL L Interval Type

RNC For a BE service that has a low max Enumeration Type

conversational non-AMR service threshold to the 100% downlink load. It is applicable to algorithm 1 and algorithm 2. The parameter is used for controlling the non-AMR service admission. That is, when a non-AMR service is accessing, the RNC evalutates the measurement value of the downlink load after the service is accessed. If the DL load of a cell is higher than this threshold after the access of a non-AMR speech service, this service will be rejected. If the DL load of a cell will not be higher than this threshold, this service will be admitted. The DL load factor thresholds include parameters of [DL threshold of Conv non_AMR service], [DL handover access threshold] and [DL threshold of other services]. The four parameters can be used to limit the proportion between the conversational service, handover user and other services in a specific cell, and to guarantee the access priority of the conversational non-AMR service.If the value is too high the system load after admission may be over large, which impacts system stability and leads to system congestion. If the value is too low, the possibility of user rejects may increase, resulting in waste in idle resource and the failure to achieving the network

RNC Maximum DL rate during network plann Enumeration Type RNC This parameter specifies the DL GBR Enumeration Type

RNC Some cell resources can be reserved Enumeration Type

RNC Interval Type RNC Reserved DL power factor for HSUPA Interval Type RNC DL activity factor of the R99 interac Interval Type RNC The UE can be selected to process loa Interval Type RNC The inter-frequency neighboring cell Interval Type RNC The mechanism of the LDR is that an Interval Type

RNC Length of smoothing filter window Interval Type

RNC Number of RABs selected in a DL LDR Interval Type

RNC Reserved SF threshold in downlink cr Enumeration Type RNC This parameter has the same content Enumeration Type

RNC This parameter has the same content Enumeration Type

The percentage of the handover service admission threshold to the 100% downlink load. It is applicable to algorithm 1 and algorithm 2. The parameter is used for controlling the handover admission. That is, when a service is handing over to a cell, the RNC evalutates the measurement value of the downlink load after the service is accessed. If the DL load of a cell is higher than this threshold after the access, this service will be rejected. If the DL load of a cell will not be higher than this threshold, this service will be admitted. The DL load factor thresholds include parameters of [DL threshold of Conv non_AMR service], [DL handover access threshold] and [DL threshold of other services]. The four parameters can be used to limit the proportion between the non-handover service, handover user and other services in a specific cell, and to guarantee the access priority of the handover service. This parameter is related to the cell radius and cell maximum TX power. If the value is too high, the system load after admission may be over large, which impacts system stability and leads to system congestion. If the value is too low, the possibility of user rejects may increase, resulting in waste in idle resources.


RNC This parameter has the same content Enumeration Type RNC This parameter has the same content Enumeration Type

RNC Number of RABs selected in a DL LDR Interval Type

RNC If the ratio of DL load of the cell Interval Type

The inter-RAT SHOULDBE load handover of the PS domain is performed.AMRRATERED (AMR service rate decreasing): The setting of the TFC subset and the negotiation of the service rate can be performed for the AMR voice service.MBMSDECPOWER (MBMS power limiting): The MBMS service is configured with the minimum power.CODEADJ (code tree reshuffling): The fragments of the downlink code tree are arranged.PSINTERRATSHOULDNOTBELDHO: The inter-RAT SHOULDNOTBE load handover of the CS domain is performed.PSINTERRATSHOULDNOTLDHO: The inter-RAT SHOULDNOTBE load handover of the PS domain is performed.The LDR takes the actions in the preset sequence and judges whether each action is successful. If an action is unsuccessful, the LDR turns to the next action. If an action is successful, a parameter is set to NOACT, or all the preceding actions are taken, the downlink LDR is finished, and the system waits for the next triggering of the LDR.Because each action is performed by its algorithm module, the LDR algorithm only selects users and delivers control messages, the



RNC This parameter has the same content Enumeration Type RNC If the ratio of DL load of the cell Interval Type RNC If the DL load state of the cell is la Interval Type RNC This parameter specifies the maximu Enumeration Type RNC Reserved DL power factor for MBMS Interval Type

RNC Smooth filtering coefficient for DL Enumeration Type RNC This parameter determines whether a Enumeration Type

RNC Threshold of the DL intermediate ra Enumeration Type

RNC The AMRC needs to check whether the Interval Type RNC DL activity factor of the R99 non A Interval Type


RNC Interval Type

overloaded and congested, the downlink TF can be adjusted to restrict the number of blocks transported in each TTI at the MAC layer and the rate of user data, thus reducing the cell downlink load.The mechanism of the OLC is that an action is performed in each [OLC period] and some services are selected based on the action rules to perform this action. This parameter defines the maximum number of RABs selected in executing downlink OLC fast restriction.Selection of RABs of the OLC is based on the service priorities and ARP values and bearing priority indication. The RAB of low priority is under control. In the actual system, UlOlcFTFRstrctRabNum and DlOlcFTFRstrctRabNum can be set on the basis of the actual circumstances. If the high-rate subscribers occupy a high proportion, set UlOlcFTFRstrctRabNum and DlOlcFTFRstrctRabNum to comparatively low values. If the high-rate subscribers occupy a low proportion, set UlOlcFTFRstrctRabNum and DlOlcFTFRstrctRabNum to comparatively high values. The higher the parameters are, the more users are involved in fast TF restriction under the same conditions, the quicker the cell load

RNC Interval Type

RNC L3 filtering coefficient. The larger Enumeration Type

RNC If the ratio of DL load of the cell Interval Type RNC Interval Type

RNC DL OLC trigger hysteresis. Interval Type

DL fast TF restriction refers to a situation where, when the cell is overloaded and congested, the downlink TF can be adjusted to restrict the number of blocks transported in each TTI at the MAC layer and the rate of user data, thus reducing the cell downlink load.The mechanism of the OLC is that an action is performed in each [OLC period] and some services are selected based on the action rules to perform this action. This parameter defines the maximum number of downlink OLC fast TF restriction performed in entering/exiting the OLC status.After the overload is triggered, the RNC immediately executes OLC by first executing fast TF restriction. The internal counter is incremented by 1 with each execution. If the number of overloads does not exceed the OLC action threshold, the system lowers the BE service rate by lowering TF to relieve the overload. If the number of overloads exceeds the OLC action threshold, the previous operation has no obvious effect on alleviating the overload and the system has to release users to solve the overload problem. The lower the parameters are, the more likely the users are released, resulting in negative effect on the system performance. If the parameters are excessively high, the overload status is released slowly.

RABs released in executing downlink OLC service release.

RNC If the ratio of DL load of the cell Interval Type

RNC Interval Type

RNC Orthogonal Variable Spreading Facto Enumeration Type

thresholds to the 100% downlink load. The services refer to other admissions except the conversational AMR service, conversational non-AMR service, and handover scenarios. It is applicable to algorithm 1 and algorithm 2. The parameter is used for controlling other service admissions. That is, when a service is accessing, the RNC evalutates the measurement value of the downlink load after the service is accessed. If the DL load of a cell is higher than this threshold after the access of a service, this service will be rejected. If the DL load of a cell will not be higher than this threshold, this service will be admitted. The DL load factor thresholds include parameters of [DL threshold of Conv non_AMR service], [DL handover access threshold] and [DL threshold of other services]. The four parameters can be used to limit the proportion between the conversational service, handover user and other services in a specific cell, and to guarantee the access priority of other services. If the value is too high the system load after admission may be over large, which impacts system stability and leads to system congestion. If the value is too low, the possibility of user rejects may increase, resulting in waste in idle resources and the failure to

RNC Number of users selected in a DL LDR Interval Type

RNC Number of users selected in a DL LD Interval Type RNC Rate adjustment switch of link stab Enumeration Type RNC Inter-frequency handover switch of Enumeration Type RNC Inter-RAT handover switch of link Enumeration Type

RNC Interval Type RNC Inter-frequency handover switch of Enumeration Type RNC Rate adjustment switch of link sta Enumeration Type RNC Inter-frequency handover switch of Enumeration Type RNC Inter-RAT handover switch of link Enumeration Type RNC When the switch is on, the congestio Enumeration Type RNC This parameter determines whether t Enumeration Type RNC This parameter determines whether t Enumeration Type

RNC Interval Type RNC This parameter refers to the downli Enumeration Type RNC This parameter determines whether t Enumeration Type

RNC Enumeration Type RNC DL activity factor of SRB. Interval Type RNC DL activity factor of the R99 stream Interval Type RNC This parameter specifies the defaul Enumeration Type

RNC Threshold E1 of DL AMR speech rate Interval Type

RNC Threshold E2 of DL AMR speech rate Interval Type

RNC Threshold F1 of DL AMR speech rate a Interval Type

be started.For the inter-frequency or inter-RAT measurement based on coverage, the compressed mode can be stopped through reporting event 2F. For measurement that is not

frequency threshold of the RSCP measurement quantity is equal to the used frequency threshold that is configured on the BAM server in coverage measurement plus this parameter.

system resources and therefore this approach is recommended only for low-rate users. The high-layer scheduling requires variable multiplexing positions of transport

RNC Threshold F2 of DL AMR speech rate Interval Type RNC When the algorithm 2 is used, this p Interval Type

RNC Duration from when the VP TX power Interval Type RNC This parameter specifies the expecte Interval Type RNC This parameter specifies the blocke Enumeration Type RNC This parameter specifies whether the Enumeration Type RNC The DSP code must be input in hexad Interval Type RNC This parameter specifies the number Enumeration Type RNC This parameter specifies the number Enumeration Type RNC This parameter specifies whether th Enumeration Type RNC The DSP code must be input in divid String Type

RNC This parameter indicates DPCH div Enumeration Type

RNC This parameter indicates the TX div Enumeration Type RNC Enumeration Type RNC Enumeration Type RNC This parameter specifies the number o Interval Type RNC This parameter specifies the number Interval Type

RNC Index of the DSP to be added.Uniqu Interval Type RNC This parameter specifies the directi Enumeration Type

over three timeslots. It is applicable to soft handover, and it can pointIUCS_ALCAP: indicating that the DSP is on the user plane of the CS

RNC Bit Field Type

RNC Interval Type RNC A timer to DRNC wait for AAL2 setu Interval Type RNC A timer to DRNC wait for radio link Interval Type

RNC This parameter specifies the maximu Interval Type RNC If the parameter is set to YES, QoS Enumeration Type RNC When the buffer duration of queue 0 Interval Type RNC When the buffer duration of queue 1 Interval Type RNC When the buffer duration of queue 2 Interval Type RNC When the buffer duration of queue 3 Interval Type RNC When the buffer duration of queue 4 Interval Type RNC When the buffer duration of queue 5 i Interval Type RNC Bit Field Type RNC This parameter specifies the size of Enumeration Type RNC Interval Type RNC CN domain specific DRX cycle lengt Interval Type RNC This parameter specifies whether t Enumeration Type

CELL_FACH at the RNC. If a PS BE service is carried over the HS-DSCH, the switch PS_BE_STATE_TRANS_SWITCH should be on simultaneously. If a PS real-time service is carried over the HS-DSCH, the switch PS_NON_BE_STATE_TRANS_SWITCH should be on simultaneously. 7) DRA_HSUPA_DCCC_SWITCH: When the switch is on, the DCCC algorithm is used for HSUPA. The DCCC switch must be also on before this switch takes effect. 8) DRA_HSUPA_STATE_TRANS_SWITCH: When the switch is on, the status of the UE RRC that carrying HSUPA services can be changed to CELL_FACH at the RNC. If a PS BE service is carried over the E-DCH, the switch PS_BE_STATE_TRANS_SWITCH should be on simultaneously. If a PS real-time service is carried over the E-DCH, the switch PS_NON_BE_STATE_TRANS_SWITCH should be on simultaneously. 9) DRA_IU_QOS_RENEG_SWITCH: When the switch is on and the Iu QoS RENEQ license is activated, the RNC supports renegotiation of the maximum rate if the QoS of This parameter is used as the DRD Ec/No threshold of whether to perform the blind handover. When choosing a DRD candidate cell, if the Ec/No value of the current cell is greater than the threshold of

DRD switch for single RAB): When the switch is on, DRD is in this case, the UE needs to monitor only one paging indication in one paging occasion during each

RNC This parameter specifies whether the Enumeration Type

RNC This parameter specifies the number Interval Type RNC Whether to enable the automaticall Enumeration Type

RNC This parameter specifies the DiffSe Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies whether th Enumeration Type RNC This parameter specifies the destinat Interval Type

RNC This parameter specifies a destinatio IP Address Type RNC This parameter specifies a subnet m IP Address Type RNC This parameter specifies the subnet IP Address Type RNC This parameter specifies the number Enumeration Type RNC This parameter specifies the size o Enumeration Type RNC This parameter specifies the size o Enumeration Type RNC This parameter specifies the delay t Enumeration Type RNC If the interval at which two consec Enumeration Type RNC This parameter specifies whether the Enumeration Type RNC This parameter specifies the duplex Enumeration Type RNC When the cell is automatically shut Interval Type RNC When the cell is automatically enable Interval Type RNC When the switch is on, the Cell dyn Enumeration Type RNC When the switch is on, the "Cell dy Enumeration Type RNC When DynShutDownType is set to For Enumeration Type RNC This parameter specifies the number Interval Type RNC Period of E-DCH throughput ratio Interval Type RNC Number of pending periods after the Interval Type RNC This parameter is used to check whet Interval Type RNC Number of periods before the through Interval Type RNC The parameter specifies the number Interval Type RNC Check IP address. The IP address to IP Address Type RNC This parameter is used to count the Interval Type RNC This parameter specifies the adjust Interval Type

RNC This parameter specifies the time du Interval Type RNC This parameter specifies the maximu Interval Type RNC This parameter specifies the maximu Interval Type

RNC This parameter specifies the threshol Interval Type

RNC This parameter specifies the end dat Interval Type RNC This parameter specifies the first Interval Type RNC This parameter specifies the tenth Interval Type RNC This parameter specifies the eleve Interval Type RNC This parameter specifies the twelft Interval Type RNC This parameter specifies the secon Interval Type RNC This parameter specifies the third Interval Type RNC This parameter specifies the fourth Interval Type RNC This parameter specifies the fifth Interval Type RNC This parameter specifies the sixth Interval Type RNC This parameter specifies the seven Interval Type RNC This parameter specifies the eighth Interval Type RNC This parameter specifies the ninth Interval Type RNC This parameter specifies the numbe Enumeration Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC HSUPA UL rate adjustment set. It c Bit Field Type RNC This parameter specifies the maxim Interval Type

RNC The large target retransmit times Interval Type

RNC The little target retransmit times Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the E-DCH Enumeration Type RNC EFACH channel forward factor. Interval Type RNC This parameter specifies the min Interval Type RNC E_FACH support indicator. When the Enumeration Type RNC This parameter specifies whether th Enumeration Type RNC This parameter specifies whether t Enumeration Type RNC This parameter specifies the type o Enumeration Type RNC When the switch is enabled, users o Enumeration Type RNC It indicates whether verification is Enumeration Type RNC This parameter specifies whether th Enumeration Type RNC This parameter specifies the end mo Enumeration Type RNC This parameter specifies the IP addr IP Address Type RNC The encryption algorithm supporte Bit Field Type RNC End time of the first interval when Compound Type

RNC End time of the second interval whe Compound Type RNC End time of the third interval when Compound Type

RNC Type of the M3UA destination entit Enumeration Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the period o Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the period o Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the period o Interval Type RNC Interval Type RNC AAL2 connection establishment indic Interval Type RNC AAL2 connection establishment reque Interval Type RNC This parameter specifies the end tim Compound Type RNC This parameter specifies the threshol Enumeration Type RNC This parameter specifies the threshol Enumeration Type RNC This parameter specifies the event A Interval Type RNC This parameter specifies the threshol Interval Type RNC This parameter specifies the threshol Interval Type RNC This parameter specifies the DST sta Enumeration Type RNC This parameter specifies the DST e Enumeration Type RNC This parameter specifies the upper t String Type RNC This parameter specifies the lower t String Type RNC This parameter specifies the sensor t Enumeration Type RNC This parameter specifies the upper t String Type RNC This parameter specifies the lower t String Type RNC This parameter specifies the upper t String Type RNC This parameter specifies the lower t String Type RNC This parameter specifies the sensor t Enumeration Type RNC This parameter specifies the upper t String Type RNC This parameter specifies the lower t String Type RNC This parameter specifies the upper t String Type RNC This parameter specifies the lower t String Type RNC This parameter specifies the sensor t Enumeration Type RNC This parameter specifies the upper t String Type RNC This parameter specifies the lower t String Type RNC This parameter specifies the upper t String Type RNC This parameter specifies the lower t String Type RNC This parameter specifies the sensor t Enumeration Type RNC This parameter specifies the upper t String Type RNC This parameter specifies the lower t String Type RNC Pending time after the traffic volum Enumeration Type RNC When the traffic volume is below the Enumeration Type RNC Uniquely identifying a FACH in a ce Interval Type RNC ID of the transport channel carryi Interval Type

RNC This parameter specifies the maxi Interval Type RNC Indicating whether the FACH measur Enumeration Type RNC This parameter defines the reduce Interval Type

receives from the E-DCH is correct or not. The E-RGCH and E-HICH are dedicated channels shared by

RNC This parameter specifies the factor a Interval Type RNC This parameter specifies the activi Interval Type RNC This parameter specifies the thresho Interval Type RNC This parameter specifies whether to Enumeration Type

RNC This parameter specifies the flow co Interval Type

RNC This parameter specifies the CRC c Enumeration Type RNC This parameter specifies the step s Enumeration Type

RNC This parameter indicates FDPCH di Enumeration Type

RNC This parameter indicates FDPCH di Enumeration Type RNC This parameter specifies the maxim Interval Type RNC This parameter specifies the minim Interval Type RNC This parameter specifies the powe Interval Type RNC This parameter specifies the FE IP IP Address Type

RNC This parameter specifies the name us String Type RNC This parameter specifies the path for String Type


Here,Fn: the updated filtered measurement result Fn - 1: the old filtered measurement result Mn: the latest received measurement result from physical layer measurements a = (1/2)(k/2). When a is set to 1, this means L3 filtering will not be applied. L3 filtering should be able to filter as much random impulse as possible. Thus the filtered measurement value can reflect the varying of the actual measurement value. The input measurement value to L3 filter has been filtered by L1 filter, where the impact of fast fading is almost eliminated. So the L3 filtering should apply smooth filtering to shadow fading and small amount of remaining fast fading, thus providing more reliable measurement value for event judgement.As for the impact on network performance:the larger the value of this parameter, the stronger the smoothing effect and the higher the anti-fast-fading capability, but the lower the signal tracing capability, the greater the possibility of call drops. If the value of this parameter is too small, unnecessary soft handover or the ping-pong

RNC Enumeration Type RNC This parameter specifies the fixed Enumeration Type RNC Switch of the FLC algorithm. The FL Enumeration Type

smoothing effect and the higher the anti-fast-fading capability, but the lower the signal change tracing capability. If the value of this parameter is set too small, unnecessary inter-system handovers may occur.The parameter has the same physical meaning and measurement model as the inter-frequency measurement L3 filter coefficient. The report period is 480 ms. For specific analysis, refer to the intra-frequency measurement layer 3 filter coefficients and inter-frequency measurement layer 3 filter coefficients.The recommended values of the inter-RAT measurement layer 3 filter coefficients in different cells are as follows:-In cells where the average moving speed of UEs is low, there is a comparatively big shadow fading square error, so the recommended value of inter-RAT measurement layer 3 filter coefficients is 4. The value can be increased in a certain degree; -In cells where the average moving speed of UEs is medium, there is a comparatively big shadow fading square error, so the recommended value of inter-RAT measurement layer 3 filter coefficients is 3; -In cells where the average moving speed of UEs is high, there is a

RNC This parameter specifies whether the Enumeration Type RNC This parameter specifies the flow ID Interval Type RNC This parameter specifies the file nam String Type RNC This parameter specifies the file na String Type RNC When the CELLID+RTT method is sele Enumeration Type RNC Indicating whether to check the l Enumeration Type RNC FPTIMER. Interval Type RNC This parameter specifies the MP flak Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the type of a Enumeration Type RNC The longer a TX frame is, the higher t Enumeration Type RNC Index of the factor table used by the Interval Type RNC Factor table index. Interval Type RNC Function switch 1. Bit Field Type RNC Function switch 2. Bit Field Type RNC Function switch 3. Bit Field Type RNC Function switch 4. Bit Field Type

RNC When the remaining transmit bandwidt Interval Type RNC This parameter specifies the remain Interval Type RNC If the available forward bandwidth is Interval Type RNC If the available forward bandwidth is Interval Type

RNC If the available forward bandwidth is Interval Type

RNC When the remaining transmit bandwidt Interval Type RNC This parameter specifies the forwar Interval Type RNC This parameter specifies the remain Interval Type RNC If the available forward bandwidth is Interval Type RNC If the available forward bandwidth is Interval Type RNC If the available forward bandwidth is Interval Type

RNC This parameter specifies the transmi Interval Type RNC This parameter specifies the bandwi Interval Type RNC Reserved forward bandwidth for han Interval Type RNC Reserved forward bandwidth for han Interval Type RNC Reserved forward bandwidth for han Interval Type RNC The power occupancy factor of the co Interval Type RNC The power occupancy factor of the da Interval Type RNC This parameter specifies the IP addre IP Address Type RNC Geo-coordinate data format, DEG o Enumeration Type

RNC This parameter specifies the geogra Enumeration Type RNC General common channel service dow Interval Type

RNC General common channel service upl Interval Type

RNC Maximum rate of the wideband AMR Enumeration Type

RNC Maximum rate of the narrowband AM Enumeration Type RNC Indicates whether gold users involve Enumeration Type RNC This parameter specifies the period Interval Type RNC Number of the transport resource gr Interval Type RNC Type of the transport resource group Enumeration Type

RNC Uniquely identifying a GSM cell. Interval Type RNC A name identifying a GSM cell uniq String Type RNC When event 5A is triggered, a pendin Interval Type RNC This parameter specifies the Happy bi Interval Type RNC This parameter indicates whether t Enumeration Type RNC This parameter specifies the time us Enumeration Type RNC It can be used to calculate the heart Interval Type

RNC Enumeration Type RNC This parameter is used for setting t Interval Type

RNC HCS priority of the cell belongs to Interval Type RNC HSDPA background service downlink Interval Type RNC HSDPA background primary path. Enumeration Type RNC HSDPA background bearing primary Interval Type RNC HSDPA background secondary path Enumeration Type RNC HSDPA background primary secondary Interval Type RNC HSDPA conversational service downl Interval Type RNC HSDPA conversational primary path Enumeration Type RNC HSDPA conversational bearing prima Interval Type RNC HSDPA conversational secondary pa Enumeration Type

This parameter specifies the type of link that carries the high-end VPL/VCL cross connection.GUI value range: UNI, IMA, FRAATM, NCOPT.

RNC HSDPA conversational primary secon Interval Type RNC HSDPA high priority interactive bea Interval Type RNC HSDPA high priority interactive pri Interval Type RNC HSDPA interactive service downlink Interval Type RNC HSDPA high PRI interactive primary Enumeration Type RNC HSDPA high PRI interactive seconda Enumeration Type RNC HSDPA low PRI interactive primary Enumeration Type RNC HSDPA low PRI interactive seconda Enumeration Type RNC HSDPA middle PRI interactive prim Enumeration Type RNC HSDPA middle PRI interactive seco Enumeration Type RNC HSDPA low priority interactive bear Interval Type RNC HSDPA low priority interactive prim Interval Type RNC HSDPA middle priority interactive b Interval Type RNC HSDPA middle priority interactive p Interval Type RNC HSDPA IMS downlink factor. Interval Type RNC HSDPA Signal primary path. Enumeration Type RNC HSDPA IMS Signal bearing primary Interval Type RNC HSDPA Signal secondary path. Enumeration Type RNC HSDPA IMS Signal primary secondary Interval Type RNC HSDPA SRB downlink factor. Interval Type RNC HSDPA Signal primary path. Enumeration Type RNC HSDPA Signal bearing primary path Interval Type RNC HSDPA Signal secondary path. Enumeration Type RNC HSDPA Signal primary secondary pat Interval Type RNC HSDPA streaming service downlink Interval Type RNC HSDPA streaming primary path. Enumeration Type RNC HSDPA streaming bearing primary pa Interval Type RNC HSDPA streaming secondary path. Enumeration Type RNC HSDPA streaming primary secondary Interval Type RNC HSDPA voice service downlink fact Interval Type RNC HSDPA Voice primary path. Enumeration Type RNC HSDPA Voice secondary path. Enumeration Type RNC This parameter specifies the number Interval Type RNC Bit Field Type RNC Indicating whether to trigger hard Enumeration Type RNC This parameter specifies the numbe Interval Type RNC A timer to RNC wait for the response Interval Type RNC A timer to RNC wait for the respons Interval Type

RNC Interval Type RNC A timer to RNC wait for paging res Interval Type RNC A timer to RNC wait for the respons Interval Type RNC A timer to RNC wait for relocation Interval Type RNC Enumeration Type

the DL DCCH message that should be transmitted transparently to the UE by the source RNC. In that case,

Priority of coverage-based inter-frequency handover."0" means that the coverage-based inter-frequency handover is not supported. "1" means the highest priority. "3" means the lowest priority.

only by one RNC. If the parameter value is PRIMHOST or SECHOST, the physical NodeB can be

RNC Bit Field Type RNC Interval Type RNC Interval Type RNC A timer to RNC wait for the respon Interval Type RNC This parameter specifies the number Interval Type RNC DL activity factor of the HSUPA ba Interval Type RNC Average throughput admission thres Interval Type RNC Enumeration Type RNC DL activity factor of the HSUPA con Interval Type RNC DL activity factor of the HSUPA inte Interval Type


RNC Length of smoothing filter window Interval Type RNC The minimum number of HSDPA servic Interval Type RNC Successful HSDPA service setup ratio Interval Type RNC DL activity factor of the HSUPA str Interval Type RNC Average throughput admission thresh Interval Type RNC The total HSDPA throughput of all th Interval Type RNC The cell will shut down automatical Interval Type RNC This parameter specifies the first Interval Type RNC This parameter specifies the second Interval Type RNC This parameter specifies the third Interval Type

accesses the 2G cell. Thus, the delay of inter-cell handover is reduced.9) HO_INTER_RAT_PS_3G2G_RELOCATION_SWITCH: When the switch is on, the PS inter-RAT handover from the 3G network to the 2G network is performed in the relocation process. When the switch is not on, the PS inter-RAT handover from the 3G network to the 2G network is performed in the cell change order process. 10) HO_INTER_RAT_PS_OUT_SWITCH: When the switch is on, the RNC is allowed to initiate inter-frequency measure control and the PS inter-RAT hard handover from the 3G network to the 2G network.11) HO_INTER_RAT_RNC_SERVICE_HO_SWITCH: When the switch is on, the attributes of inter-RAT handover of the services are based on the configuration of RNC parameters. When the switch is not on, the attributes are set on the basis of the CN. If no information is provided by the CN, the attributes are then based on the RNC parameters. 12) HO_INTRA_FREQ_DETSET_INTO_ACTSET_SWITCH: When the switch is on, the cells in the detected set from which the RNC measurement control on the event 2C.If the mode is set to periodical measurement control on the event 2C.If the mode is set to periodical

switch on H2D (from HS-DSCH to DCH) should be performed before

RNC This parameter specifies the fourth Interval Type RNC This parameter specifies the fifth Interval Type RNC This parameter specifies the sixth Interval Type RNC This parameter specifies the sevent Interval Type RNC This parameter specifies the eighth Interval Type RNC This parameter specifies the numbe Enumeration Type RNC This parameter specifies the number Interval Type

RNC Enumeration Type RNC According to the relevant protocol Enumeration Type RNC If the corresponding item of this p Bit Field Type RNC This parameter specifies the differ Interval Type RNC HSPA serving cell change is usually Interval Type RNC This parameter specifies whether in Enumeration Type RNC This parameter specifies whether in Enumeration Type RNC This parameter specifies whether in Enumeration Type RNC This parameter specifies whether in Enumeration Type RNC The parameter specifies the number Interval Type

RNC The parameter determines the maxi Interval Type

RNC The parameter specifies the minim Interval Type RNC Measure Power Offset (MPO) Constant Enumeration Type

If the HspaEnhSwitch is enabled, it indicates that the enhanced FDPCH function is supported in the cell. Note: The actual use of this function is also restricted by the license and the physical capability of the NodeB.

RNC This parameter indicates the TX di Enumeration Type RNC This parameter specifies the number Interval Type RNC This parameter decides the maximum Interval Type RNC This parameter specifies the time Enumeration Type RNC This parameter specifies the time i Enumeration Type RNC This parameter specifies the time Enumeration Type RNC This parameter specifies the time i Enumeration Type RNC UL activity factor of the HSUPA ba Interval Type RNC Threshold for rate decrease of HSUPA Enumeration Type RNC When the dynamic CE algorithm on Enumeration Type RNC Enumeration Type RNC UL activity factor of the HSUPA con Interval Type RNC Strategy of the UE for rate adju Enumeration Type RNC Threshold of all the HSUPA user PBR Interval Type RNC Threshold of all the HSUPA user PBR Interval Type RNC HSUPA BE traffic Initial bit rate. W Enumeration Type RNC UL activity factor of the HSUPA inte Interval Type RNC Threshold of all the HSUPA user PBR Interval Type RNC Length of smoothing filter window Interval Type RNC The minimum number of HSUPA serive Interval Type RNC Successful HSUPA service setup ratio Interval Type RNC UL activity factor of the HSUPA str Interval Type RNC The total HSUPA throughput of all th Interval Type

RNC HSUPA auto retransmit load release Interval Type

RNC HSUPA auto retransmit load trigger Interval Type RNC The cell will shut down automatical Interval Type RNC HSUPA background primary path. Enumeration Type RNC HSUPA background bearing primary Interval Type RNC HSUPA background secondary path Enumeration Type RNC HSUPA background primary secondary Interval Type RNC HSUPA background service uplink f Interval Type RNC HSUPA conversational primary path Enumeration Type RNC HSUPA conversational bearing prima Interval Type RNC HSUPA conversational secondary pa Enumeration Type RNC HSUPA conversational primary secon Interval Type

HSUPA services should exist when the compressed mode is activated.

RNC HSUPA conversational service uplin Interval Type RNC HSUPA high priority interactive bea Interval Type RNC HSUPA high priority interactive pri Interval Type RNC HSUPA interactive service uplink fa Interval Type RNC HSUPA high PRI interactive primary Enumeration Type RNC HSUPA high PRI interactive seconda Enumeration Type RNC HSUPA low PRI interactive primary Enumeration Type RNC HSUPA low PRI interactive seconda Enumeration Type RNC HSUPA middle PRI interactive prim Enumeration Type RNC HSUPA middle PRI interactive seco Enumeration Type RNC HSUPA low priority interactive bear Interval Type RNC HSUPA low priority interactive prim Interval Type RNC This parameter specifies whether the Enumeration Type RNC This parameter specifies the upper t String Type RNC This parameter specifies the lower t String Type RNC HSUPA middle priority interactive b Interval Type RNC HSUPA middle priority interactive p Interval Type RNC This parameter specifies the number Interval Type RNC HSUPA Signal primary path. Enumeration Type RNC HSUPA IMS Signal bearing primary Interval Type RNC HSUPA Signal secondary path. Enumeration Type RNC HSUPA IMS Signal primary secondary Interval Type RNC HSUPA IMS uplink factor. Interval Type RNC HSUPA Signal primary path. Enumeration Type RNC HSUPA Signal bearing primary path Interval Type RNC HSUPA Signal secondary path. Enumeration Type RNC HSUPA Signal primary secondary pat Interval Type RNC HSUPA SRB uplink factor. Interval Type RNC HSUPA streaming primary path. Enumeration Type RNC HSUPA streaming bearing primary pa Interval Type RNC HSUPA streaming secondary path. Enumeration Type RNC HSUPA streaming primary secondary Interval Type RNC HSUPA streaming service uplink fac Interval Type RNC HSUPA Voice primary path. Enumeration Type RNC HSUPA Voice secondary path. Enumeration Type RNC HSUPA voice service uplink factor. Interval Type RNC This parameter specifies the VCI of Interval Type RNC This parameter specifies the VPI of Interval Type

RNC Interval Type

RNC Interval Type

RNC Interval Type

RNC Interval Type

RNC Interval Type

value of this parameter correlates with slow fading. The larger the value of this parameter, the less possibility of ping-pong effect or wrong decision. But the event might not be triggered in time. For the definition, refer to 3GPP TS 25.331.The value of this parameter is ranged from 2 dB to 5 dB. Event 1A is a key event that adds a cell to the active set. To ensure timely handover, the hysteresis of event 1A should be set a little smaller than those of events 1B, 1F, 1C, and 1D. But the difference should not be too large, otherwise the soft handover ratio can be affected. In addition, this parameter is related to filter coefficient and trigger delay.As for the impact on network performance:For the UE that enters the SHO area, increase of the hysteresis means decrease of the SHO area. But for the UE that leaves the SHO area, that means enlarging of the SHO area. If the number of UEs entering the area and the number of UEs leaving the area are equal, the real SHO ratio will not be affected. The larger the value of this parameter, the stronger the capability of resisting signal fluctuation. Thus, the ping-pong effect can be resisted, but the varying of the signal in response to filter coefficient and trigger delay.As for the impact on network performance:For the UE that enters the SHO area, increase of the hysteresis means decrease of the SHO area. But for the UE that leaves the SHO filter coefficient and trigger delay.As for the impact on network performance:For the UE that enters the SHO area, increase of the hysteresis means decrease of the SHO area. But for the UE that leaves the SHO filter coefficient and trigger delay.As for the impact on network performance:For the UE that enters the SHO area, increase of the hysteresis means decrease of the SHO area. But for the UE that leaves the SHO filter coefficient and trigger delay.As for the impact on network performance:For the UE that enters the SHO area, increase of the hysteresis means decrease of the SHO area. But for the UE that leaves the SHO

RNC Interval Type

RNC Interval Type

RNC Interval Type

RNC Interval Type

filter coefficient and trigger delay.As for the impact on network performance:For the UE that enters the SHO area, increase of the hysteresis means decrease of the SHO area. But for the UE that leaves the SHO correlates with slow fading. The larger the value of this parameter, the stronger the capability of resisting signal fluctuation. Thus, the ping-pong effect can be resisted, but the speed of the handover algorithm to respond to signal change becomes lower, and Hysteresis value for the event 2C.The value of this parameter correlates with slow fading.The larger the value of this parameter, the stronger the capability of resisting signal fluctuation. Thus, the ping-pong effect can be resisted, but the speed of the handover algorithm to respond to signal change becomes lower, and therefore event 2B might not be triggered in time. Hysteresis value for the event 2D.The value of this parameter correlates with slow fading. The larger the value of this parameter, the smaller probability of ping-pong effect or wrong decision, but event 2D might not be triggered in time. In periodical report mode, this parameter is used to resist the ping-pong effect of event 2D (the quality of the currently used frequency is lower than the threshold) and event 2F (the estimated quality of the currently used frequency is higher than the threshold). Event 2D is used to enable the compressed mode and event 2F is used to disable the compressed mode. Therefore, Hystfor2D can be increased on the basis of recommended value and inter-frequency handover ping-pong effect statistics. Hystfor2F can also be increased to reduce frequent enabling or disabling of compressed mode and to avoid unnecessary updates of the active set.To set the values of the parameters, you should consider the following factors: radio environment (with slow fading characteristic), actual handover distance, and moving speed of the UE. The value range of this parameter can be 2 dB to 5 dB. In addition, this parameter is related to filter coefficient and trigger delay.

RNC Interval Type

Hysteresis value for the event 2F.The value of this parameter correlates with slow fading. The larger the value of this parameter, the smaller probability of ping-pong effect or wrong decision, but event 2F might not be triggered in time.In periodical report mode, this parameter is used to resist the ping-pong effect of event 2D (the quality of the currently used frequency is lower than the threshold) and event 2F (the estimated quality of the currently used frequency is higher than the threshold). Event 2D is used to enable the compressed mode and event 2F is used to disable the compressed mode. Therefore, Hystfor2D can be increased on the basis of recommended value and inter-frequency handover ping-pong effect statistics. Hystfor2F can also be increased to reduce frequent enabling or disabling of compressed mode and to avoid unnecessary updates of the active set.To set the values of the parameters, you should consider the following factors: radio environment (with slow fading characteristic), actual handover distance, and moving speed of the UE. The value range of this parameter can be 2 dB to 5 dB. In addition, this parameter is related to filter coefficient and trigger delay.

RNC Interval Type

Hysteresis value for the event 3A.The value of this parameter correlates with slow fading. The larger the value of this parameter, the stronger the capability of resisting signal fluctuation. Thus, the ping-pong effect can be avoided, but the speed of the handover algorithm to respond to signal change becomes lower. If the inter-RAT handover hysteresis is set to an excessively high value, the GSM cell to which the UE is handed over must be of good quality. Therefore, the conditions for triggering the inter-RAT handover decision are hard to be satisfied, and the call drop rate increases.The emulation result shows that in a cell where the average moving speed of UEs is high, for example a cell that covers highways, HystforInterRAT can be set to 1.5 dB, because in the cell the terrain is flat and there are few barriers , which causes small shadow fading variation. In a cell where the average moving speed of UEs is low, there are usually many tall buildings, so the shadow fading variation is comparatively big, and HystforInterRAT can be set to 3.0 dB.

RNC Interval Type

Hysteresis value for the event 3C.The value of this parameter correlates with slow fading. The larger the value of this parameter, the stronger the capability of resisting signal fluctuation. Thus, the ping-pong effect can be avoided, but the speed of the handover algorithm to respond to signal change becomes lower. If the inter-RAT handover hysteresis is set to an excessively high value, the GSM cell to which the UE hands over must be of good quality. Therefore, the conditions for triggering the inter-RAT handover decision are hard to be satisfied, and the call drop rate increases.The emulation result shows that in a cell where the average moving speed of UEs is high, for example a cell that covers highways, HystforInterRAT can be set to 1.5 dB, because in the cell the terrain is flat and there are few barriers , which causes a small shadow fading variation. In a cell where the average moving speed of UEs is low, there are usually many tall buildings, so the shadow fading variation is comparatively big, and HystforInterRAT can be set to 3.0 dB.

RNC Interval Type

RNC Interval Type RNC After a connection is established suc Interval Type RNC After a connection is established suc Interval Type RNC The ICMP Packet length include the Interval Type RNC This parameter specifies the ID of th Interval Type RNC Indicating whether the UE in idle mo Enumeration Type RNC Indicating whether the UE in idle m Enumeration Type

This parameter aims to prevent the mis-decision caused by unexpected jitters of signals during inter-RAT handover decisions. The HystforInterRAT and the inter-RAT handover decision threshold determine whether to trigger inter-RAT handovers.The larger the value of this parameter, the stronger the capability of resisting signal fluctuation. Thus, the ping-pong effect can be avoided, but the speed of the handover algorithm to respond to signal change becomes lower. If the inter-RAT handover hysteresis is set to an excessively high value, the GSM cell to which the UE is handed over must be of good quality. Therefore, the conditions for triggering the inter-RAT handover decision are hard to be satisfied, and the call drop rate increases.The emulation result shows that in a cell where the average moving speed of UEs is high, for example a cell that covers highways, HystforInterRAT can be set to 1.5 dB, because in the cell the terrain is flat and there are few barriers , which causes small shadow fading variation. In a cell where the average moving speed of UEs is low, there are usually many tall buildings, so the shadow fading variation is comparatively big, and handover in periodical report mode.This parameter is used to estimate the inter-frequency handover at the RNC. The larger the value of this parameter, the stronger the capability of resisting signal fluctuation. Thus, the ping-pong effect can be resisted, but the speed of the handover algorithm to respond to signal change becomes lower, and therefore event 2B might

RNC Interval Type

the greater this parameter. According to the R regulation, the current serving cell involves in cell selection after the measurement value is added with the hysteresis value. The measurement hysteresis aims to prevent the ping-pong effect of the cell reselection, which is caused by the slow fading when the UE is on the edge of the cell. The ping-pong effect may trigger frequent location updates (idle mode), URA updates (URA_PCH), or cell updates (CELL_FACH, CELL_PCH), and thus increase the load of network signaling and the consumption of UE batteries. Set a proper measurement hysteresis to reduce as much as possible effect of the slow fading as well as ensuring timely cell updates of the UE. According to the CPICH RSCP emulation report of inter-frequency hard handovers, the measurement hysteresis ranges 4 dBm to 5 dBm and is set to 4 dBm by default when the slow fading variance is 8 dB and the relative distance is 20 m. In the cells where the slow fading variance is low and the average moving speed of UEs is high, for example the suburbs and countryside, reduce the measurement hysteresis to guarantee timely location updates of UEs. The higher the measurement hysteresis is, the less

RNC Interval Type

RNC Interval Type

RNC Interval Type RNC Threshold for inter-frequency cell re Interval Type RNC Threshold for intra-frequency cell re Interval Type RNC This parameter is valid when [Cell b Enumeration Type

RNC Interval for sending the POLL messa Interval Type RNC After the coverage based handover su Interval Type RNC CN flow control timer (short). The Interval Type

[Hysteresis 1] will be adopted as the value. This parameter is not configured when its value is 255. According to the R regulation, the current serving cell involves in cell selection after the measurement value is added with the hysteresis value. The measurement hysteresis aims to prevent the ping-pong effect of the cell reselection, which is caused by the slow fading when the UE is on the edge of the cell. The ping-pong effect may trigger frequent location updates (idle mode), URA updates (URA_PCH), or cell updates (CELL_FACH, CELL_PCH), and thus increase the load of network signaling and the consumption of UE batteries. Set a proper measurement hysteresis to reduce as much as possible effect of the slow fading as well as ensuring timely cell updates of the UE. According to the CPICH RSCP emulation report of inter-frequency hard handovers, the measurement hysteresis ranges 4 dBm to 5 dBm and is set to 4 dBm by default when the slow fading variance is 8 dB and the relative distance is 20 m. In the cells where the slow fading variance is low and the average moving speed of UEs is high, for example the suburbs and countryside, reduce the measurement hysteresis to guarantee timely location updates value in cell selection or reselection when the UE is in idle mode. In cell reselection algorithm, this parameter is used for moving the border of a cell. This parameter can be configured by the network planner according to reality. NOTE: In cell reselection algorithm, this parameter is used for moving the border of a cell. This parameter can be configured by the network planner according to reality. NOTE: In FDD mode this parameter is valid only when SIB11 Indicator is

RNC This parameter specifies the numbe Interval Type RNC This parameter specifies the IMA ID Interval Type

RNC This parameter specifies the number Interval Type RNC This parameter specifies the IMA pr Enumeration Type RNC Enumeration Type RNC Enumeration Type RNC The MAC-c on Iub interface will in Interval Type RNC UE IMSI ID. String Type RNC The maximum of one IMSI range. String Type RNC The minimum of one IMSI range. String Type RNC Enumeration Type RNC Maximum of IMSI route parameter Interval Type RNC Minimum of IMSI route parameter Interval Type RNC The MAC-c on Iub interface will in Interval Type RNC If data is not transmitted on the E Enumeration Type RNC This parameter specifies the numbe Enumeration Type RNC This parameter specifies the number Enumeration Type RNC This parameter specifies whether the Enumeration Type RNC This parameter specifies the inhibit Enumeration Type RNC Maximum allowed no-credit time le Interval Type RNC The integrity protection algorithm Bit Field Type RNC The MAC-c on Iub interface will in Interval Type RNC The MAC-c on Iub interface will in Interval Type RNC MBDR switch. Bit Field Type RNC Interval Type

- ON: If the IMS signaling is carried on the DCH, the maximum rate of IMS signaling takes the - HSDPA: Uplink is preferably carried on DCH, and downlink is

the DCH in the downlink, the initial rate takes the larger value between this parameter and the CN-assigned

This parameter is used to set measurement control on the event 2C.

RNC Interval Type

Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to activate compressed mode and start inter-frequency measurement, if the UE reports event 2D when the measured value is smaller than the value of this parameter. For the UE moving at the speed of 5 km/h, it is recommended that this parameter be set to -17 dB; for the UE moving at the speed of 50 km/h, it is recommended that this parameter be set to -14 dB; for the UE moving at the speed of 120 km/h, it is recommended that this parameter be set to -12 dB.For the cell in which the UEs are moving at various speeds, this parameter should be set to -14 dB. Through emulation, the call drop rate remains low for the UEs moving at the speed of 120 km/h when this parameter is set to -14 dB.If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be

RNC Interval Type

signaling to activate compressed mode and start inter-frequency measurement, if the UE reports event 2D when the measured value is smaller than the value of this parameter. For the UE moving at the speed of 5 km/h, it is recommended that this parameter be set to -100 dBm; for the UE moving at the speed of 50 km/h, it is recommended that this parameter be set to -97 dBm; for the UE moving at the speed of 120 km/h, it is recommended that this parameter be set to -93 dBm.For the cell in which the UEs are moving at various speeds, this parameter should be set to -95 dBm. Through emulation, the call drop rate remains low for the UEs moving at the speed of 120 km/h when this parameter is set to -95 dBm.If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be modified according to the link estimate result.Events 2D and 2F are the

RNC Interval Type

This parameter affects the proportion of the UEs in compressed mode active status of a cell and the success rate of the hard handover. To set this parameter, you need to consider the following factors: moving speed of the UE and the cell radius. For CS domain services, when Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to stop the compressed mode and the inter-frequency measurement, if the UE reports event 2F when the measured value is larger than the value of this parameter. If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the

RNC Interval Type RNC This parameter is the relative thres Interval Type

RNC Enumeration Type RNC Enumeration Type

cell and the success rate of the hard handover. To set this parameter, you need to consider the following factors: the moving speed of the UE and the cell radius. For CS domain services, when Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to stop the compressed mode and the inter-frequency measurement, if the UE reports event 2F when the measured value is larger than the value of this parameter. If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the decision standard for events 2D and 2F. If you want to start the compressed mode earlier, set the parameter is the same as the measurement model and intra-frequency measurement. The difference is that the report period for the inter-frequency measurement is 480 ms, whereas the report period for the intra-frequency measurement is 200 ms. In practice, it can be adjusted according to traffic performance measurement.The larger the value of this parameter, the stronger the smoothing effect and the higher the anti-fast-fading capability, but the lower the signal change tracing capability. If the value of this parameter is set too small, based inter-frequency handover.INTER_FREQ_COV_NCOV: coverage-based inter-frequency

RNC Interval Type

For HSPA services, when Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to activate the compressed mode and start inter-frequency measurement, if the UE reports event 2D when the measured value is smaller than the value of this parameter. For the UE moving at the speed of 5 km/h, it is recommended that this parameter be set to -17 dB; for the UE moving at the speed of 50 km/h, it is recommended that this parameter be set to -14 dB; for the UE moving at the speed of 120 km/h, it is recommended that this parameter be set to -12 dB.For the cell in which the UEs are moving at various speeds, this parameter should be set to -14 dB. Through emulation, the call drop rate remains low for the UEs moving at the speed of 120 km/h when this parameter is set to -14 dB.If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be modified according to the link

RNC Interval Type

the RNC sends the signaling to activate the compressed mode and start inter-frequency measurement, if the UE reports event 2D when the measured value is smaller than the value of this parameter. For the UE moving at the speed of 5 km/h, it is recommended that this parameter be set to -100 dBm; for the UE moving at the speed of 50 km/h, it is recommended that this parameter be set to -97 dBm; for the UE moving at the speed of 120 km/h, it is recommended that this parameter be set to -93 dBm.For the cell in which the UEs are moving at various speeds, this parameter should be set to -95 dBm. Through emulation, the call drop rate remains low for the UEs moving at the speed of 120 km/h when this parameter is set to -95 dBm.If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop

RNC Interval Type

This parameter affects the proportion of the UEs in compressed mode active status of a cell and the success rate of the hard handover. To set this parameter, you need to consider the following factors: moving speed of the UE and the cell radius. For HSPA services, when Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to stop the compressed mode and the inter-frequency measurement, if the UE reports event 2F when the measured value is larger than the value of this parameter. If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the

RNC Interval Type RNC Indicating whether the inter-freque Enumeration Type RNC Enumeration Type

RNC Interval Type RNC When it is checked, system supports Enumeration Type RNC Interval Type

cell and the success rate of the hard handover. To set this parameter, you need to consider the following factors: the moving speed of the UE and the cell radius. For HSPA services, when Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to stop the compressed mode and the inter-frequency measurement, if the UE reports event 2F when the measured value is larger than the value of this parameter. If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the decision standard for events 2D and 2F. If you want to start the compressed mode earlier, set the

measurement quantity for event 2C or Inter-Frequency periodical handover is performed when this timer expires, the inter-frequency measurement and the compressed mode (if started) are stopped. The value 0 indicates the timer is not to be enabled.This parameter is used to prevent the long inter-frequency measurement state (compressed mode) due to unavailable measurement of the target cells that meet the handover requirements.Setting the value of this parameter smaller can reduce the long-time impact of the compressed mode on the serving cell. In this case, however, the compressed mode might be stopped earlier and as a This parameter is used to set measurement control on the event 2C.

RNC Interval Type

Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to activate the compressed mode and start inter-frequency measurement, if the UE reports event 2D when the measured value is smaller than the value of this parameter. For the UE moving at the speed of 5 km/h, it is recommended that this parameter be set to -17 dB; for the UE moving at the speed of 50 km/h, it is recommended that this parameter be set to -14 dB; for the UE moving at the speed of 120 km/h, it is recommended that this parameter be set to -12 dB.For the cell in which the UEs are moving at various speeds, this parameter should be set to -14 dB. Through emulation, the call drop rate remains low for the UEs moving at the speed of 120 km/h when this parameter is set to -14 dB.If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be

RNC Interval Type

signaling to activate the compressed mode and start inter-frequency measurement, if the UE reports event 2D when the measured value is smaller than the value of this parameter. For the UE moving at the speed of 5 km/h, it is recommended that this parameter be set to -100 dBm; for the UE moving at the speed of 50 km/h, it is recommended that this parameter be set to -97 dBm; for the UE moving at the speed of 120 km/h, it is recommended that this parameter be set to -93 dBm.For the cell in which the UEs are moving at various speeds, this parameter should be set to -95 dBm. Through emulation, the call drop rate remains low for the UEs moving at the speed of 120 km/h when this parameter is set to -95 dBm.If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be modified according to the link estimate result.Events 2D and 2F are the

RNC Interval Type

This parameter affects the proportion of the UEs in compressed mode active status of a cell and the success rate of the hard handover. To set this parameter, you need to consider the following factors: moving speed of the UE and the cell radius. For PS domain services, when Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to stop the compressed mode and the inter-frequency measurement, if the UE reports event 2F when the measured value is larger than the value of this parameter. If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the

RNC Interval Type RNC Enumeration Type

cell and the success rate of the hard handover. To set this parameter, you need to consider the following factors: the moving speed of the UE and the cell radius. For PS domain services, when Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to stop the compressed mode and the inter-frequency measurement, if the UE reports event 2F when the measured value is larger than the value of this parameter. If the cell is a macro cell, it means that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it means that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the decision standard for events 2D and 2F. If you want to start the compressed mode earlier, set the handover .SIMINTERFREQRAT: measuring both inter-frequency and inter-RAT

RNC Enumeration Type RNC This parameter is used to increase t Interval Type RNC This parameter is the relative thres Interval Type RNC This parameter specifies whether in Enumeration Type RNC This parameter specifies whether in Enumeration Type RNC MBDR switch. Bit Field Type

frequency trigger threshold". ) The reason is that event 2B cannot change from event-triggered mode to periodical mode and cannot reattempt if the non-handover attempt fails, unless this cell can trigger event 2B again.The advantage of event-triggered report mode is that the signaling transmission and processing load are saved. Comparing the signal quality between intra-frequency and inter-frequency handovers, the ping-pong effect in handover is prevented to some extent. The disadvantage of event-triggered report mode is that the event is reported only once and cannot be changed to periodical mode. If the handover fails, the periodical report is triggered only by the internal timer. For the cell-oriented algorithm parameters, each time when the best cell is updated, the inter-frequency measurement parameters should be updated accordingly.- Periodical report modeUse event 2D/2F to start and stop the compressed mode, and to report the inter-frequency cell measurement result during the compressed mode period. When the cell quality reported by the UE is higher than the absolute threshold plus hysteresis, start the trigger delay timer. If the conditions are always met before the timer

RNC Interval Type

5 km/h, it is recommended that this parameter be set to -17 dB; for the UE moving at the speed of 50 km/h, it is recommended that this parameter be set to -14 dB; for the UE moving at the speed of 120 km/h, it is recommended that this parameter be set to -12 dB.For the cell in which the UEs are moving at various speeds, this parameter should be set to -14 dB. Through emulation, the call drop rate remains lower for the UEs moving at the speed of 120 km/h when this parameter is set to -14 dB.If the cell is a macro cell, it indicates that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it indicates that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the decision standard for events 2D and 2F. If you want to start the

RNC Interval Type

measurement with measurement quantity of RSCP for CS domain services. For CS domain services, when RSCP is used as the measurement quantity for inter-RAT measurement, the RNC sends the signaling to activate compressed mode and start inter-RAT measurement, if the UE reports the event 2D when the measured value is smaller than the value of this parameter.If you want to start the compressed mode earlier, set the threshold for event 2D larger. Otherwise, set the threshold for event 2D smaller; if you want to reduce the ping-pong effect of starting and stopping the compressed mode, set the difference between events 2D and 2F larger.In most cases, UEs want to be maintained within a 3G network. Thus, the start threshold of the inter-RAT measurement is set smaller than that of the inter-frequency measurement. This facilitates the triggering of the inter-frequency handover. For scenarios where no inter-frequency neighboring cells or where inter-frequency coverage is not ample, the inter-RAT measurement start threshold should be set relatively larger so as to facilitate the triggering of inter-RAT measurement. Thus, call drops

RNC Interval Type

RNC Interval Type RNC This parameter is the relative thres Interval Type

parameter affects the proportion of the UEs in compressed mode active status of a cell and the success rate of the hard handover. To set this parameter, you need to consider the following factors: the speed of the UE and the cell radius. For CS domain services, when Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to stop the compressed mode and the inter-frequency measurement, if the UE reports event 2F when the measured value is larger than the value of this parameter. If the cell is a macro cell, it indicates that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it indicates that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the services. For CS domain services, when RSCP is used as the measurement quantity for inter-RAT measurement, the RNC sends the signaling to deactivate compressed mode and stop inter-RAT measurement, if the UE reports the


RNC Interval Type RNC This parameter specifies whether th Enumeration Type

smoothing effect and the higher the anti-fast-fading capability, but the lower the signal change tracing capability. If the value of this parameter is set too small, unnecessary inter-system handovers may occur.The parameter has the same physical meaning and measurement model as the inter-frequency measurement L3 filter coefficient. The report period is 480 ms. For specific analysis, refer to the intra-frequency measurement layer 3 filter coefficients and inter-frequency measurement layer 3 filter coefficients.The recommended values of the inter-RAT measurement layer 3 filter coefficients in different cells are as follows:-In cells where the average moving speed of UEs is low, there is a comparatively big shadow fading square error, so the recommended value of inter-RAT measurement layer 3 filter coefficients is 4. The value can be increased in a certain degree; -In cells where the average moving speed of UEs is medium, there is a comparatively big shadow fading square error, so the recommended value of inter-RAT measurement layer 3 filter coefficients is 3; -In cells where the average moving speed of UEs is high, there is a inter-RAT handovers.This parameter specifies the maximum number of attempts for the RNC to perform inter-RAT handovers after a non-coverage-based inter-RAT handover failure. The handover attempts should involve the target cells that have not

RNC Interval Type RNC This parameter specifies the type o Enumeration Type

assessment of inter-RAT coverage handover, namely as Tother_RAT in the following formulas. The inter-RAT handover decision thresholds are the absolute thresholds (RSSI) of inter-RAT cell quality for the inter-RAT handover decision.If the quality of another RAT in the inter-RAT measurement report meets the following condition:Mother_RAT + CIO >= Tother_RAT + H/2 the system starts the trigger timer and implements the handover decision after timeout. If the quality of the preceding RAT meets the following condition before timeout:Mother_RAT + CIO < Tother_RAT - H/2 The system stops the timer, and the RNC waits for another inter-RAT measurement report.In which, Mother_RAT indicates the measurement result of the GSM RSSI; Tother_RAT indicates the inter-RAT handover decision threshold; Cell Individual Offset (CIO) indicates the offset of the inter-RAT cell; H represents the hysteresis. Hysteresis can reduce wrong decisions caused by signal jitters. The sensitivity of a GSM mobile phone is -102 dBm, so the outdoor reception level should not be lower

RNC Interval Type

5 km/h, it is recommended that this parameter be set to -17 dB; for the UE moving at the speed of 50 km/h, it is recommended that this parameter be set to -14 dB; for the UE moving at the speed of 120 km/h, it is recommended that this parameter be set to -12 dB.For the cell in which the UEs are moving at various speeds, this parameter should be set to -14 dB. Through emulation, the call drop rate remains lower for the UEs moving at the speed of 120 km/h when this parameter is set to -14 dB.If the cell is a macro cell, it indicates that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it indicates that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the decision standard for events 2D and 2F. If you want to start the

RNC Interval Type

measurement with measurement quantity of RSCP for HSDPA services. For non-HSDPA services, when RSCP is used as the measurement quantity for inter-RAT measurement, the RNC sends the signaling to activate compressed mode and start inter-RAT measurement, if the UE reports the event 2D when the measured value is smaller than the value of this parameter. If you want to start the compressed mode earlier, set the threshold for event 2D larger. Otherwise, set the threshold for event 2D smaller; if you want to reduce the ping-pong effect of starting and stopping the compressed mode, set the difference between events 2D and 2F larger.In most cases, UEs want to be maintained within a 3G network. Thus, the start threshold of the inter-RAT measurement is set smaller than that of the inter-frequency measurement. This facilitates the triggering of the inter-frequency handover. For scenarios where no inter-frequency neighboring cells or where inter-frequency coverage is not ample, the inter-RAT measurement start threshold should be set relatively larger so as to facilitate the triggering of inter-RAT measurement. Thus, call drops

RNC Interval Type

RNC Interval Type

This parameter affects the proportion of the UEs in compressed mode active status of a cell and the success rate of the hard handover. To set this parameter, you need to consider the following factors: the speed of the UE and the cell radius. For HSPA services, when Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to stop the compressed mode and the inter-frequency measurement, if the UE reports event 2F when the measured value is larger than the value of this parameter. If the cell is a macro cell, it indicates that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it indicates that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the services. For HSDPA services, when RSCP is used as the measurement quantity for inter-RAT measurement, the RNC sends the signaling to deactivate compressed mode and stop inter-RAT measurement, if the

RNC Interval Type RNC When it is checked, system supports Enumeration Type

Timer length for inter-RAT measurement.After inter-RAT measurement starts, if no inter-RAT handover is performed when this timer times out, the inter-RAT measurement is stopped. In addition, the compressed mode is deactivated, if any; If the value is 0, you can infer that the inter-RAT measurement timer is not started.To set this parameter, you need to consider the following factors:This parameter aims to prevent that the handover conditions are not met and the compressed mode is kept for a long time when the UE does not move or is moving in a low speed. The service quality is adversely affected and the total available capacity decreases if the compressed mode is kept for a long time.Most inter-RAT handovers can be finished within 60 s.As for the impact on network performance,If the InterRATMeasTime is excessively low, the UE cannot finish inter-RAT handovers. If InterRATMeasTime is excessively high, it cannot help improve the service quality. In actual networks, statistics can be made to obtain the delay for a successful inter-RAT handover so as to get a proper value of InterRATMeasTime that satisfies most UEs.

RNC Interval Type

assessment of inter-RAT coverage handover, namely as Tother_RAT in the following formulas. The inter-RAT handover decision thresholds are the absolute thresholds (RSSI) of inter-RAT cell quality for the inter-RAT handover decision.If the quality of another RAT in the inter-RAT measurement report meets the following condition:Mother_RAT + CIO >= Tother_RAT + H/2 the system starts the trigger timer and implements the handover decision after timeout. If the quality of the preceding RAT meets the following condition before timeout:Mother_RAT + CIO < Tother_RAT - H/2 The system stops the timer, and the RNC waits for another inter-RAT measurement report.In which, Mother_RAT indicates the measurement result of the GSM RSSI; Tother_RAT indicates the inter-RAT handover decision threshold; Cell Individual Offset (CIO) indicates the offset of the inter-RAT cell; H represents the hysteresis. Hysteresis can reduce wrong decisions caused by signal jitters. The sensitivity of a GSM mobile phone is -102 dBm, so the outdoor reception level should not be lower


RNC Interval Type

RNC Interval Type

interval between two reports is the configured value. That is, the UE submits reports at intervals of the configured time. The value "NON_PERIODIC_REPORT" is, however, not recommended. In this setting, the UE behavior is not defined.Because the GSM RSSI measurement period is 480 ms, the inter-RAT periodical report interval should be longer than 480 ms. If InterPeriodReportInterval is excessively high, the handover judging time will be long, and handovers will be slower.The InterPeriodReportInterval is adjusted according to the configured GSM RSSI measurement compressed mode sequence. According to the current configured GSM RSSI measurement compressed mode sequence, the RSSI measurement of eight GSM cells can be finished in 480 ms, so the RSSI measurement of 16 GSM cells can be finished in 1000 ms. According to the protocol, not more than 32 inter-RAT neighboring cells exist, so the InterPeriodReportInterval can be set to 2000 ms if neighboring GSM cells exceeds 16.This parameter has impact on the Uu signaling flow. If the interval is too short and the frequency is too high, the RNC may have burden in processing signaling. If the interval

Threshold of Inter-RAT handover failure due to physical channel failure. When the times of Inter-RAT handover failures due to physical channel failure exceeds the threshold, UE will be turned into penalty state. And no try of Inter-Rat handover will be taken until penalty finishes.Also see parameter PenaltyTimeForInterRatPhyChFail.

3G network, the system increase 3A Hysteresis to prevent UE ping-pong handover between the 2G network and the 3G network in the period specified by this parameter. During the penalty time, the previous periodical report will be changed to the event 3A report. If this

RNC Interval Type

RNC Interval Type

3G network, the system increase 3A Hysteresis to prevent UE ping-pong handover between the 2G network and the 3G network in the period specified by this parameter. During the penalty time, the previous periodical report will be changed to the event 3A report. If this 5 km/h, it is recommended that this parameter be set to -17 dB; for the UE moving at the speed of 50 km/h, it is recommended that this parameter be set to -14 dB; for the UE moving at the speed of 120 km/h, it is recommended that this parameter be set to -12 dB.For the cell in which the UEs are moving at various speeds, this parameter should be set to -14 dB. Through emulation, the call drop rate remains lower for the UEs moving at the speed of 120 km/h when this parameter is set to -14 dB.If the cell is a macro cell, it indicates that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it indicates that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the decision standard for events 2D and

RNC Interval Type

measurement with measurement quantity of RSCP for PS domain non-HSDPA services. For PS domain HSDPA services, when RSCP is used as the measurement quantity for inter-RAT measurement, the RNC sends the signaling to activate compressed mode and start inter-RAT measurement, if the UE reports the event 2D when the measured value is smaller than the value of this parameter. If you want to start the compressed mode earlier, set the threshold for event 2D larger. Otherwise, set the threshold for event 2D smaller; if you want to reduce the ping-pong effect of starting and stopping the compressed mode, set the difference between events 2D and 2F larger.In most cases, UEs want to be maintained within a 3G network. Thus, the start threshold of the inter-RAT measurement is set smaller than that of the inter-frequency measurement. This facilitates the triggering of the inter-frequency handover. For scenarios where no inter-frequency neighboring cells or where inter-frequency coverage is not ample, the inter-RAT measurement start threshold should be set relatively larger so as to facilitate the triggering of inter-RAT measurement. Thus, call drops

RNC Interval Type

RNC Interval Type

This parameter affects the proportion of the UEs in compressed mode active status of a cell and the success rate of the hard handover. To set this parameter, you need to consider the following factors: the speed of the UE and the cell radius. For PS domain HSPA services, when Ec/No is used as the measurement quantity for inter-frequency measurement, the RNC sends the signaling to stop the compressed mode and the inter-frequency measurement, if the UE reports event 2F when the measured value is larger than the value of this parameter. If the cell is a macro cell, it indicates that micro cells exist in this cell. To enable the traffic absorption function of the micro cells, the compressed mode start threshold should be set higher and the stop threshold be set lower, that is, the threshold for event 2D/2F be set higher by using CPICH RSCP.If the cell is a micro cell, it indicates that the default value should be modified according to the link estimate result.Events 2D and 2F are the compressed mode start and stop switches. When the cell is located in the center of the frequency coverage or the inter-frequency measurement quantity is set to BOTH, Ec/No serves as the non-HSDPA services. For PS domain non-HSDPA services, when RSCP is used as the measurement quantity for inter-RAT measurement, the RNC sends the signaling to deactivate compressed mode and stop inter-RAT measurement, if the UE

RNC Enumeration Type RNC This parameter is used to increase t Interval Type RNC This parameter is the relative thres Interval Type RNC This parameter specifies the interva Interval Type

mode to periodical mode and cannot reattempt if the handover attempt fails, unless this cell can trigger event 3A again.The advantage of event-triggered report mode is that signaling transmission is reduced and the load is shared. By comparing the signal quality between the current frequency and inter-RAT frequency, the ping-pong effect in the handover is prevented to some extent. The disadvantage of event-triggered report mode is that the event is reported only once and cannot be changed to periodical mode. If the handover fails, the periodical report is triggered only by the internal timer. For the cell-oriented algorithm parameters, each time the best cell is updated, the inter-frequency measurement parameters should be updated accordingly.

-Periodical report modeWhen the quality of the GSM cell reported by the UE is higher than the inter-RAT event 2D absolute threshold + hysteresis, it starts the delay trigger timer. If the quality of the GSM cell satisfies the requirement throughout the duration of the timer, the system starts the inter-RAT handover after the time-out.The GSM cells of which the BSIC

RNC Interval Type

absolute threshold of event 1F in the SHO algorithm, corresponding to the guarantee signal strength with QoS of basic service. The parameter affects the triggering of event 1F.Event 1F is used to trigger the emergency blind handover. If the best cell of the active set reports event 1F, which means that the active cell is very poor quality, then the blind handover is triggered as the last attempt before call drop.The emergency blind handover is a special occasion that requires on-site measurements on the scope of the pilot strength of the best cell at the location where the blind handover is triggered. Generally, this function need not be started, so the parameter is set to the lowest value by default, indicating that the blind handover is not triggered.The larger the set value is, the more easily the event 1F can be triggered. The smaller the set value is, the more difficultly the event 1F can be triggered. For the definition of event 1F, refer to 3GPP TS 25.331.As for the impact on network performance:The higher the threshold is, the more easily the event 1F can be triggered. The lower the threshold is, the more difficult the event 1F can be triggered. In real situations, the threshold can be adjusted according to the handover strategy

RNC Interval Type

absolute threshold of event 1F in the SHO algorithm, corresponding to the guarantee signal strength with the QoS of basic service. The parameter affects the triggering of event 1F.Event 1F is used to trigger the emergency blind handover. If the best cell of the active set reports event 1F, which means that the active cell is very poor quality, then the blind handover is triggered as the last attempt before call drop.The emergency blind handover is a special occasion that requires on-site measurements on the scope of the pilot strength of the best cell at the location where the blind handover is triggered. Generally, this function need not be started, so the parameter is set to the lowest value by default, indicating that the blind handover is not triggered.The larger the set value is, the more easily the event 1F can be triggered. The smaller the set value is, the more difficultly the event 1F can be triggered. For the definition of event 1F, refer to 3GPP TS 25.331.As for the impact on network performance:The higher the threshold is, the more easily the event 1F can be triggered. The lower the threshold is, the more difficult the event 1F can be triggered. In real situations, the threshold can be adjusted according to the handover strategy


RNC Identifying the period of the Intra- Interval Type RNC Indicating whether the intra-freque Enumeration Type

RNC This parameter specifies the intra-f Enumeration Type RNC When it is checked, system support Enumeration Type RNC Relative threshold of the event 1A. T Interval Type

Here,Fn: the updated filtered measurement result Fn - 1: the old filtered measurement result Mn: the latest received measurement result from physical layer measurements a = (1/2)(k/2). When a is set to 1, this means L3 filtering will not be applied. L3 filtering should be able to filter as much random impulse as possible. Thus the filtered measurement value can reflect the varying of the actual measurement value. The input measurement value to L3 filter has been filtered by L1 filter, where the impact of fast fading is almost eliminated. So the L3 filtering should apply smooth filtering to shadow fading and small amount of remaining fast fading, thus providing more reliable measurement value for event judgement.As for the impact on network performance:the larger the value of this parameter, the stronger the smoothing effect and the higher the anti-fast-fading capability, but the lower the signal tracing capability, the greater the possibility of call drops. If the value of this parameter is too small, unnecessary soft handover or the ping-pong

RNC Interval Type

The value of this parameter determines the SHO area and SHO ratio. For the CDMA system, the ratio of the UE involved in soft handover should reach 30% to 40% to ensure smooth handover. Based on simulation results, when the relative threshold is set to 5 dB, the ratio of the UE involved in soft handover (the number of cells in the active set is at least 2) is approximately 35%. It is recommended to set the relative threshold a little higher (5 dB to 7 dB) during site deployment, and to reduce the threshold when the users increase. But the threshold must be higher than 3 dB to avoid the ping-pong handover.In some specific applications, you can set different relative thresholds for event 1A and event 1B to reduce the ping-pong effect and the soft handover ratio. For example, if the ping-pong effect cannot be curbed by adjusting the hysteresis values for event 1A and event 1B, you can curb it by setting a higher relative threshold for event 1B than that for event 1A. In general applications, however, the relative thresholds for event 1A and 1B should be equal, and you can curb the ping-pong effect through the time-to-trigger, L3 filtering coefficient, and hysteresis.As for the impact on network performance:

RNC Interval Type

determines the SHO area and SHO ratio. For the CDMA system, the ratio of the UE involved in soft handover should reach 30% to 40% to ensure smooth handover. Based on simulation results, when the relative threshold is set to 5 dB, the ratio of the UE involved in soft handover (the number of cells in the active set is at least 2) is approximately 35%. It is recommended to set the relative threshold a little higher (5 dB to 7 dB) during site deployment, and to reduce the threshold when the users increase. But the threshold must be higher than 3 dB to avoid the ping-pong handover.In some specific applications, you can set different relative thresholds for event 1A and event 1B to reduce the ping-pong effect and the soft handover ratio. For example, if the ping-pong effect cannot be curbed by adjusting the hysteresis values for event 1A and event 1B, you can curb it by setting a higher relative threshold for event 1B than that for event 1A. In general applications, however, the relative thresholds for event 1A and 1B should be equal, and you can curb the ping-pong effect through the time-to-trigger, L3 filtering coefficient, and hysteresis.As for the impact on network performance:

RNC Interval Type RNC Relative threshold of the event 1B. T Interval Type


RNC Interval Type


RNC Interval Type RNC CN flow control timer (long). If th Interval Type RNC This parameter specifies the local IP Address Type

RNC This parameter specifies the local IP IP Address Type RNC This parameter specifies the next ho IP Address Type RNC Local IP address. It must be address IP Address Type RNC It specifies whether to enable the I Enumeration Type RNC This parameter specifies whether to Enumeration Type

RNC This parameter specifies the index o Interval Type RNC This parameter specifies whether to b Enumeration Type RNC This parameter specifies the logica Interval Type RNC This parameter specifies the number Interval Type


RNC This parameter specifies the number Interval Type RNC Indicating whether the Iub interface Enumeration Type

RNC This parameter specifies whether an Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC Indicating whether the UE allocated Enumeration Type RNC This parameter specifies whether the Enumeration Type RNC Is first class transport resource grou Enumeration Type

RNC Enumeration Type RNC This parameter specifies the flag of Enumeration Type RNC This parameter specifies whether to Enumeration Type RNC To determine whether the node is Enumeration Type

RNC Interface type. Enumeration Type RNC When the Iu interface is faulty, the Interval Type RNC Number of RABs selected in one DL t Interval Type RNC Number of RABs selected in one UL t Interval Type RNC A timer to Iu CS Release protection. Interval Type RNC A timer to Iu PS Release protection. Interval Type RNC Indicating whether to support conges Enumeration Type

This parameter specifies whether the MAC-hs window size is fixed.- If this parameter is set to TRUE, the MAC-hs window size is fixed. - If this parameter is set to FALSE, the MAC-hs window size is flexible.

RNC Indicating whether to config neigh Enumeration Type RNC Indicating whether to support Hsdpa Enumeration Type RNC Indicating whether to support Hsupa Enumeration Type RNC Iu signaling connection identifier a Interval Type RNC Iu State Policy For RncPool. Enumeration Type RNC This parameter specifies the expecte Enumeration Type RNC This parameter specifies the expecte String Type RNC This parameter specifies the TX type Enumeration Type RNC This parameter specifies the TX valu String Type RNC This parameter specifies the expecte Enumeration Type RNC This parameter specifies the expecte String Type RNC This parameter specifies the TX type Enumeration Type RNC This parameter specifies the TX valu String Type

RNC This parameter specifies the expecte Enumeration Type

RNC This parameter specifies the expect String Type

RNC This parameter specifies the J2 TX t Enumeration Type

RNC This parameter specifies the J2 trans String Type RNC This parameter specifies whether the Enumeration Type

RNC Timer of waiting for STAT response Interval Type RNC This parameter specifies whether the Enumeration Type RNC The Period of KPI Alarm Check,it's Enumeration Type RNC RRC Report KPI Alarm Switch. Enumeration Type

RNC Identifying a location area code for Interval Type RNC This parameter specifies the antenna Interval Type RNC This parameter specifies the antenna String Type RNC This parameter specifies the period Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the thresho Interval Type RNC This parameter specifies the filter m Interval Type RNC This parameter specifies the filter m Interval Type RNC This parameter specifies the type o Enumeration Type

RNC Length of smoothing filter window o Interval Type


RNC This parameter specifies the downli Interval Type

RNC This parameter specifies the downl Interval Type RNC This parameter specifies the thresh Interval Type RNC This parameter specifies the thresh Interval Type


RNC Enumeration Type RNC This parameter specifies the thresh Interval Type

algorithm will be applied.- Power: Power(Downlink none-HSDPA power is used for services carried on DCH, and downlink HSDPA guarantee power is used for services carried on HS-DSCH)will be applied to the load balancing DRD algorithm.- UserNumber: User number(Downlink R99 equivalent user number is used for services carried on DCH, and downlink HSDPA user number is used for services carried on HS-DSCH)will

- ON: The load balancing DRD algorithm will be applied.(If cell-level DRD parameters are configured, the status of cell level - ON: The load balancing DRD algorithm will be applied.(If cell-level DRD parameters are configured, the status of cell level

RNC Bit Field Type RNC FALSE means not considering the cod Enumeration Type RNC Code resource usage difference thresh Interval Type RNC Enumeration Type RNC Enumeration Type

RNC Interval Type RNC Enumeration Type RNC Enumeration Type

RNC Path Load EQ threshold Table Index Interval Type RNC Index of the load EQ used by the cur Interval Type RNC Index of the load EQ used by the cur Interval Type RNC Index of the load EQ used by the curr Interval Type

Content: The values above represent the following algorithms:NODEB_CREDIT_LDR_SWITCH: NodeB credit congestion control algorithm. This is an RNC-oriented algorithm. When NodeB creadit load is heavy, the load can be reshuffled through BE service rate reduction, renegotiation of uncontrollable real-time service QoS, and CS/PS inter-RAT handover.LCG_CREDIT_LDR_SWITCH: Local cell group credit congestion control algorithm. This is an RNC-oriented algorithm. When the local cell group creadit load is heavy, the load can be reshuffled through BE service rate reduction, renegotiation of uncontrollable real-time service QoS, and CS/PS inter-RAT handover.LC_CREDIT_LDR_SWITCH: Local cell credit congestion control algorithm. This is an RNC-oriented algorithm. When the local cell creadit load is heavy, the load can be reshuffled through BE service rate reduction, renegotiation of uncontrollable real-time service QoS, and CS/PS inter-RAT handover.If NODEB_CREDIT_LDR_SWITCH, LCG_CREDIT_LDR_SWITCH and LC_CREDIT_LDR_SWITCH are selected, the corresponding algorithms are enabled; otherwise,

IUBLDR refers to processing of LDR action trigged by Iub bandwidth. CREDITLDR refers to IUBLDR refers to processing of LDR action trigged by Iub bandwidth. CREDITLDR refers to the parameter value is excessively high, the LDR action may be executed rarely, failing to lower the load timely.IUBLDR refers to processing of LDR action trigged by Iub bandwidth. CREDITLDR refers to IUBLDR refers to processing of LDR action trigged by Iub bandwidth. CREDITLDR refers to

RNC M3UA local entity indexes and M3UA Interval Type RNC This parameter specifies the status Enumeration Type RNC This parameter specifies the priorit Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the logical Enumeration Type

RNC Enumeration Type RNC This parameter specifies the logic fu Enumeration Type RNC This parameter specifies the numbe Interval Type RNC DL SF threshold to limit CM. When D Enumeration Type RNC When the BE service rate of the UE d Enumeration Type RNC This parameter specifies the lower li String Type


This parameter specifies the logical function type.UCP:UMTS RNC Control plane ProcessRUCP:Resource Management and UMTS RNC Control plane ProcessUUP:UMTS RNC User plane Process

This parameter specifies the coding scheme of the line.1. HDB3 and AMI are applicable to E1 links, and B8ZS and AMI_ZCS are applicable to T1 links.2. The setting of this parameter should be consistent with that at the peer end.

RNC This parameter specifies the number Interval Type

RNC Link work mode,Reference to RFC4 Enumeration Type

RNC Used for MTP3 link load sharing. S Enumeration Type RNC This parameter specifies the frame st Enumeration Type

RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the local IP IP Address Type RNC This parameter specifies the local IP Address Type RNC This parameter specifies the source I IP Address Type

RNC Uniquely identifying a local cell. F Interval Type RNC First local IP address. 0 indicates an IP Address Type RNC Second local IP address. 0 indicates IP Address Type RNC Local port of the SCTP link. Interval Type

RNC This parameters specifies the load k Enumeration Type RNC This field indicate whether the SCTP Enumeration Type RNC No. of the logic port of the SCTP Li Interval Type RNC Slot No. of the logic port of the SCT Interval Type RNC This parameter specifies the antenna Interval Type RNC This parameter specifies the antenna String Type

RNC This parameter specifies the loopbac Enumeration Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type


RNC This parameter specifies the number Interval Type RNC Slot No. of the IP logic port of the I Interval Type RNC This parameter specifies the type o Enumeration Type RNC This parameter specifies whether to s Enumeration Type

RNC This parameter specifies whether to s Enumeration Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the numbe Interval Type RNC This parameter specifies the numbe Interval Type RNC This parameter specifies the VCI o Interval Type RNC This parameter specifies the VPI o Interval Type RNC This parameter specifies the number Interval Type RNC This parameter defines the times of Interval Type RNC This parameter specifies the DTX c Enumeration Type RNC This parameter specifies the period Enumeration Type RNC This parameter specifies the maxim Interval Type RNC This parameter specifies the maxim Interval Type

RNC This parameter specifies an MA. Interval Type

RNC SAAL, SCTP. For detailed informati Enumeration Type RNC This parameter specifies the name String Type

RNC Bit Field Type RNC SRNTI mask to be reset. Enumeration Type RNC This parameter specifies the subnet IP Address Type RNC This parameter specifies the subnet IP Address Type RNC This parameter specifies the subne IP Address Type RNC This parameter specifies the subnet IP Address Type RNC This parameter specifies the subnet IP Address Type RNC This parameter specifies the subnet IP Address Type

RNC The maximum allowed uplink transmit Interval Type RNC This parameter indicates whether t Enumeration Type

MAP_INTER_RAT_PS_IN_CHANLE_LIMIT_SWITCH: When the switch is on, the PS services are transmitted on the DCH during the 2G-to-3G handover. When the switch is not on, the PS services can be transmitted on suitable channels according to the algorithm parameter configured for the RNC during the 2G-to-3G handover.3) MAP_PS_BE_ON_E_FACH_SWITCH: When the switch is on, the PS BE services can be transmitted on the E-FACH.4) MAP_PS_STREAM_ON_E_FACH_SWITCH: When the switch is on, the PS streaming services can be transmitted on the E-FACH.5) MAP_PS_STREAM_ON_HSDPA_SWITCH: When the switch is on, a PS streaming service is mapped on the HS-DSCH if the DL maximum rate of the service is greater than or equal to the HSDPA threshold for streaming services. 6) MAP_PS_STREAM_ON_HSUPA_SWITCH: When the switch is on, a PS streaming service is mapped on the E-DCH if the UL maximum rate of the service is greater than or equal to the HSUPA threshold for streaming services. 7) MAP_SRB_6800_WHEN_RAB_O

RNC Interval Type

RNC Interval Type RNC If the number of the association re Interval Type RNC Interval Type RNC This parameter specifies the maximu Interval Type RNC This parameter specifies the maximum Interval Type RNC This parameter specifies the maximum Interval Type

RNC This parameter specifies the maxim Interval Type

RNC Maximum numbers of incoming calls i Interval Type

RNC Maximum numbers of incoming calls i Interval Type RNC Maximum number of retransmissions Interval Type

RNC Interval Type RNC Max common channel priority supp Enumeration Type RNC This parameter specifies the maximu Interval Type RNC This parameter determines the maxim Interval Type RNC This parameter specifies the maxim Interval Type

Maximum coverage of the cell antenna.This is controlled by MTRLGY and valid when MET~0(metric system).

This parameter specifies the maximum coverage of the cell antenna.This is controlled by MTRLGY and valid when IMP~1(British measurement).

maximum number of attempts for the RNC to perform inter-freq handover after inter-freq handover

the smaller the intra-frequency interference is. But in this case, the user occupies resources of several cells, which increases the amount of data to be processed by the system and lowers the system performance.To reduce intra-frequency

RNC Maximum number of users supporte Interval Type RNC The offset between the FACH transmi Interval Type RNC Maximum Frame Length. Interval Type RNC Maximum number of satellites whos Interval Type RNC Maximum number of users supported Interval Type RNC Maximum number of users supported Interval Type

RNC Max allowed number of continuous in Interval Type

RNC The parameter value must be great Interval Type RNC This parameter specifies the maxim Interval Type RNC Maximum number of retransmitted P Interval Type RNC If the number of the path retransmi Interval Type RNC Maximum TX power of the PCPICH in a Interval Type

RNC Maximum number of data that can be Interval Type

RNC Maximum queue time of users. When a u Interval Type

RNC This parameter specifies the maxi Interval Type RNC The parameter specifies the target v Interval Type RNC This parameter specifies the maximum Interval Type

RNC Sum of the maximum transmit power o Interval Type RNC The maximum UL transmit power for b Interval Type RNC Maximum UL transmit power for conve Interval Type RNC The maximum UL transmit power for t Interval Type RNC Maximum UL transmit power for the s Interval Type RNC This parameter specifies the number Interval Type


TRUE indicates that the MBDR cell priority is valid in the cell-oriented measurement-based DRD algorithm, and the cell can be considered as the measurement object. FALSE indicates that the

RNC Interval Type RNC This parameter specifies the index o Interval Type RNC This parameter specifies the local I IP Address Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC Activity factor of the MBMS service Interval Type RNC MBMS common channel service down Interval Type RNC Indicating whether the CCH carrie Enumeration Type RNC When the priority of the RAB of MBMS Interval Type RNC A timer used to alarm for no mbms Interval Type RNC ON denotes enabling of the MBMS Iu Enumeration Type RNC Mobile country code of the RNC. String Type RNC Mobile network code of the RNC. String Type RNC It is an indicator of MBMS neighbori Enumeration Type RNC Interval Type RNC Indicating whether MBMS is suppor Enumeration Type RNC This parameter specifies the uplink Enumeration Type

RNC MBMS SA ID. For detailed informati Interval Type RNC MBMS Service Identity. Interval Type RNC ON denotes enabling of the MBMS f Enumeration Type RNC The total MBMS throughput of all the Interval Type

RNC This parameter specifies the trans Enumeration Type RNC This parameter specifies the maximu Interval Type

RNC Mobile country code of the RNC. String Type

MBDRFlag parameter is set to TRUE. The lower the priority, the easier it is for the MBDR cell to be delivered as the measurement object. For example, it is more possible for a MBDR cell of

an action is performed in each [OLC period] and some services are

RNC This parameter specifies the coeffi Interval Type

RNC This parameter specifies the coeffi Interval Type

RNC This parameter specifies the coeffic Interval Type RNC This parameter specifies the priori Interval Type RNC This parameter specifies the minimum Interval Type

RNC This parameter specifies an MD. Interval Type RNC This parameter specifies the name String Type


RNC This parameter specifies an MEP in Interval Type RNC This parameter specifies the number Interval Type

RNC This parameter specifies the type Enumeration Type RNC This parameter specifies the MP/MC Enumeration Type RNC ID of the MICH. Interval Type RNC TX power of the MICH. The greater t Interval Type RNC The value indicates whether the MIC Enumeration Type RNC This parameter specifies the minim Interval Type RNC Min common channel priority supp Enumeration Type RNC This parameter specifies the minim Enumeration Type RNC This parameter specifies the minimu Interval Type

RNC This parameter is valid when the cor Interval Type

CPICH_Ec/No indicates that the Ec/No measurement quantity is used for event 3A measurement. The physical unit is dB; CPICH_RSCP indicates that the RSCP measurement quantity is used for event 3A measurement. The physical unit is dBm.



RNC DL basic common measurement report Interval Type

RNC Measurement report period of event Interval Type

RNC This parameter specifies the HSDPA Interval Type

RNC HSDPA power requirement measuremen Interval Type RNC This parameter specifies the HSUPA Interval Type

RNC UL basic common measurement report Interval Type


RNC This parameter is valid when the cor Interval Type RNC This parameter specifies the minimu Interval Type

RNC Minimum TX power of the PCPICH in a Interval Type RNC This parameter specifies the minimu Interval Type RNC This parameter specifies the minimu Interval Type RNC This parameter specifies the minimu Enumeration Type RNC Maximum number of random access prea Interval Type

RNC Mobile network code of the RNC. String Type RNC MOCN Control Switch.1) COMM_MOC Bit Field Type

RNC This parameter determines whether Enumeration Type RNC This parameter specifies the config Enumeration Type RNC This parameter specifies the backu Enumeration Type RNC This parameter specifies the workin Enumeration Type RNC This parameter specifies the chec Enumeration Type

RNC Working mode of the SCTP link. Enumeration Type RNC This timer is started when an AAL2 Interval Type RNC This timer is started when an AAL2 Interval Type RNC This parameter specifies a sampling Interval Type RNC Length of the period within which t Interval Type RNC This parameter specifies the MP IP IP Address Type

RNC This parameter specifies the numbe Interval Type RNC Management proving status of the Enumeration Type RNC This parameter specifies the MLPPP Enumeration Type RNC This parameter specifies the number Interval Type RNC Intra-frequency measurement reporti Enumeration Type

RNC Indicating whether to support the M Enumeration Type RNC When the parameter is set to ON, MR Enumeration Type RNC MR trace traffic type set. Bit Field Type RNC This switch specifies whether to Enumeration Type RNC This parameter specifies whether Enumeration Type RNC Broadcast message content. Any Type RNC When the parameter value is ON,the Enumeration Type RNC This parameter specifies the contr Enumeration Type

RNC Maximum power limit of all the MTC Interval Type

RNC Maximum code limit of all the MTCH Interval Type

RNC This parameter specifies the minimu Interval Type

RNC This parameter specifies the minimu Interval Type RNC This parameter specifies the MTCH m Enumeration Type RNC This parameter specifies whether Enumeration Type

RNC Available guarantee power of all t Interval Type

RNC Available guarantee codes of all t Interval Type RNC The OM interface supports localiza Enumeration Type

RNC This parameter specifies whether the Enumeration Type

RNC This parameter specifies the maximu Interval Type

RNC This parameter specifies the maximu Interval Type RNC This parameter specifies the discrimi Interval Type RNC Number of proving PDUs transmitte Interval Type

RNC Maximum number of retransmiss Interval Type RNC Maximum number of retransmissio Interval Type RNC Maximum number of retransmissio Interval Type RNC Maximum number of retransmis Interval Type

RNC Maximum number of successive "in sy Enumeration Type RNC Maximum number of successive "out o Enumeration Type RNC Maximum number of successive "in sy Enumeration Type RNC Maximum number of resend times Enumeration Type

RNC Name of the MTP3RT. String Type

RNC Upper limit of random access back-o Interval Type

RNC Lower limit of random access back-o Interval Type RNC When call shock control starts, t Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the OM ad IP Address Type RNC This parameter specifies the OM m IP Address Type RNC When call shock control starts, the Interval Type RNC This parameter specifies the OM add IP Address Type RNC This parameter specifies the OM ma IP Address Type RNC This parameter specifies the first E String Type RNC This parameter specifies the second String Type

RNC Bit Field Type RNC Enumeration Type

and this switch are on,the NodeB Credit admission control algorithm is valid. HSDPA_UU_ADCTRL: Control HSDPA UU Load admission control algorithmHSDPA_GBP_MEAS: Control HSDPA HS-DSCH Required Power measurement HSDPA_PBR_MEAS: Control HSDPA HS-DSCH Provided Bit Rate measurementHSUPA_UU_ADCTRL: Control HSUPA UU Load admission control algorithmMBMS_UU_ADCTRL: Control MBMS UU Load admission control algorithmDOFFC: Default DPCH offset configuration algorithmHSUPA_PBR_MEAS: Control HSUPA Provided Bit Rate measurementHSUPA_EDCH_RSEPS_MEAS: Control HSUPA Provided Received Scheduled EDCH Power Share measurement.EMC_UU_ADCTRL: Control power admission for emergency userFACH_UU_ADCTRL: Control admission for user over FACH channelsIf CRD_ADCTRL,HSDPA_UU_ADCTRL,HSDPA_GBP_MEAS,HSDPA_PBR_MEAS,HSUPA_UU_ADfactor prediction algorithm will be used in downlink CAC.

RNC Bit Field Type

RNC Enumeration Type RNC Enumeration Type RNC Enumeration Type RNC This parameter is used to identify WP Bit Field Type RNC WPS (Wireless Priority Service) is Enumeration Type RNC When the RRC REQ total number of o Interval Type RNC This parameter specifies the tran Enumeration Type RNC Uniquely identifying the different n Interval Type

RNC Uniquely identifying a neighboring c Interval Type RNC The cell will shut down automaticall Interval Type

the cell is overloaded in UL, this algorithm reduces the cell load in UL by quick TF restriction or UE release.DL_UU_OLC: DL UU overload congestion control algorithm. When the cell is overloaded in DL, this algorithm reduces the cell load in DL by quick TF restriction or UE release.UL_UU_LDR: UL UU load reshuffling algorithm. When the cell is heavily loaded in UL, this algorithm reduces the cell load in UL by using inter-frequency load handover, BE service rate reduction, uncontrollable real-time service QoS renegotiation, CS inter-RAT handover, and PS inter-RAT handover.DL_UU_LDR: DL UU load reshuffling algorithm. When the cell is heavily loaded in DL, this algorithm reduces the cell load in DL by using inter-frequency load handover, BE service rate reduction, uncontrollable real-time service QoS renegotiation, CS inter-RAT handover, and PS inter-RAT handover.OLC_EVENTMEAS: Control OLC event measurement. This algorithm starts the OLC event measurement.CELL_CODE_LDR: Code reshuffling algorithm. When the cell CODE is heavily loaded, this algorithm reduces the cell CODE load by using BE service rate NBM_LDC_MATCH_UE_ONLY: When inter-frequency blind handover select user occurs, only consider users supported by target cell. the cells in question are in the same NodeB or not.factor prediction algorithm will be used in uplink CAC.

RNC Interval Type RNC Indicating the network control mode Enumeration Type

RNC When the number of UEs responding t Interval Type RNC When this parameter is set to ON, Enumeration Type RNC Maximum number of non-HCS cell res Interval Type RNC Indicating whether the DSP and the O Enumeration Type RNC This parameter specifies the IP addr IP Address Type

RNC This parameter specifies the IP addr IP Address Type

RNC Interval Type RNC Network Indicator. INT(internation Enumeration Type RNC This parameter defines the of succe Interval Type RNC This parameter should be set accor Enumeration Type RNC This parameter specifies the value Interval Type RNC This parameter specifies the number Interval Type RNC Maximum number of HSDPA users of t Interval Type RNC Maximum number of HSUPA users of t Interval Type

RNC NodeB ID. Interval Type RNC This parameter specifies the numbe Interval Type

ID of the RNC controlling a neighboring cell.Uniquely identifying an RNC.

Threshold for deciding that the UE is in high-mobility state.This parameter specifies a threshold for high-speed decision. After the UE reports event 1D, the UE is considered in high-mobility state if the number of changes of the best cell during [TFASTSPDEST] is larger than [NFASTSPDEST]. The smaller the value is, the more possibly the UE is decided in high-mobility state.

RNC Bit Field Type

RNC Name of the NodeB. String Type RNC Protocol version of the NodeB. Enumeration Type RNC This parameter specifies the period Interval Type RNC This parameter specifies the type o Enumeration Type RNC This parameter specifies the number Interval Type

IUB_LDR (Iub congestion control algorithm): When the NodeB Iub load is heavy, users are assembled in priority order among all the NodeBs and some users are selected for LDR action (such as BE service rate reduction) in order to reduce the NodeB Iub load.NODEB_CREDIT_LDR (NodeB level credit congestion control algorithm): When the NodeB level credit load is heavy, users are assembled in priority order among all the NodeBs and some users are selected for LDR action in order to reduce the NodeB level credit load.LCG_CREDIT_LDR (Cell group level credit congestion control algorithm): When the cell group level credit load is heavy, users are assembled in priority order among all the NodeBs and some users are selected for LDR action in order to reduce the cell group level credit load. IUB_OLC (Iub Overload congestion control algorithm): When the NodeB Iub load is Overload, users are assembled in priority order among all the NodeBs and some users are selected for Olc action in order to reduce the NodeB Iub load.To enable some of the algorithms above, select them. Otherwise, they are disabled.

RNC This parameter specifies the number Interval Type RNC This parameter specifies the type of Enumeration Type RNC Indicating the type of the NodeB. Enumeration Type RNC Period of node synchronization. Interval Type RNC Measurement start time (HH:MM:SS Compound Type RNC UNI_AAL2SWITCH is the adjacent no Enumeration Type RNC This parameter specifies the small-sc Enumeration Type RNC Indicating whether the non-HCS spe Enumeration Type RNC This parameter specifies the ratio Interval Type RNC This parameter defines the of succes Interval Type

RNC Interval Type RNC Interval Type


RNC Interval Type RNC Interval Type

RNC Neighboring RNC ID. Interval Type RNC Any Type

Priority of neighboring cells.The priority that corresponds to the neighboring cell is valid only when the this parameter is set to TRUE. The lower the priority, the easier it is for the neighboring cell to be delivered as the measurement object. For example, it is more possible for a neighboring cell of priority 1 than a cell of priority 2 to be delivered as the measurement object.is for the neighboring cell to be delivered as the measurement cells.TRUE indicates that the neighboring cell priority is valid in the algorithm of neighboring cell combination. FALSE indicates that the neighboring cell priority is invalid, and, in the algorithm of neighboring cell combination, the cell with invalid priority is the last one to be considered as the NPTP-PTM = [PARA]NcountingThd[/PARA] + [PARA]NPtpToPtmOffset[/PARA]. The transition between PTP and PTM affects user experience. Thus, to minimize ping-pong effect, the transition between PTP and PTM uses a threshold other than [PARA]NcountingThd[/PARA]. The two thresholds are used only to avoid ping-pong effect, so the 2. If multiple pool areas overlap, the NRI uniquely identify all the CN nodes connected to it.

started with "H'45", the following seven and a half octets must be BCD code, called E.164e when the

RNC Any Type

RNC Interval Type RNC NullNRI VALUE indicate that ue as Interval Type

RNC Specifies the number of access classe Interval Type

RNC This parameter specifies the mini Interval Type RNC This parameter specifies the DSCP v Interval Type RNC This parameter specifies the mini Enumeration Type RNC Offset of Qoffset1 when neighboring c Interval Type RNC Offset of Qoffset1 when neighboring c Interval Type RNC Offset of Qoffset2 when neighboring c Interval Type RNC Offset of Qoffset2 when neighboring c Interval Type RNC Offset of Sintersearch when center ce Interval Type RNC Offset of Sintersearch when center ce Interval Type

E.164 address), H'39 (indicating a DCC address), or H'47 (indicating an ICD address). If the first byte is H'45, then the following seven and a half bytes (that is, 15 digits) must be a BCD code. If the following part, called DSP, are all zeros, this address is called E.164e, for example, 0x450009715002020010000000000 Threshold for deciding whether the UE in low-mobility state.After the slow speed timer times out, the UE is considered in low-mobility state if the number of changes of the best cell caused by the UE reporting of event 1D during [TSLOWSPDEST] is smaller than [NSLOWSPDEST]. The larger the value is, the more possibly the UE is decided in low-mobility state.

RNC Interval Type RNC Enumeration Type RNC This parameter specifies the type o Enumeration Type

RNC This parameter specifies the map mo Enumeration Type RNC This parameter specifies whether the Bit Field Type RNC This parameter specifies the type of Enumeration Type RNC Azimuth of the semi-major axis of an Interval Type RNC This parameter specifies the operati Enumeration Type RNC Flag of OTDOA location activation. Enumeration Type RNC UE positioning mode when the OT Enumeration Type RNC Enumeration Type RNC Ownership of the AAL2 Path. Enumeration Type RNC Indicating whether the destination A Enumeration Type RNC For IUPS Path,this parameter must Enumeration Type

Identifying the period of the OLC execution. When overload occurs, execution of OLC can dynamically reduce the cell load. When setting the parameter, consider the hysteresis for which the load monitoring responds to the load change. For example, when the layer 3 filter coefficient is 6, the hysteresis for which the load measurement responds to the step-function signals is about 2.8s, namely that the system can trace the load control effect about 3 s later after each load control. In this case, the OLC period timer length cannot be smaller than 3s.OlcPeriodTimerLen along with ULOLCFTFRstrctUserNum, DLOLCFTFRstrctUserNum, ULOLCFTFRSTRCTTimes, DLOLCFTFRSTRCTTimes, ULOLCTraffRelUserNum, and DLOLCTraffRelUserNum determine the time it takes to release the uplink/downlink overload. If the OLC period is excessively long, the system may respond very slowly to overload. If the OLC period is excessively short, unnecessary adjustment may occur before the previous OLC action has taken effect, and therefore the system performance is affected.

Outer Operator: Operator which don't include the Primary , Second

the target cell of inter-frequency handover. When the flag is set to

RNC Identifying an AAL2 path between t Interval Type

RNC Identifying an IP path. Interval Type RNC Type of the IP path. Enumeration Type RNC This parameter specifies the type of Enumeration Type RNC Offset of the PCH transmit power fro Interval Type

RNC TX power of the PCPICH in a cell. Th Interval Type RNC Pilot power adjustment step increased Interval Type

RNC Interval Type

This parameter specifies the peak rate. 1. Physical unit: cell/s or kbit/s2. The peak rate cannot exceed the maximum bandwidth of the bearer such as the IMA group, UNI link, or optical port.3. The peak rates for different types of services are as follows: CBR: 71 to 353207 (UT = CELL/S)/30 - 149759 (UT = KBIT/S); RTVBR/NRTVBR/UBR: 71 to 70754 (UT = CELL/S)/30 - 30000 (UT = KBIT/S).

RNC Bit Field Type RNC PENDING time length of M3UA link Interval Type RNC This parameter specifies the perio Enumeration Type

RNC Interval Type

RNC Indicating the corresponding peer Interval Type RNC This parameter specifies the peer IP IP Address Type RNC This parameter specifies the peer I IP Address Type RNC This parameter specifies the destinat IP Address Type RNC First destination IP address. 0 indica IP Address Type RNC Second destination IP address. 0 indi IP Address Type

WITCH: When the switch is on, the target value of Ec/N0 can be dynamically reconfigured on the E-FACH. When the switch is disabled, the minimum value of Ec/N0 is directly configured for the NodeB.5) PC_FP_MULTI_RLS_IND_SWITCH: When the switch is on, the RNC informs the NodeB of the current RLS number through the FP inband signaling. 6) PC_HSUPA_HARQNUM_AUTO_ADJUST_SWITCH: When the switch is on, the HSUPA service can use the smaller target number of retransmissions when the uplink is not congested. If the uplink is congested, the HSUPA service can use the typical target number of retransmissions.7) PC_HSUPA_PO_UPDATE_SWITCH: When this switch and the OLPC switch are both on, the RNC periodically adjust the power offset of the HSUPA E-DCH. 8) PC_INNER_LOOP_LMTED_PWR_INC_SWITCH: When the switch is on, the limited power increase function is used for DL inner loop power control. 9) PC_OLPC_SWITCH: When the switch is on, the RNC updates the UL SIR TARGET of radio links on

This parameter specifies the length of an EthOAM PDU packet.

RNC This parameter specifies the peer IP IP Address Type RNC Peer IP address. This parameter cann IP Address Type

RNC Indicating peer cell is valid or not. Enumeration Type RNC Peer subnet mask. IP Address Type RNC This parameter specifies the Node Interval Type RNC Destination port of the SCTP link. Interval Type RNC This parameter specifies the RNC Interval Type RNC This parameter specifies the peer t Enumeration Type

RNC Interval Type RNC Strech for penalty of inter-RAT hand Interval Type RNC This parameter specifies the pending Enumeration Type RNC This parameter specifies the pending Enumeration Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC IP Path Ping Period. Interval Type

RNC Interval Type

RNC Interval Type

The length of the penalty timer of Inter-Rat handover failure due to physical channel failure. No try of Inter-Rat handover will be taken until penalty finishes.Also see parameter InterRatPhyChFailNum.

smaller the value of this parameter, the more frequent the handover retry due to inter-frequency handover failure, and the faster the UE to be successfully handed over to the target cell whose load is restored, thus lowering the probability of call drops. In this The smaller the value of this parameter, the more frequent the handover retry due to inter-frequency handover failure, and the faster the UE to be successfully handed over to the target cell whose load is restored. In this case,

RNC Interval Type

RNC Interval Type

RNC This parameter specifies the number Enumeration Type



RNC Period common measurement protecti Interval Type RNC It is used to calculate the corresp Enumeration Type

RNC This parameter specifies whether to Enumeration Type RNC This parameter specifies the PHB to Bit Field Type RNC PHB value. Enumeration Type

smaller the value of this parameter, the more frequent the handover retry due to inter-RAT handover failure, and the faster the UE to be successfully handed over to the target cell whose load is restored, thus lowering the probability of call smaller the value of this parameter, the more frequent the handover retry due to inter-RAT handover failure, and the faster the UE to be successfully handed over to the target cell whose load is restored, thus lowering the probability of call

RNC Uniquely identifying a common physi Interval Type RNC ID of the physical channel carryin Interval Type RNC Uniquely identifying a PICH in a cel Interval Type RNC Indicating the number of PIs contai Enumeration Type RNC Difference between the transmit powe Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the length Interval Type RNC This parameter specifies the maximu Interval Type RNC This parameter specifies the size of Interval Type RNC This parameter specifies the size of Interval Type

RNC Maximum PLMN tag value correspondin Interval Type

RNC Minimum PLMN tag value correspondin Interval Type RNC This parameter specifies the period Interval Type RNC This parameter specifies the thresho Interval Type RNC This parameter specifies the interva Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC For the FG2a board, the port number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type

RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the descript String Type RNC This parameter specifies the name of String Type

RNC Timer length of the queue poll. The q Interval Type

RNC Interval for sending POLL message.It Interval Type RNC This parameter specifies the port pr Interval Type RNC This parameter specifies the protocol Enumeration Type RNC This parameter specifies the type o Enumeration Type RNC This parameter specifies the switch f Enumeration Type RNC This parameter specifies the switch f Enumeration Type RNC This parameter specifies the switch f Enumeration Type RNC This parameter specifies the switch f Enumeration Type RNC This parameter specifies the switch f Enumeration Type RNC This parameter specifies the switch f Enumeration Type RNC The power offset between the last ac Interval Type RNC The power increase step of the rando Interval Type RNC This parameter specifies the PPP po IP Address Type RNC This parameter specifies the number Interval Type


RNC If this parameter is set to Enable, t Enumeration Type RNC This parameter is valid only when t Interval Type RNC Uniquely identifying a PRACH in a Interval Type

RNC Enumeration Type RNC The maximum number of preambles tran Interval Type RNC Sequence No. of an available preamb Bit Field Type RNC Indicating whether preemption is su Enumeration Type RNC Indicating whether ARP-based preempt Enumeration Type RNC Enumeration Type RNC This parameter specifies the priority Enumeration Type

configured value. However, it is not recommended that the value "NON_PERIODIC_REPORT" be set, upon which the UE behaviour is not defined.This parameter has impact on the Uu signaling flow. If the interval is too short and the frequency is too high, the RNC may have burden in processing signaling. If the interval is too long, the network cannot

3.Normal priority: Blocking a cell once there are no users in it within a specified time, or blocking it even if

RNC Priority of the signalling link. 0 indi Interval Type

RNC Route priority. 0 indicates the highes Interval Type RNC Enumeration Type RNC This parameter specifies the capabil Interval Type RNC This parameter specifies the capabil Interval Type RNC This parameter specifies the capabil Interval Type RNC This parameter specifies the capabili Interval Type RNC This parameter specifies the capabili Interval Type RNC This parameter specifies the process Interval Type

RNC Bit Field Type

conversational > streaming > interactive > background.If the TrafficClass is preferably

AIN_RST.When it is checked, cell will be bared when CS domain is invalid, otherwise the CS domain will be bared when CS domain is invalid. It is invalid If SYS_INFO_UPDATE_FOR_IU_RST is not checked.10)CR2284R1_SWITCH.in section 8.6.6.28 of TS25.331 of R5 Before 2006, it describes that the HFN should add one when UE is ciphering in the situation of Timing re-initialized hard handover,while not specified in RB SETUP process in the section of 8.6.4.3. so it is not clear whether to add or not in RB SETUP in DRD scenarios.CR2284R1 clarify that HFN should add one in RB SETUP process with Timing re-initialized hard handover.when it is checked ,RNC accepts this CR2284R1;when it is not checked ,RNC does not accept this CR2284R1.11)CR2284R1_COMPATIBLE_SWITCH.CR2284R1 causes the compatible problem.if UE is not consistent with RNC regarding whether accept the CR2284R1 or not,it will cause the problem of streaming when UEs are communicating with each other.So RNC creates this switch .when it is checked, RNC is auto-adaptive to accept the CR2284R1 according to UE version information.

RNC Enumeration Type RNC If the background Radio Access Bear Interval Type RNC If the Conversational Radio Access Interval Type RNC Interval Type RNC If the Interactive Radio Access Bear Interval Type

RNC If the Streaming Radio Access Bear Interval Type RNC This parameter specifies whether to s Enumeration Type RNC Indicating whether to replace relo Enumeration Type RNC R99 PS background service downlink Interval Type RNC R99 PS background primary path. Enumeration Type RNC R99 PS background bearing primary Interval Type RNC R99 PS background secondary path. Enumeration Type RNC R99 PS background primary secondar Interval Type RNC R99 PS background service uplink fa Interval Type RNC Offset of the PSCH transmit power fr Interval Type RNC R99 PS conversational service downl Interval Type RNC R99 PS conversational primary path Enumeration Type RNC R99 PS conversational bearing prima Interval Type RNC R99 PS conversational secondary pa Enumeration Type RNC R99 PS conversational primary secon Interval Type RNC R99 PS conversational service uplink Interval Type

RNC Sequence No. of a DL primary scramb Interval Type RNC R99 PS high priority interactive bea Interval Type RNC R99 PS high priority interactive pri Interval Type

SS7 protocol type supported by the DSP.ITUT: International Telecommunication Union - Telecommunication Standardization SectorANSI: American National Standards InstituteTTC: THE TELECOMMUNICATION TECHNOLOGY COMMITTEE (use for JAPAN).

after sending release request to RRC layer, if the IMS Radio

RNC Interval Type RNC When detecting that the Ps' Backgro Interval Type RNC When detecting that the Ps' Conversa Interval Type RNC When detecting that the Ps' IMS sign Interval Type RNC When detecting that the Ps' Interact Interval Type

RNC When detecting that the Ps' Streamin Interval Type RNC Indicating whether the PS domain pe Enumeration Type RNC Ps Information Update protection ti Interval Type RNC R99 PS interactive service downlink Interval Type RNC R99 PS interactive service uplink fac Interval Type RNC R99 PS high PRI interactive primary Enumeration Type RNC R99 PS high PRI interactive seconda Enumeration Type RNC R99 PS low PRI interactive primary Enumeration Type RNC R99 PS low PRI interactive secondar Enumeration Type RNC R99 PS middle PRI interactive prima Enumeration Type RNC R99 PS middle PRI interactive seco Enumeration Type RNC R99 PS low priority interactive bear Interval Type RNC R99 PS low priority interactive prim Interval Type RNC R99 PS middle priority interactive b Interval Type RNC R99 PS middle priority interactive p Interval Type RNC This parameter specifies feature mo Enumeration Type RNC NRI length for PS domain. Interval Type RNC PS CDR(Call Drop Ratio) Per Spu, if Interval Type RNC The minimum number of PS service se Interval Type RNC Successful PS service setup ratio Per Interval Type RNC The minimum number of PS release Pe Interval Type

RNC Whether to impose the access restri Enumeration Type RNC Enumeration Type RNC R99 PS streaming service downlink f Interval Type RNC R99 PS streaming primary path. Enumeration Type RNC R99 PS streaming bearing primary pa Interval Type RNC R99 PS streaming secondary path. Enumeration Type RNC R99 PS streaming primary secondary Interval Type

domain relocation GSM load threshold. When the GSM load policy is used, that is, when [NcovHoOn2GldInd] in SET INTERRATHONCOV is set to ON, the PS domain inter-system relocation out process will be stopped if the GSM system send its cell load to the RNC and the cell load exceeds the PS domain Reloc

RAT handover are immediately triggered. These two switches are

RNC R99 PS streaming service uplink fac Interval Type

RNC Bit Field Type RNC The total PS throughput of all the op Interval Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the IP addr IP Address Type RNC This parameter specifies the subnet IP Address Type RNC This parameter specifies whether M Enumeration Type RNC This parameter specifies whether M Enumeration Type RNC This parameter specifies whether M Enumeration Type RNC This parameter specifies the type of Enumeration Type

RNC Length of smoothing filter window o Interval Type

RNC Identifying the potential user contro Interval Type RNC This parameter specifies the coeffic Interval Type RNC This parameter is used to inform th Enumeration Type RNC This parameter specifies the minim Interval Type RNC This parameter specifies the mini Interval Type RNC This parameter specifies the mini Interval Type RNC This parameter specifies the mini Interval Type RNC This parameter specifies the mini Interval Type RNC Function set supported by the local Enumeration Type

the PS BE service if Alternative RAB Parameter Values IE is present in the RANAP RAB ASSIGNMENT REQUEST or RELOCATION REQUEST message. 4) PS_RAB_DOWNSIZING_SWITCH: When the switch is on and the RAB downsizing license is activated, the initial speed is determined on the basis of cell resources. Downsizing is implemented for BE services.5) PS_RSC_FEEDBK_RABSETUP_CACFAIL_SWITCH: When the switch is on, the SF feedback function is supported. If the SF is provided in feedback information after the application for the cell SF is rejected, access at a lower speed is performed on the basis of the returned SF.6) PS_STREAM_IU_QOS_NEG_SWITCH: When the switch is on, the Iu QoS Negotiation function is applied to the PS STREAM service if Alternative RAB Parameter Values IE is present in the RANAP RAB ASSIGNMENT REQUEST or RELOCATION REQUEST message.7) PS_BE_STRICT_IU_QOS_NEG_SWITCH: When the switch is on, the strict Iu QoS Negotiation function

RNC Quality threshold of HCS cell reselec Interval Type RNC Interval Type RNC Interval Type RNC Interval Type RNC Interval Type RNC Interval Type

RNC The minimum required quality thresho Interval Type RNC This parameter indicates whether Enumeration Type RNC Interval Type

RNC The minimum required RX threshold c Interval Type

RNC Indicating whether the minimum requ Enumeration Type RNC This parameter indicates whether t Enumeration Type RNC Measurement quantity of cell select Enumeration Type RNC Indicating whether queue is supported Enumeration Type RNC Queue length. The total number of us Interval Type

RNC This parameter specifies the index n Interval Type RNC The timer is started when the RNC i Interval Type

reselection measurement. This parameter is not configured when the value is 255.selection and reselection measurement. This parameter is not configured when the value is 255.reselection measurement. This parameter is not configured when the value is 255.selection and reselection measurement. This parameter is not configured when the value is 255.smaller the probability of selecting inter-RAT neighboring cells. The

quality in the cell. If the quality is better than this parameter, this indicates that the cell can obtain

RNC Identifying a routing area in a loca Interval Type RNC Sequence No. of an available sub ch Bit Field Type RNC A timer used to wait for the reset r Interval Type RNC When RAN Sharing Supported,RNC c Enumeration Type RNC Identifying the type of the inter- Enumeration Type RNC A timer used to respond to CN reset. Interval Type

RNC The rate matching factor of a transp Interval Type RNC DL fast TF restriction refers to a s Interval Type RNC DL fast TF restriction refers to a s Interval Type RNC DL fast TF restriction refers to a s Interval Type

RNC This parameter specifies the name of String Type RNC This parameter specifies the type o Enumeration Type RNC A timer used to wait for the RB rec Interval Type RNC A timer to RNC wait for the RB rel Interval Type RNC A timer to RNC wait for the RB set Interval Type RNC This parameter specifies the rate dow Interval Type RNC This parameter specifies the interva Interval Type RNC DL fast TF restriction refers to a s Interval Type

RNC This parameter specifies the decreas Interval Type RNC This parameter specifies whether to Enumeration Type

RNC This parameter specifies the target Enumeration Type

RNC When the UL load state or DL load st Interval Type

RNC When the load of the serving cell is Interval Type

RNC This parameter specifies whether Enumeration Type

RNC This parameter specifies the target Interval Type

RNC Interval Type

RNC Enumeration Type RNC This parameter specifies the link No. Interval Type RNC This parameter specifies the backup Interval Type RNC This parameter specified the output Enumeration Type RNC This parameter specified the output Enumeration Type RNC Indicates whether register beared by Enumeration Type RNC This parameter specifies re-host p Enumeration Type RNC This timer is started when an AAL2 s Interval Type RNC A timer to RNC wait for another relo Interval Type RNC A timer to RNC wait for the reloca Interval Type RNC A timer to RNC wait for rnsap reloc Interval Type RNC A timer used for data forwarding in Interval Type RNC A timer to RNC wait for Iu release Interval Type RNC A timer to RNC wait for the Iu rel Interval Type RNC A timer to RNC wait for mobile info Interval Type RNC A timer to RNC wait for the response Interval Type

Special frequencies: {782, 787, 807, 812, 837, 862}Band6:Common frequencies: [4162-4188]Special frequencies: {812, 837}Band7:Common frequencies: [2012-2338]Special frequencies: {2362, 2387, 2412, 2437, 2462, 2487, 2512, 2537, 2562, 2587, 2612, 2637, 2662, 2687}Band8:Common frequencies: [2712-2863]Special frequencies: noneBand9:Common frequencies: [8762-8912]Special frequencies: noneBandIndNotUsed: [0-16383]Assume that the target uplink UARFCN for RRC redirection is unspecified, the band indication is Band1, Band2, Band3, Band4, Band5, Band6, Band7, Band8, or Band9, and the target downlink UARFCN for RRC redirection is valid. Then, the default target uplink UARFCN for RRC redirection is as follows: - If the DL frequency belongs to common frequencies, thenBand1: Uplink UARFCN = Downlink UARFCN - 950Band2: Uplink UARFCN = Downlink UARFCN - 400Band3: Uplink UARFCN = Downlink UARFCN - 225Band4: Uplink UARFCN = the UL frequency of the target cell of redirection needs to be configured. - TRUE: The UL frequency needs to be configured.- FALSE: The UL frequency does not need to be configured. It is configured automatically according to the relationship between UL and

RNC A timer to RNC wait for inter-RAT Interval Type RNC This timer is started when an AAL2 Interval Type

RNC Interval Type

RNC This parameter specifies the function String Type

RNC Use description. String Type RNC Repeat Number of send Write-Repla Interval Type RNC Repeat Period of send Write-Replac Interval Type

threshold of immediate rate reduction after the soft handover failure. The rate reduction of the active set and the SHO retry procedure can be triggered without the intra-frequency reporting event reported, when the quality of the cell in the active set fulfills the following conditions.The formula of direct SHO rate reduction isnew > Mbest_cell - RelThdForDwnGrdwhere Mnew: the CPICH Ec/No measurement value of the failed cell1 Mbest_cell: the CPICH Ec/No measurement value in the latest measurement report of the best cell identified by the RNC according to 1D RelThdForDwnGrd: the relative threshold for direct rate reduction. It can be configured on the BAM server.Note: The smaller the value of this parameter, the harder it is to trigger SHO rate reduction, but the greater intra-frequency interference caused by the cell that does not join the active set, the greater possibility of call drops. On the contrary, the larger the value of this parameter, the easier it is to trigger SHO rate reduction which ensures the signal quality. But, frequent triggering of SHO rate reduction may affect the



RNC This parameter specifies the number Enumeration Type RNC This parameter specifies the 2G cell Enumeration Type RNC CORRM Algo reserved switch 0. The s Bit Field Type RNC CORRM Algo reserved switch 1. The s Bit Field Type RNC CORRM Algo reserved U32 para 0. The Interval Type RNC CORRM Algo reserved U32 para 1. The Interval Type RNC CORRM Algo reserved U8 para 0. The Interval Type RNC CORRM Algo reserved U8 para 1. The Interval Type RNC This timer is started when an AAL2 s Interval Type

RNC This parameter specifies the time len Interval Type RNC Specifies the mode of restricting the Enumeration Type RNC This parameter specifies the filter c Interval Type RNC Each bit indicates whether to retry Bit Field Type RNC Enumeration Type

RNC This parameter defines each transpor Interval Type RNC This parameter should fulfill the co Interval Type RNC This parameter should consider the Interval Type RNC A timer to RNC wait for the response Interval Type RNC A timer to RNC wait for the response Interval Type RNC A timer to RNC wait for radio link re Interval Type RNC A timer to RNC wait for the response Interval Type

According to the configuration, the data with errors is discarded or marked.

RNC Uniquely identifying an RNC. Interval Type RNC IP address of the RNC. IP Address Type RNC RncPool index. Interval Type RNC RncPool Name. String Type RNC Neighboring RNC protocol version. Enumeration Type

RNC This parameter specifies the decrease Interval Type RNC This parameter specifies the caus Enumeration Type RNC The minimum number of RRC connecti Interval Type RNC Successful RRC connection ratio Per Interval Type RNC Wait time in RRC connection reject Interval Type RNC A timer used to wait for initial direc Interval Type RNC A timer used to wait for the Iu re Interval Type RNC A timer used to wait for the respon Interval Type RNC A timer used to retransmit the Interval Type RNC A timer used to wait for the ackno Interval Type RNC A timer to RNC wait for the respon Interval Type RNC A timer used to wait for RRC conn Interval Type RNC This field indicate whether the AA Enumeration Type RNC Number of the resource group that Interval Type RNC Number of the resource group that th Interval Type RNC Indicating the resource management Enumeration Type

RNC This parameter specifies the resour Enumeration Type

RNC This parameter specifies the reason Enumeration Type

RNC No-Response Timer. Interval Type

RNC Enumeration Type RNC ON is open this function and OFF is Enumeration Type RNC The times of resending the reset mes Interval Type RNC RNC Type to be reset. Enumeration Type RNC Reserved parameter 1. Bit Field Type RNC Reserved parameter 1. Bit Field Type RNC Reserved parameter 1. Bit Field Type RNC This parameter specifies parameter 1 Enumeration Type

RNC Bit Field Type RNC This parameter is saved for the com Interval Type RNC This parameter specifies parameter 1 Interval Type RNC This parameter is saved for the com Interval Type RNC This parameter is saved for the com Interval Type RNC This parameter is saved for the com Interval Type RNC This parameter is saved for the com Interval Type RNC This parameter is saved for the com Interval Type RNC This parameter is saved for the com Interval Type RNC This parameter is saved for the com Interval Type RNC Reserved parameter 2. Interval Type RNC Reserved parameter 2. Interval Type RNC This parameter specifies parameter 2 Enumeration Type

RNC Reserved parameter 2. Interval Type RNC This parameter is saved for the com Interval Type RNC This parameter specifies parameter 3 Enumeration Type

CN reset type.1. ALL_NODES: resetting all CN nodes.2. BY_CNID: resetting the CN nodes specified by [CN ID].

The algorithms with the above values represent are as follow:RsvdBit1: Control RTWP Anti-interfence algorithmRsvdBit2~RsvdBit16:Reserved SwitchIf RsvdBit1 is selected, the corresponding algorithms will be enabled; otherwise, disabled.

RNC Reserved parameter 3. Interval Type RNC This parameter is saved for the com Interval Type RNC This parameter specifies parameter 4 Enumeration Type RNC This parameter is saved for the com Interval Type RNC This parameter specifies parameter 5 Enumeration Type RNC This parameter is saved for the com Interval Type RNC This parameter specifies parameter 6 Enumeration Type RNC This parameter is saved for the com Interval Type RNC This parameter specifies parameter 7 Interval Type RNC This parameter is saved for the com Interval Type RNC This parameter specifies parameter 8 Interval Type RNC This parameter is saved for the com Interval Type RNC This parameter specifies parameter 9 Interval Type RNC This parameter is saved for the com Interval Type RNC This parameter specifies the reverti Enumeration Type

RNC Different types of M3UA local entiti Interval Type RNC The rate of RTCP bandwidth by the I Interval Type RNC Timer for state transition from CPC Interval Type RNC Timer for state transition from CPC Interval Type RNC Whether to support RTCP function.It Enumeration Type RNC This parameter specifies the destinat IP Address Type RNC This parameter specifies the mask of IP Address Type RNC Timer for state transition from DCH Interval Type RNC Timer for state transition from DCH Interval Type RNC Pending time after the traffic volum Enumeration Type RNC This parameter is used to check whet Enumeration Type RNC When the traffic volume is below the Enumeration Type




RNC This parameter specifies the thresh Enumeration Type RNC This parameter specifies the occurre Enumeration Type RNC It is used to calculate the round-tr Interval Type RNC It is used to calculate the round-tr Interval Type RNC When [RTO max value] and [RTO max va Interval Type RNC When [RTO max value] is a constant, Interval Type RNC When [RTO max value] is a constant, Interval Type RNC Route index, a logical number of the Interval Type RNC This parameter specifies the rate up s Interval Type RNC This parameter specifies the period o Interval Type RNC This parameter specifies the backwar Interval Type RNC Backward bandwidth of the IP path. Interval Type RNC This parameter is valid only whe Interval Type

RNC Receive traffic record index of the Interval Type

RNC Interval Type

RNC When the time difference between the Interval Type RNC No. of the SAAL link that bears the Interval Type RNC No. of the SAAL link.For detailed i Interval Type

This parameter is to optimize the power control performance within a time slot, that is, to guarantee that the power control within a time slot is implemented based on all links in the active set. The ideal UE Rx-Tx time difference should be 1024 chips.This parameter should not be too


RNC Number of the SAAL link bearing th Interval Type RNC Interface type of the SAAL link.The Enumeration Type RNC SAAL link connection timer. It is a Interval Type

RNC PLMN-Id, LAC and SAC together compo Interval Type RNC Indicating whether the Iub interface Enumeration Type RNC Interval Type RNC List Type. Enumeration Type

RNC This parameter specifies the average r Interval Type RNC Scrambling code of the SCCPCH. 0: Interval Type

RNC This parameter specifies the state of Enumeration Type

PI information and paging messages are also transmitted with

RNC Number of the SCTP link. Interval Type RNC This parameter specifies the start da Interval Type RNC This parameter specifies whether th Enumeration Type RNC This parameter specifies the priorit Enumeration Type RNC Seed of the pseudo-random sequence Interval Type RNC This parameter specifies the type of Enumeration Type RNC This parameter indicates whether the Enumeration Type RNC This parameter specifies the IP addr IP Address Type RNC This parameter specifies the serve String Type

RNC This parameter specifies the rate o Enumeration Type

RNC Enumeration Type RNC Uniquely identifying a MBMS servi Interval Type RNC Indicating whether to support CS, P Enumeration Type

RNC This parameter specifies the traffic Enumeration Type RNC This parameter is valid only when Enumeration Type

- ON: The service differential DRD algorithm will be applied.(If cell-level DRD parameters are configured, the status of cell level Service differential drd switch

RNC Numbers of incoming calls to be sha Interval Type RNC This parameter specifies the sharin Enumeration Type RNC Inter-system HCS cell reselection sta Interval Type RNC Enumeration Type RNC Interval Type RNC This parameter specifies the maximum Interval Type

RNC Interval Type RNC Bit Field Type

signals are available.- to join the active set through the soft handover rate reduction

When the RNC receives events 1A, 1C and 1D, the target cell can be added to the active set only when CPICH Ec/No of the target cell is higher than this absolute threshold.The purpose for setting this parameter is as follows: The current events of soft handovers are defined on the basis of relative thresholds and have no requirement for the absolute quality. If the signal quality of added cells is too poor, the general quality of the active set cannot be obviously improved, but more downlink resources are occupied and more TPC errors are caused, and the soft handover performance is worsened. Therefore, there should be a baseline for the quality of the radio links to be added.As for the impact on network performance:Adjust this parameter according to the Ec/Io that the cell soft handover area reaches as expected at network planning. The larger this parameter is, the more difficult it is for the neighboring cells to join in the active set, but the service quality of the joining cell can be ensured. The smaller this parameter is, the easier it is for the neighboring cells to join in the active set, but the service quality of the cell cannot be restricted if the value of this parameter is excessively low.for CS cross the Iur interface. 2) HSPA_SHO_SWITCH. Indicating whether to trigger hard


RNC Enumeration Type RNC Determine whether some system inform Bit Field Type RNC Enumeration Type

RNC Index of the signalling link set. Interval Type RNC M3UA link code in SPU subsystem. Interval Type RNC Indicating whether the FACH bears s Enumeration Type RNC Signalling link code. Interval Type

RNC Maximum rate of the wideband AMR s Enumeration Type

RNC Maximum rate of the narrowband AMR Enumeration Type RNC This parameter specifies the DL max Enumeration Type RNC This parameter specifies the UL max Enumeration Type RNC This parameter specifies the source IP Address Type RNC IMS SRB service downlink factor. Interval Type RNC IMS SRB primary path. Enumeration Type RNC IMS Signal bearing primary path loa Interval Type RNC IMS SRB secondary path. Enumeration Type RNC IMS Signal primary secondary path l Interval Type RNC IMS SRB service uplink factor. Interval Type RNC The UE does not start the inter-RAT Interval Type RNC This parameter defines the slot for Enumeration Type RNC Sequence number of available PRACH Interval Type

Flag of whether to include this neighboring relationship in the System Information Block 11 (SIB11).This parameter indicates whether the neighboring cell information is delivered in SIB11. FALSE: not to include the neighboring information in the SIB11. TRUE: to include the neighboring information in the SIB11. Flag of whether to include this neighboring relationship in the System Information Block 12 (SIB12).This parameter indicates whether the neighboring cell information is delivered in SIB12. FALSE: not to include the neighboring information in the SIB12. TRUE: to include the neighboring information in the SIB12.kbit/s dedicated channel.- DCH_6.8K_SIGNALLING: The RRC connection is set up on the 6.8

RNC Sequence number of available PRACH Interval Type RNC Sequence number of available PRACH Interval Type RNC Sequence number of available PRACH Interval Type RNC Number of available PRACH slot form Enumeration Type RNC The signalling route mask is used f Enumeration Type RNC This parameter specifies the type o Enumeration Type RNC Method of positioning the UE. Bit Field Type RNC This parameter specifies whether the Enumeration Type RNC This parameter specifies the start m Enumeration Type

RNC RSPU slot No. Interval Type RNC The Slot No. Interval Type RNC This parameter specifies the number Interval Type RNC The Slot No. Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type

RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type

RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type


RNC This parameter specifies the number Interval Type RNC This parameter indicates the number Interval Type RNC This parameter specifies the slot th Interval Type RNC Number of the SPU slot where the S Interval Type RNC This parameter is valid only when Interval Type RNC Number of the slot where the SCTP l Interval Type RNC Number of the slot where the SPU co Interval Type RNC Slot Number of PHB map to DSCP. Interval Type RNC Number of the slot where the SPU s Interval Type

RNC Sharing Network Area Code. Interval Type

RNC Enumeration Type RNC When it is set to ON, the RNC send Enumeration Type

RNC The OSP should be input in hexadec Interval Type RNC Indicating the number of bits of t Enumeration Type RNC The OSP should be input in divided String Type RNC Enumeration Type

RNC Signal point data format. Enumeration Type RNC This parameter specifies the transmi Enumeration Type RNC For a high-mobility UE, multiples th Interval Type

RNC This parameter identifies a group of Interval Type

RNC This parameter indicates the scheduli Interval Type RNC This parameter specifies the number Interval Type

Indicating whether the SNAC need be configured. TRUE: The SNAC need be configured. FALSE: The SNAC need not be configured.UE can access any cell of the PLMN.

The UE speed estimation cannot be triggered even if this switch is enabled in either of the following

RNC Interval Type

RNC Hysteresis used to determine the cel Interval Type

RNC Interval Type RNC The threshold used by SPU process sy Interval Type RNC Enumeration Type RNC Enumeration Type RNC SRB service downlink factor. Interval Type RNC The MAC-c on Iub interface will in Interval Type RNC The MAC-c on Iub interface will in Interval Type RNC SRB primary path. Enumeration Type RNC Signal bearing primary path load thr Interval Type RNC SRB secondary path. Enumeration Type RNC Signal primary secondary path load r Interval Type RNC SRB service uplink factor. Interval Type RNC This parameter specifies the source e Interval Type RNC This parameter specifies the priority Interval Type RNC This parameter specifies the type of Interval Type

RNC This parameter specifies the source IP Address Type

RNC This parameter specifies the ID of a Interval Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the number Enumeration Type RNC Timer REPEAT_SREC.Frequency at whic Interval Type

load level is "Heavy" or not. It is denoted by the ratio of NodeB TX power to the maximum TX power.If the load of a cell is equal to or higher than this threshold, the load level of this cell is heavy.If the load level of a cell is heavy, the PUC algorithm will configure selection/reselection parameters for this cell to lead the UE camping on this cell to reselect another inter-frequency neighboring cell with

load level is "Light" or not. It is denoted by the ratio of NodeB TX power to the maximum TX power.If the load of a cell is equal to or lower than this threshold, the load level of this cell is light. If the load level of a cell is light, the PUC algorithm will configure selection/reselection parameters for this cell to lead the UE to reselect this cell rather than the previous inter-frequency neighboring cell - HSDPA: Uplink is preferably carried on DCH, and downlink is valid in the RRC connection setup procedure and other procedures.

RNC RBS managing the NodeB. Interval Type

RNC This parameter specifies the numbe Interval Type RNC This parameter specifies the number Interval Type

RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Interval Type RNC Number of the subrack where the SA Interval Type RNC This parameter is valid only when Interval Type RNC Number of the subrack where the SC Interval Type

RNC Number of the subrack. Interval Type RNC Number of the SUBRACK where the Interval Type RNC No. of the WRBS at which the PHB Interval Type RNC Number of the subrack where the SP Interval Type RNC This parameter specifies the name String Type RNC When the parameter is set to YES, Q Enumeration Type RNC SRNS relocation-allowed traffic type. Enumeration Type RNC Interval Type RNC SRNS relocation expiry time. In order Interval Type RNC Time interval between two SRNS reloc Interval Type RNC If SRNSR_DSCR_SEPRAT_DUR_SWITCH of Interval Type

RNC Bit Field Type RNC Relocation trigger time after IURCCH Interval Type RNC UE SRNTI. Interval Type RNC This parameter specifies the type of Enumeration Type RNC Offset of the SSCH transmit power fr Interval Type RNC This parameter specifies the thresho Interval Type RNC This parameter specifies the thresho Interval Type


requirements of the most common services over the Iur interface. If the value is too small, unnecessary

only a radio link over the Iur interface and the link have the same attributes as the congested link. Based on DSCRInd of ADD NRNC, the RNC decides whether to initiate relocation or DSCR. When the RRC CONN REL message with the cause value "Directed Signalling Connection re-establishment" is sent to the UE, the UE initiates RRC reestablishment and updates the routing area once immediately.2) SRNSR_DSCR_LOC_SEPRAT_SWITCH: When the switch is on, the RNC initiates static relocation or DSCR if the optimal cell and the intra-frequency neighboring cell of the optimal cell are not on the SRNC (the SRNC and the CRNC are separated). Based on DSCRInd of ADD NRNC, the RNC decides whether to initiate relocation or DSCR. 3) SRNSR_DSCR_PROPG_DELAY_SWITCH: When the switch is on, the RNC initiates static relocation or DSCR if the delay over a link cannot meet QoS requirements (the SRNC and the CRNC are separated). Thus, delay over the link is reduced on the network side and the QoS is enhanced. Based on DSCRInd of ADD NRNC, the RNC decides whether to initiate relocation or DSCR.

This parameter specifies the type of source.- SPEECH: speech service- UNKNOWN: non-speech service

RNC This parameter specifies the thresho Interval Type

RNC This parameter specifies the thresho Interval Type RNC Intra-system HCS cell reselection st Interval Type RNC Threshold for inter-RAT cell reselec Interval Type

RNC This parameter specifies the subsy Interval Type

RNC No. of the subsystem to set. Interval Type RNC This parameter specifies the start t Compound Type RNC This parameter specifies the servic Enumeration Type RNC When a DCH is set up, the UE starts Interval Type RNC When the parameter is set to INACT Enumeration Type RNC Start time of the first interval when Compound Type RNC Start time of the second interval wh Compound Type RNC Start time of the third interval whe Compound Type RNC CN protection timer. Interval Type RNC Protection timer used in case of DS Interval Type RNC Maximum length of the STAT PDU l Interval Type RNC Indicating whether the signalling po Enumeration Type RNC This parameter specifies the mode u Enumeration Type RNC This parameter specifies the DL max Enumeration Type RNC The MAC-c on Iub interface will in Interval Type RNC This parameter specifies the rate t Enumeration Type

RNC The MAC-c on Iub interface will in Interval Type RNC This parameter specifies the UL max Enumeration Type

RNC This parameter indicates whether th Enumeration Type

RNC This parameter indicates whether S Enumeration Type

RNC This parameter specifies the logical Interval Type RNC Max subframe length. Interval Type RNC This parameter specifies the subnet Interval Type RNC Indicating whether the cell supports Enumeration Type RNC This parameter specifies whether th Enumeration Type RNC This parameter indicates whether t Enumeration Type

RNC Enumeration Type RNC Indicating whether to support est Enumeration Type RNC This parameter specifies the board i Enumeration Type RNC CR supported by CN protocol versio Enumeration Type RNC Identifying whether the inter-RAT ce Enumeration Type RNC This parameter specifies whether t Enumeration Type RNC Identifying whether the inter-RAT ce Enumeration Type RNC This parameter specifies whether to Enumeration Type RNC This parameter specifies the DST sta Enumeration Type RNC This parameter specifies the state of Enumeration Type RNC This parameter specifies whether to Enumeration Type RNC Whether to support Switch3GPP25415C Enumeration Type RNC This field indicate whether switch ba Enumeration Type RNC This field indicates the associatio Interval Type RNC Set patch switch parameter1. Enumeration Type RNC Set patch switch parameter10. Interval Type

This parameter specifies whether the NodeB supports setting of DPC MODE to TRIPLET.- If this parameter is set to TRUE, the NodeB supports setting of DPC MODE to TRIPLET. - If this parameter is set to FALSE, DPC MODE is always SINGLE.

RNC Set patch switch parameter2. Enumeration Type RNC Set patch switch parameter3. Enumeration Type RNC Set patch switch parameter4. Enumeration Type RNC Set patch switch parameter5. Enumeration Type RNC Set patch switch parameter6. Enumeration Type RNC Set patch switch parameter7. Interval Type RNC Set patch switch parameter8. Interval Type RNC Set patch switch parameter9. Interval Type RNC This parameter specifies the DST st Enumeration Type RNC When call shock control starts, th Interval Type RNC This parameter specifies the method String Type RNC This parameter specifies the system String Type RNC When call shock control starts, the Interval Type RNC A timer to RNC wait for PS RESUME Interval Type RNC This parameter specifies the locatio String Type RNC This parameter specifies the system String Type RNC When call shock control starts, it Interval Type RNC This parameter specifies the servic String Type RNC When the RRC REQ total number of o Interval Type RNC Signalling route set test timer. When Interval Type RNC Uninhibit acknowledgement timer. It Interval Type RNC Force uninhibit timer. It is a prote Interval Type RNC Inhibition acknowledgement timer. It Interval Type RNC Link realignment timer. This timer is s Interval Type RNC Time-control changeover timer. When Interval Type RNC Local inhibit test timer. After a loca Interval Type RNC Remote inhibit test timer. After a re Interval Type RNC Changeover acknowledgement timer. Interval Type RNC T300 is started when UE sends th Enumeration Type RNC T302 is started after the UE tra Enumeration Type RNC T304 is started after the UE sen Enumeration Type RNC T305 is started after the UE recei Enumeration Type RNC T307 is started after T305 has expire Enumeration Type RNC T308 is started after the UE trans Enumeration Type RNC T309 is started after the UE is re Interval Type

RNC T312 is started after the UE starts Interval Type RNC T313 is started after the UE detects Interval Type RNC Enumeration Type RNC Enumeration Type RNC T316 is started after the UE detects Enumeration Type RNC Periodical location update is impl Interval Type RNC T381 is started after the RNC Enumeration Type RNC Time-control changeback timer. When Interval Type RNC Changeover acknowledgement first at Interval Type RNC Changeover acknowledgement second a Interval Type RNC Transmission prohibited inhibition t Interval Type RNC This parameter specifies the target Interval Type

RL cannot be successfully reconfigured by CELL UPDATE UPDATE is sent. If the RL cannot be successfully reconfigured by

RNC Interval Type

Threshold of the target frequency for triggering inter-frequency measurement with measurement quantity of Ec/No for CS domain services.For CS domain services, if the value of [Inter-frequency measure report mode] is set to EVENT_TRIGGER, this parameter is used to set the measurement control of event 2B. One of the necessary conditions for triggering event 2B can be met only when the quality of the target frequency is higher than this threshold. If the value of [Inter-frequency measure report mode] is set to PERIODICAL_REPORTING, this parameter is used to evaluate inter-frequency handovers at the RNC. To set this parameter, you need to consider the following factors:The cell signal quality of the target frequency is better and can meet the coverage requirements of the current services.After handover, to prevent ping-pong handover, the inter-frequency measurement should not be started again. That is, this parameter is usually set higher than the start threshold for event 2D or equal to the threshold of event 2F.

RNC Interval Type

Threshold of the target frequency for triggering inter-frequency measurement with measurement quantity of RSCP for CS domain services.For CS domain services, if the value of [Inter-frequency measure report mode] is set to EVENT_TRIGGER, this parameter is used to set the measurement control of event 2B. One of the necessary conditions for triggering event 2B can be met only when the quality of the target frequency is higher than this threshold. If the value of [Inter-frequency measure report mode] is set to PERIODICAL_REPORTING, this parameter is used to evaluate inter-frequency handovers at the RNC.To set this parameter, you need to consider the following factors:The cell signal quality of the target frequency is better and can meet the coverage requirements of the current services.After handover, to prevent ping-pong handover, the inter-frequency measurement should not be started again. That is, this parameter is usually set higher than the trigger threshold for event 2D or equal to the threshold of event 2F.

RNC Interval Type

Threshold of the target frequency for triggering inter-frequency measurement with measurement quantity of Ec/No for PS domain HSPA services.For HSPA services, if the value of [Inter-frequency measure report mode] is set to EVENT_TRIGGER, this parameter is used to set the measurement control of event 2B. One of the necessary conditions for triggering event 2B can be met only when the quality of the target frequency is higher than this threshold. If the value of [Inter-frequency measure report mode] is set to PERIODICAL_REPORTING, this parameter is used to evaluate inter-frequency handovers at the RNC. To set this parameter, you need to consider the following factors:The cell signal quality of the target frequency is better and can meet the coverage requirements of the current services.After handover, to prevent ping-pong handover, the inter-frequency measurement should not be started again. That is, this parameter is usually set higher than the start threshold for event 2D or equal to the threshold of event 2F.

RNC Interval Type

Threshold of the target frequency for triggering inter-frequency measurement with measurement quantity of RSCP for PS domain HSPA services.For HSPA services, if the value of [Inter-frequency measure report mode] is set to EVENT_TRIGGER, this parameter is used to set the measurement control of event 2B. One of the necessary conditions for triggering event 2B can be met only when the quality of the target frequency is higher than this threshold. If the value of [Inter-frequency measure report mode] is set to PERIODICAL_REPORTING, this parameter is used to evaluate inter-frequency handovers at the RNC.To set this parameter, you need to consider the following factors:The cell signal quality of the target frequency is better and can meet the coverage requirements of the current services.After handover, to prevent ping-pong handover, the inter-frequency measurement should not be started again. That is, this parameter is usually set higher than the trigger threshold for event 2D or equal to the threshold of event 2F.

RNC Interval Type

Threshold of the target frequency for triggering inter-frequency measurement with measurement quantity of Ec/No for PS domain non-HSPA services.For PS domain non-HSPA services, if the value of [Inter-frequency measure report mode] is set to EVENT_TRIGGER, this parameter is used to set the measurement control of event 2B. One of the necessary conditions for triggering event 2B can be met only when the quality of the target frequency is higher than this threshold. If the value of [Inter-frequency measure report mode] is set to PERIODICAL_REPORTING, this parameter is used to evaluate inter-frequency handovers at the RNC.To set this parameter, you need to consider the following factors:The cell signal quality of the target frequency is better and can meet the coverage requirements of the current services.After handover, to prevent ping-pong handover, the inter-frequency measurement should not be started again. That is, this parameter is usually set higher than the trigger threshold for event 2D or equal to the threshold of event 2F.

RNC Interval Type

Threshold of the target frequency for triggering inter-frequency measurement with measurement quantity of RSCP for PS domain non-HSPA services.For PS domain non-HSPA services, if the value of [Inter-frequency measure report mode] is set to EVENT_TRIGGER, this parameter is used to set the measurement control of event 2B. One of the necessary conditions for triggering event 2B can be met only when the quality of the target frequency is higher than this threshold. If the value of [Inter-frequency measure report mode] is set to PERIODICAL_REPORTING, this parameter is used to evaluate inter-frequency handovers at the RNC.To set this parameter, you need to consider the following factors:The cell signal quality of the target frequency is better and can meet the coverage requirements of the current services.After handover, to prevent ping-pong handover, the inter-frequency measurement should not be started again. That is, this parameter is usually set higher than the trigger threshold for event 2D or equal to the threshold of event 2F.

RNC Interval Type

RAT coverage handovers at the RNC. Note that the value 0 means the physical value is smaller than -110 dBm. If the periodical report mode is used, the inter-RAT handover decision thresholds are used for the assessment of inter-RAT coverage handover, namely as Tother_RAT in the following formulas. The inter-RAT handover decision thresholds are the absolute thresholds (RSSI) of inter-RAT cell quality for the inter-RAT handover decision.If the quality of another RAT in the inter-RAT measurement report meets the following condition:Mother_RAT + CIO >= Tother_RAT + H/2 the system starts the trigger timer and implements the handover decision after timeout. If the quality of the preceding RAT meets the following condition before timeout:Mother_RAT + CIO < Tother_RAT - H/2 The system stops the timer, and the RNC waits for another inter-RAT measurement report.In which, Mother_RAT indicates the measurement result of the GSM RSSI; Tother_RAT indicates the inter-RAT handover decision threshold; Cell Individual Offset (CIO)

RNC Interval Type

RAT coverage handovers at the RNC. Note that the value 0 means the physical value is smaller than -110 dBm.If the periodical report mode is used, the inter-RAT handover decision thresholds are used for the assessment of inter-RAT coverage handover, namely as Tother_RAT in the following formulas. The inter-RAT handover decision thresholds are the absolute thresholds (RSSI) of inter-RAT cell quality for the inter-RAT handover decision.If the quality of another RAT in the inter-RAT measurement report meets the following condition:Mother_RAT + CIO >= Tother_RAT + H/2 the system starts the trigger timer and implements the handover decision after timeout. If the quality of the preceding RAT meets the following condition before timeout:Mother_RAT + CIO < Tother_RAT - H/2 The system stops the timer, and the RNC waits for another inter-RAT measurement report.In which, Mother_RAT indicates the measurement result of the GSM RSSI; Tother_RAT indicates the inter-RAT handover decision threshold; Cell Individual Offset (CIO)

RNC Interval Type RNC Interval Type RNC This parameter specifies the numbe Enumeration Type

RNC This parameter defines the number of Interval Type

RNC This parameter defines the number of Interval Type RNC This parameter defines the number of Interval Type RNC Enumeration Type RNC Enumeration Type RNC Enumeration Type RNC Enumeration Type RNC Used for the MTP3-B to test a link. Interval Type

parameter is used to evaluate inter-RAT coverage handovers at the RNC. Note that the value 0 means the physical value is smaller than -110 dBm.If the periodical report mode is used, the inter-RAT handover decision thresholds are used for the assessment of inter-RAT coverage handover, namely as Tother_RAT in the following formulas. The inter-RAT handover decision thresholds are the absolute thresholds (RSSI) of inter-RAT cell quality for the inter-RAT handover decision.If the quality of another RAT in the inter-RAT measurement report meets the following condition:Mother_RAT + CIO >= Tother_RAT + H/2 the system starts the trigger timer and implements the handover decision after timeout. If the quality of the preceding RAT meets the following condition before timeout:Mother_RAT + CIO < Tother_RAT - H/2 The system stops the timer, and the RNC waits for another inter-RAT measurement report.In which, Mother_RAT indicates the measurement result of the GSM RSSI; Tother_RAT indicates the inter-RAT handover decision threshold; Segment 5: peer device informationSegment 6: host version

545~35 557~36 569~37 581~38 593~39 605~40 616~41 627~42 639~43 650~44 662~45 674~46 545~35 557~36 569~37 581~38 593~39 605~40 616~41 627~42 639~43 650~44 662~45 674~46 545~35 557~36 569~37 581~38 593~39 605~40 616~41 627~42 639~43 650~44 662~45 674~46 545~35 557~36 569~37 581~38 593~39 605~40 616~41 627~42 639~43 650~44 662~45 674~46

RNC Difference between the System Fram Enumeration Type RNC Uniquely identifying a cell. Interval Type RNC Length of the test code transmitted b Interval Type RNC Maximum duration of cell reselection Enumeration Type RNC Time before reverting to low-mobili Enumeration Type RNC Hysterisis time before non-HCS res Enumeration Type RNC Maximum duration of non-HCS cell re Enumeration Type

RNC Interval Type RNC This parameter specifies whether the Enumeration Type RNC This parameter specifies the upper t String Type RNC This parameter specifies the lower t String Type






This timer provides the time for the RNC to decide whether the UE is in low-mobility state. The smaller the value is, the more frequently the state estimation is triggered. If the parameter is set to 0, it is an

Offset of HCS cell CPICH RSCP measurement value in cell selection or reselection.The larger the value of the parameter, the lower the probability of selecting neighboring cells. The smaller the value of the parameter, the higher the probability of doing so.

Offset of cell CPICH Ec/No measurement value in cell selection or reselection.The larger the value of the parameter, the lower the probability of selecting neighboring cells. The smaller the value the parameter, the higher the probability of doing so.

RNC DL basic common measurement report Interval Type


RNC This parameter specifies the HSDPA Interval Type

RNC HSDPA power requirement measuremen Interval Type RNC This parameter specifies the HSUPA Interval Type

RNC Interval Type


Value range: 1~6000Physical value range: 10 to 60000, step: 10Physical unit: msContent: UL basic common measurement report cycle. For detailed information of this parameter, refer to 3GPP TS 25.433. Recommended value: 20


RNC Interval Type RNC Enumeration Type

RNC This parameter defines the number of Enumeration Type RNC Select the target BAM to switch ove Enumeration Type RNC When a DCH is set up, the UE starts Interval Type RNC If DL code TX power is higher than Interval Type RNC If DL code TX power is lower than t Interval Type RNC This parameter specifies the Traffic Interval Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the user cla Enumeration Type RNC This parameter specifies the Traffic Enumeration Type RNC This parameter specifies the timeout Interval Type

RNC This parameter specifies the time dur Interval Type RNC Specifying the time limitation for bl Interval Type RNC Timer_CU timer. Step is 0.05. This Interval Type RNC This parameter specifies the number Interval Type

RNC Interval Type

Time window for estimating whether the UE is in high-mobility state.The start point of the estimation is the moment of the last reporting of event 1D, and the backdated time length is determined by this parameter. If the parameter is set to 0, the RNC does not decide whether the UE is in high-mobility state.the TFCI is unavailable. For detailed information of this parameter, refer to 3GPP TS

When the inter-freq coverage handover priority of the reported inter-freq measure cells are lower than the highest priority of the measure cells,start the inter-freq coverage handover delay timer.When the timer expiry or the

RNC This parameter specifies the delay ti Interval Type


Time delay to trigger event 2B.The value of this parameter correlates with slow fading. The larger the value of this parameter, the lower probability of incorrect decision, but the slower the response of event 2B to the change of measured signals. Based on the existing emulation result, the hysteresis value is set to effectively reduce the average number of handovers and the number of wrong handovers, thus preventing unnecessary handovers. In addition, from the emulation perspective, the UE at different rates may react differently to the hysteresis value for the event. For the fast-moving UE, the call drop rate is more sensitive to the hysteresis value, whereas for the slow-moving UE, the call drop rate is less sensitive to the hysteresis value. This can also reduce ping-pong handovers or wrong handovers. Therefore, for the cell with most of the fast-moving UEs, this parameter can be set smaller, whereas for the cell with most of the slow-moving UEs, this parameter can be set larger. The value of this parameter can be adjusted according to the actual network statistics.


Time delay to trigger event 2D.The value of this parameter correlates with slow fading. The larger the value of this parameter, the lower probability of incorrect decision, but the slower the response of event 2D to the change of measured signals. Based on the existing emulation result, the hysteresis value is set to effectively reduce the average number of handovers and the number of wrong handovers, thus preventing unnecessary handovers. In addition, from the emulation perspective, the UE at different rates may react differently to the hysteresis value for the event. For the fast-moving UE, the call drop rate is more sensitive to the hysteresis value, whereas for the slow-moving UE, the call drop rate is less sensitive to the hysteresis value. This can also reduce ping-pong handovers or wrong handovers. Therefore, for the cell with most of the fast-moving UEs, this parameter can be set smaller, whereas for the cell with most of the slow-moving UEs, this parameter can be set larger. The value of this parameter can be adjusted according to the actual network statistics.


RNC Interval Type

Time delay to trigger the event 2F.The value of this parameter correlates with slow fading. The larger the value of this parameter, the lower probability of incorrect decision, but the slower the response of event 2F to the change of measured signals. Based on the existing emulation result, the hysteresis value is set to effectively reduce the average number of handovers and the number of wrong handovers, thus preventing unnecessary handovers. In addition, from the emulation perspective, the UE at different rates may react differently to the hysteresis value for the event. For the fast-moving UE, the call drop rate is more sensitive to the hysteresis value, whereas for the slow-moving UE, the call drop rate is less sensitive to the hysteresis value. This can also reduce ping-pong handovers or wrong handovers. Therefore, for the cell with most of the fast-moving UEs, this parameter can be set smaller, whereas for the cell with most of the slow-moving UEs, this parameter can be set larger. The value of this parameter can be adjusted according to the actual network statistics.

During the period of time specified by this parameter, if the signal quality in a neighboring GSM cell satisfies inter-RAT handover conditions and the neighboring GSM cell is not verified, an inter-RAT handover is triggered. When the value of this parameter is 65535, the RNC does not perform inter-RAT handovers to non-verified GSM cells. The higher the time-to-trigger parameters are, the

RNC Interval Type

triggered by periodical reports. Only the inter-frequency cell in which the signal quality meets the requirement in all periodical reports during the period of time specified by this parameter can be selected as the target cell in the inter-frequency handover. The larger the value of this parameter, the lower probability of incorrect decision, but the slower the response of the handover to the change of measured signals.Based on the existing emulation result, the hysteresis value is set to effectively reduce the average number of handovers and the number of wrong handovers, thus preventing unnecessary handovers. In addition, from the emulation perspective, the UE at different rates may react differently to the hysteresis value for the event. For the fast-moving UE, the call drop rate is more sensitive to the hysteresis value, whereas for the slow-moving UE, the call drop rate is less sensitive to the hysteresis value. This can also reduce ping-pong handovers or wrong handovers. Therefore, for the cell with most of the fast-moving UEs, this parameter can be set smaller, whereas for the cell with most of the slow-moving UEs, this parameter can be set larger. The value of this parameter can be adjusted according to the actual

RNC Interval Type RNC This parameter specifies the time fr Enumeration Type RNC This parameter specifies the time fr Enumeration Type

RNC Interval Type RNC This parameter specifies the number Interval Type RNC TRMMAP ID. Interval Type RNC Index of the traffic mapping used by Interval Type RNC Index of the traffic mapping used by Interval Type RNC Index of the traffic mapping used by Interval Type RNC Signalling link test acknowledgement Interval Type RNC Signalling link repeat test timer. Th Interval Type RNC Transport type of the Iub interface. Enumeration Type RNC IUR trans bearer type. Enumeration Type RNC The transfers bearer type of Iu interf Enumeration Type RNC This parameter specifies the time of Interval Type

quality in a neighboring GSM cell satisfies inter-RAT handover conditions and the neighboring GSM cell is verified, an inter-RAT handover is triggered.The inter-RAT handover conditions are as follows:Mother_RAT + CIO >= Tother_RAT + H/2If the quality of the GSM neighboring cell meets the preceding condition, the system starts the trigger timer. The system then implements the handover decision after timeout if the quality of the GSM neighboring cell always meets the preceding condition throughout the time length of the timer. The time length of the trigger timer is called the delay trigger time.The delay trigger time and hysteresis are used to prevent mis-decisions caused by signal jitters during inter-RAT handover decisions.Considering that the UE is on the edge of the system, the parameter TimeToTrigForVerify should be set to a comparatively low value. Because the GSM cells of which the BSIC is already verified usually have good performance, the parameter TimeToTrigForVerify should be set to 0, which indicates that the handover is implemented immediately.

This parameter specifies the number of consecutive periods during which the percentage of retransmitted PDUs is higher than the threshold of event A before event A is triggered.Recommended value (default value): 2.

RNC A positive value relative to Latest Interval Type

RNC A positive value relative to Time of Interval Type RNC The cell will shut down automatical Interval Type RNC Enumeration Type

RNC Enumeration Type RNC This parameter specifies the traffic Enumeration Type

RNC This parameter specifies the traffic Enumeration Type

RNC This parameter specifies the traffic Enumeration Type

RNC Traffic mode of M3UA link set. Enumeration Type RNC Interval Type RNC This parameter specifies the round- Interval Type RNC The transport type of the adjacent no Enumeration Type

famlog directory under the BAM installation directory.

HCS cell reselection penalty timer.The larger the value of the parameter, the longer the HCS penalty time. The smaller the value of the parameter, the shorter the HCS penalty time.

perform this action. This parameter defines the maximum number of

RNC Transport type. Enumeration Type

RNC Uniquely identifying a common transp Interval Type RNC Uniquely identifying a common transp Interval Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the type o Enumeration Type RNC This parameter specifies the type o Enumeration Type

RNC Interval Type

occurs, the event 1D record is restored to the state when the 1st event 1D occurs during the latest [TRELATELENGTH]. The given time length is set by this parameter.

RNC Interval Type RNC This parameter indicates the UE res Interval Type RNC This parameter indicates the UE res Interval Type RNC This parameter specifies the index of Interval Type

neighboring cell is better than that of the serving cell during the specified time of this parameter, the UE reselects the neighboring cell. It is used to avoid ping-pong reselection between different cells. Note that the value 0 corresponds to the default value defined in the protocol. Set the parameter as follows:1. Ensure that the UE can reselect a cell when crossing the non-soft-switch area of the cell and that the UE timely performs location updates, cell updates, or URA updates when necessary.2. Ensure that the UE does not reselect a cell when it is in the soft-switch area of the cell. In this way, the unnecessary location updates, cell updates, and URA updates are avoided.3. Consider the difference between cells that cover different areas, for example the cells covering highways and cells covering densely populated areas. TIf the parameter is set to a comparatively low value, the ping-pong reselections may be caused. The parameter can be increased in populated area and reduced in high-speed movement. If the parameter is set to a comparatively high value, the cell reselection delay may become excessively high, and thus cell reselections may be affected.


close to a multiple of 200 ms.The UE at different rates may react differently to the hysteresis value for the event. For the fast-moving UE, the call drop rate is more sensitive to the hysteresis value, whereas for the slow-moving UE, the call drop rate is less sensitive to the hysteresis value. This can also reduce ping-pong handovers or wrong handovers. Therefore, for the cell with most of the fast-moving UEs, this parameter can be set smaller, whereas for the cell with most of the slow-moving UEs, this parameter can be set larger.Different events require different values of the time-to-trigger parameter: the event (1A) of adding cells to the active set requires a comparatively short delay; the events of replacing cells in the active set (1C and 1D) require relatively fewer ping-pong and wrong handovers and have no big impact on the call drop rate, and therefore TrigTime1C and TrigTime1D can be set to comparatively high values; the events of deleting cells in the active set (1B and 1F) require fewer ping-pong handovers, so the initial settings of TrigTime1B can be the same as TrigTime1A and can be adjusted according to the actual network statistics.For the macro cell, the recommended adjustment range is


Time delay to trigger the event 2C.The value of this parameter correlates with slow fading.The larger the value of this parameter, the lower probability of incorrect decision, but the slower the response of event 2F to the change of measured signals. Based on the existing emulation result, the hysteresis value is set to effectively reduce the average number of handovers and the number of wrong handovers, thus preventing unnecessary handovers. In addition, from the emulation perspective, the UE at different rates may react differently to the hysteresis value for the event. For the fast-moving UE, the call drop rate is more sensitive to the hysteresis value, whereas for the slow-moving UE, the call drop rate is less sensitive to the hysteresis value. This can also reduce ping-pong handovers or wrong handovers. Therefore, for the cell where fast-moving UEs are dominant, this parameter can be set smaller, whereas for the cell where slow-moving UEs are dominant, this parameter can be set larger. The value of this parameter can be adjusted according to the actual network statistics.


Time delay to trigger the event 2D.The value of this parameter correlates with slow fading. The larger the value of this parameter, the lower probability of incorrect decision, but the slower the response of event 2F to the change of measured signals. Based on the existing emulation result, the hysteresis value is set to effectively reduce the average number of handovers and the number of wrong handovers, thus preventing unnecessary handovers. In addition, from the emulation perspective, the UE at different rates may react differently to the hysteresis value for the event. For the fast-moving UE, the call drop rate is more sensitive to the hysteresis value, whereas for the slow-moving UE, the call drop rate is less sensitive to the hysteresis value. This can also reduce ping-pong handovers or wrong handovers. Therefore, for the cell with most of the fast-moving UEs, this parameter can be set smaller, whereas for the cell with most of the slow-moving UEs, this parameter can be set larger. The value of this parameter can be adjusted according to the actual network statistics.


Time delay to trigger the event 2F.The value of this parameter correlates with slow fading. The larger the value of this parameter, the lower probability of incorrect decision, but the slower the response of event 2F to the change of measured signals. Based on the existing emulation result, the hysteresis value is set to effectively reduce the average number of handovers and the number of wrong handovers, thus preventing unnecessary handovers. In addition, from the emulation perspective, the UE at different rates may react differently to the hysteresis value for the event. For the fast-moving UE, the call drop rate is more sensitive to the hysteresis value, whereas for the slow-moving UE, the call drop rate is less sensitive to the hysteresis value. This can also reduce ping-pong handovers or wrong handovers. Therefore, for the cell with most of the fast-moving UEs, this parameter can be set smaller, whereas for the cell with most of the slow-moving UEs, this parameter can be set larger. The value of this parameter can be adjusted according to the actual network statistics.


larger the value of this parameter, the lower the incorrect decision probability, but the slower the response of the event 3A to measurement signal change.Based on the existing emulation result, the hysteresis value is set to effectively reduce the average number of handovers and the number of wrong handovers, thus preventing unnecessary handovers. In addition, from the emulation perspective, the UE at different rates may react differently to the hysteresis value for the event. For the fast-moving UE, the call drop rate is more sensitive to the hysteresis value, whereas for the slow-moving UE, the call drop rate is less sensitive to the hysteresis value. This can also reduce ping-pong handovers or wrong handovers. Thus, set the value smaller for cells where fast-moving UEs are dominant, whereas set the value bigger for cells where slow-moving UEs are dominant. The value of this parameter can be adjusted according to the actual network statistics.Because the report period of inter-frequency measurement is 480 ms, the trigger time period shorter than 480 ms is invalid.The bigger the time-to-trigger values are, the lower the average handover frequency is; but the

RNC Enumeration Type RNC To guarantee the power control perfo Enumeration Type RNC To guarantee the power control perfo Enumeration Type RNC This parameter specifies the number o Interval Type RNC This parameter specifies the slot nu Interval Type

RNC This parameter specifies the number Interval Type RNC Radio Link Failure Timer Duration. W Interval Type RNC Uniquely identifying an RNC. Interval Type RNC This parameter specifies the TRUNK IP Address Type RNC This parameter specifies the IP ad IP Address Type RNC This parameter specifies the subn IP Address Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the number Enumeration Type RNC This parameter specifies whether time Enumeration Type

larger the value of this parameter, the lower the incorrect decision probability, but the slower the response of the event 3C to measurement signal change.Based on the existing emulation result, the hysteresis value is set to effectively reduce the average number of handovers and the number of wrong handovers, thus preventing unnecessary handovers. In addition, from the emulation perspective, the UE at different rates may react differently to the hysteresis value for the event. For the fast-moving UE, the call drop rate is more sensitive to the hysteresis value, whereas for the slow-moving UE, the call drop rate is less sensitive to the hysteresis value. This can also reduce ping-pong handovers or wrong handovers. Thus, set the value smaller for cells where fast-moving UEs are dominant, whereas set the value bigger for cells where slow-moving UEs are dominant. The value of this parameter can be adjusted according to the actual network statistics.Because the report period of inter-frequency measurement is 480 ms, the trigger time period shorter than 480 ms is invalid.The bigger the time-to-trigger values are, the lower the average handover frequency is; but the

RNC This parameter specifies the timeslo Bit Field Type RNC This parameter specifies the index o Interval Type RNC This parameter specifies the name of String Type

RNC Interval Type RNC MGWTST user IMSI in a number se String Type RNC This parameter specifies the time dur Interval Type RNC Indicating whether setting MGWTST Enumeration Type RNC This parameter specifies the duratio Interval Type RNC This parameter specifies the time-t Interval Type RNC This parameter specifies the forward Interval Type RNC Forward bandwidth of the IP path. Interval Type RNC This parameter is valid only whe Interval Type

RNC This parameter indicates whether tran Enumeration Type RNC This parameter specifies the interval Interval Type RNC This parameter specifies the interva Interval Type

RNC This parameter specifies the TX tra Interval Type RNC This parameter specifies the upper Enumeration Type

RNC Interval Type

Time window for deciding whether the UE is in low-mobility state.Every time the slow speed cycle timer times out, the RNC estimates whether the UE is in low-mobility state. The backdated time length is set by this parameter.

Band5General frequencies: [4357-4458]Additional frequencies: {1007, 1012, 1032,1037, 1062, 1087}Band6General frequencies: [4387-4413]Additional frequencies: {1037,

RNC Interval Type

RNC Indicating whether the UL frequency Enumeration Type RNC This timer is started when an AAL2 Interval Type RNC UDP MUX Max Length. Interval Type RNC Receive UDP MUX Mode(Only effec Enumeration Type RNC Sender UDP MUX Mode(Only effect Enumeration Type RNC UDP MUX Max Time. Interval Type RNC Switch for sending A-GPS assistance Bit Field Type RNC Switch for sending A-GPS assistance Bit Field Type RNC A timer used to wait UE capability e Interval Type RNC A timer to RNC wait for the respons Interval Type RNC This parameter specifies the type of Enumeration Type RNC This parameter specifies the unit ti Interval Type RNC This parameter specifies the upper li String Type RNC UL activity factor of the R99 AMR co Interval Type

RNC Duration when the measured value of Enumeration Type

Band6:General frequencies: [4162-4188]Additional frequencies: {812, 837}Band7:General frequencies: [2012-2338]Additional frequencies: {2362, 2387, 2412, 2437, 2462, 2487, 2512, 2537, 2562, 2587, 2612, 2637, 2662, 2687}Band8:General frequencies: [2712-2863]Additional frequencies: noneBand9:General frequencies: [8762-8912]Additional frequencies: noneBandIndNotUsed: [0-16383]Uplink UARFCN of a cell.Suppose the Uplink UARFCN is unspecified and the value of [Band indication] is Band1, Band2, Band3, Band4, Band5, Band6, Band7, Band8,or Band9. Then the default Uplink UARFCN is as follows: If the DL frequency belongs to common frequencies, thenBand1: Uplink UARFCN = Downlink UARFCN - 950Band2: Uplink UARFCN = Downlink UARFCN - 400Band3: Uplink UARFCN = Downlink UARFCN - 225Band4: Uplink UARFCN = Downlink UARFCN - 225Band5: Uplink UARFCN = Downlink UARFCN - 225Band6: Uplink UARFCN =




RNC Duration when the measured value of Enumeration Type RNC UL activity factor of the R99 backgr Interval Type


RNC This parameter specifies the default Enumeration Type RNC UL BE traffic Initial bit rate. When Enumeration Type RNC The rate decision threshold of UL P Enumeration Type





The larger the value of this parameter, the stronger the smoothing effect and the higher the


RNC Length of smoothing filter window Interval Type RNC Interval Type

RNC Admission threshold of total cell upl Interval Type RNC Bit Field Type

RNC Number of users selected in a UL LD Interval Type

RNC Number of users selected in a UL L Interval Type

RNC For a BE service that has a low max Enumeration Type RNC This parameter specifies the UL FP Enumeration Type

RNC Maximum UL rate when coverage of th Enumeration Type RNC This parameter specifies the UL GBR Enumeration Type

RNC Uplink Credit Reserved by Spread Fa Enumeration Type RNC If the HS-DPCCH carries ACK/NACK, t Interval Type RNC This parameter specifies the E-DCH Enumeration Type RNC UL activity factor of the R99 interac Interval Type RNC The UE can be selected to process loa Interval Type

call, then plus with the premeditated common channel UL load factor to get the predicted UL

- HIGHER_LAYER_SCHDL: higher layer scheduling If both SF/2 and

RNC The inter-frequency neighboring cell Interval Type RNC The mechanism of the LDR is that an Interval Type


RNC Number of RABs selected in a UL LDR Interval Type

RNC Reserved SF threshold in uplink cred Enumeration Type RNC This parameter has the same content Enumeration Type




handover of the CS domain is performed.PSINTERRATSHOULDBELDHO: The inter-RAT SHOULDBE load handover of the PS domain is performed.AMRRATERED (AMR service rate decreasing): The setting of the TFC subset and the negotiation of the service rate can be performed for the AMR voice service.CSINTERRATSHOULDNOTLDHO: The inter-RAT SHOULDBE load handover of the CS domain is performed.PSINTERRATSHOULDNOTLDHO: The inter-RAT SHOULDNOTBE load handover of the PS domain is performed.The LDR takes the actions in the preset sequence and judges whether each action is successful. If an action is unsuccessful, the LDR turns to the next action. If an action is successful, a parameter is set to NOACT, or all the preceding actions are taken, the downlink LDR is finished, and the system waits for the next triggering of the LDR.Because each action is performed by its algorithm module, the LDR algorithm only selects users and delivers control messages, the execution result of each action can be obtained after a delay, and the LDR algorithm cannot wait for a

RNC Number of RABs selected in a UL LDR Interval Type

RNC If the ratio of UL load of the cell Interval Type



RNC This parameter has the same content Enumeration Type RNC If the ratio of UL load of the cell t Interval Type RNC This parameter specifies the maximu Enumeration Type

RNC Smooth filtering coefficient for UL Enumeration Type RNC This parameter determines whether a Enumeration Type

RNC Threshold of the UL intermediate ra Enumeration Type

RNC To adjust the UL AMR speech rate, Interval Type

RNC UL activity factor of the R99 non A Interval Type

RNC Interval Type

The percentage of the conversational AMR service threshold to the 100% uplink load. It is applicable to algorithm 1 and algorithm 2. The parameter is used for controlling the AMR service admission. That is, when an AMR service is accessing, the RNC evalutates the measurement value of the uplink load after the service is accessed. If the UL load of a cell is higher than this threshold after the access of an AMR speech service, this service will be rejected. If the UL load of a cell will not be higher than this threshold, this service will be admitted. The UL load factor thresholds include parameters of [UL threshold of Conv non_AMR service], [UL handover access threshold] and [UL threshold of other services]. The four parameters can be used to limit the proportion between the conversational service, handover user and other services in a specific cell, and to guarantee the access priority of the conversational AMR service. If the value is too high the system load after admission may be over large, which impacts system stability and leads to system congestion. If the value is too low, the possibility of user rejects may increase, resulting in waste in idle resources.

RNC Interval Type

The percentage of the handover service admission threshold to the 100% uplink load. It is applicable to algorithm 1 and algorithm 2. The parameter is used for controlling the handover admission. That is, when a service is handing over to a cell, the RNC evalutates the measurement value of the uplink load after the service is accessed. If the UL load of a cell is higher than this threshold after the access, this service will be rejected. If the UL load of a cell will not be higher than this threshold, this service will be admitted. The UL load factor thresholds include parameters of [UL threshold of Conv non_AMR service], [UL handover access threshold] and [UL threshold of other services]. The four parameters can be used to limit the proportion between the non-handover service, handover user and other services in a specific cell, and to guarantee the access priority of the handover service. This parameter is to guarantee the access priority of the handover service. If the value is too high the system load after admission may be over large, which impacts system stability and leads to system congestion. If the value is too low, the possibility of user rejects may increase, resulting in waste in idle resources.

RNC Interval Type

The percentage of the conversational non-AMR service threshold to the 100% uplink load. It is applicable to algorithm 1 and algorithm 2. The parameter is used for controlling the non-AMR service admission. That is, when a non-AMR service is accessing, the RNC evalutates the measurement value of the uplink load after the service is accessed. If the UL load of a cell is higher than this threshold after the access of a non-AMR speech service, this service will be rejected. If the UL load of a cell will not be higher than this threshold, this service will be admitted. The UL load factor thresholds include parameters of [UL threshold of Conv non_AMR service], [UL handover access threshold] and [UL threshold of other services]. The four parameters can be used to limit the proportion between the conversational service, handover user and other services in a specific cell, and to guarantee the access priority of the conversational non-AMR service. If the value is too high the system load after admission may be over large, which impacts system stability and leads to system congestion. If the value is too low, the possibility of user rejects may increase, resulting in waste in idle resources.

RNC Interval Type


thresholds to the 100% uplink load. The services refer to other admissions except the conversational AMR service, conversational non-AMR service, and handover scenarios. It is applicable to algorithm 1 and algorithm 2. The parameter is used for controlling other service admissions. That is, when a service is accessing, the RNC evalutates the measurement value of the uplink load after the service is accessed. If the UL load of a cell is higher than this threshold after the access of a service, this service will be rejected. If the UL load of a cell will not be higher than this threshold, this service will be admitted. The UL load factor thresholds include parameters of [UL threshold of Conv non_AMR service], [UL handover access threshold] and [UL threshold of other services]. The four parameters can be used to limit the proportion between the conversational service, handover user and other services in a specific cell, and to guarantee the access priority of other services. If the value is too high the system load after admission may be over large, which impacts system stability and leads to system congestion. If the value is too low, the possibility of user rejects may increase, resulting in waste in idle

RNC Interval Type

overloaded and congested, the uplink TF can be adjusted to restrict the number of blocks transported in each TTI at the MAC layer and the rate of user data, thus reducing the cell uplink load.The mechanism of the OLC is that an action is performed in each [OLC period] and some services are selected based on the action rules to perform this action. This parameter defines the maximum number of RABs selected in executing uplink OLC fast restriction.Selection of RABs of the OLC is based on the service priorities and ARP values and bearing priority indication. The RAB of low priority is under control. In the actual system, UlOlcFTFRstrctRabNum and DlOlcFTFRstrctRabNum can be set on the basis of the actual circumstances. If the high-rate subscribers occupy a high proportion, set UlOlcFTFRstrctRabNum and DlOlcFTFRstrctRabNum to comparatively low values. If the high-rate subscribers occupy a low proportion, set UlOlcFTFRstrctRabNum and DlOlcFTFRstrctRabNum to comparatively high values.The higher the parameters are, the more users are involved in fast TF restriction under the same conditions, the quicker the cell load

RNC Interval Type

RNC L3 filtering coefficient. The larger Enumeration Type

RNC If the ratio of UL load of the cell Interval Type RNC Interval Type

RNC UL OLC trigger hysteresis. Interval Type RNC If the ratio of UL load of the cell Interval Type

RNC Number of users selected in a UL LDR Interval Type

situation where, when the cell is overloaded and congested, the uplink TF can be adjusted to restrict the number of blocks transported in each TTI at the MAC layer and the rate of user data, thus reducing the cell uplink load.The mechanism of the OLC is that an action is performed in each [OLC period] and some services are selected based on the action rules to perform this action. This parameter defines the maximum number of uplink OLC fast TF restriction performed in entering/exiting the OLC status.After the overload is triggered, the RNC immediately executes OLC by first executing fast TF restriction. The internal counter is incremented by 1 with each execution. If the number of overloads does not exceed the OLC action threshold, the system lowers the BE service rate by lowering TF to relieve the overload. If the number of overloads exceeds the OLC action threshold, the previous operation has no obvious effect on alleviating the overload and the system has to release users to solve the overload problem.The lower the parameters are, the more likely the users are released, resulting in negative effect on the system performance. If the parameters are excessively high, the

RABs released in executing uplink OLC service release.

RNC Number of users selected in a UL LD Interval Type RNC Rate adjustment switch of link stab Enumeration Type RNC Inter-frequency handover switch of Enumeration Type RNC Inter-RAT handover switch of link Enumeration Type

RNC Interval Type RNC Inter-frequency handover switch of Enumeration Type RNC Rate adjustment switch of link sta Enumeration Type RNC Inter-frequency handover switch of Enumeration Type RNC Inter-RAT handover switch of link Enumeration Type RNC This parameter determines whether t Enumeration Type RNC This parameter determines whether t Enumeration Type

RNC Enumeration Type RNC UL activity factor of SRB. Interval Type RNC This parameter specifies the E-DCH Enumeration Type RNC UL activity factor of the R99 stream Interval Type RNC This parameter specifies the defaul Enumeration Type RNC This parameter specifies the E-DCH Enumeration Type RNC Interval Type

RNC Measurement reporting threshold for Interval Type

RNC Measurement reporting threshold for Interval Type RNC Measurement reporting threshold for Interval Type RNC When the algorithm 2 is used, this p Interval Type RNC This parameter specifies the step s Interval Type



be started.For the inter-frequency or inter-RAT measurement based on coverage, the compressed mode can be stopped through reporting event 2F. For measurement that is not

system resources and therefore this approach is recommended only for low-rate users. The high-layer scheduling requires variable multiplexing positions of transport

measured value is higher than the absolute threshold 6A1. This event can trigger UL QoS operation. This


RNC Interval Type

RNC Interval Type

RNC Interval Type

RNC Interval Type

RNC Interval Type

RNC Interval Type RNC This parameter specifies the number Interval Type RNC This parameter specifies the coeff Interval Type RNC ID of the upper node when ISROO Interval Type

Estimated altitude of an uncertain area in the cell center in the WGS-84 coordinates.This is controlled by MTRLGY and valid when MET~0(metric system).

This parameter specifies the estimated altitude of an uncertain area in the cell center in the WGS-84 coordinates.This is controlled by MTRLGY and valid when IMP~1(British measurement).

Length of the semi-major axis of an uncertain area in the cell center.This is controlled by MTRLGY and valid when MET~0(metric system).

This parameter specifies the length of the semi-major axis of an uncertain area in the cell center.This is controlled by MTRLGY and valid when IMP~1(British measurement).

Length of the semi-minor axis of an uncertain area in the cell center.This is controlled by MTRLGY and valid when MET~0(metric system).

This parameter specifies the length of the semi-minor axis of an uncertain area in the cell center.This is controlled by MTRLGY and valid when IMP~1(British measurement).

RNC Number of the upper class transpor Interval Type RNC This parameter specifies the number o Interval Type RNC A cell can belongs to multiple URAs Interval Type RNC A cell can belongs to multiple URAs Interval Type RNC A cell can belongs to multiple URAs Interval Type RNC A cell can belongs to multiple URAs Interval Type RNC A cell can belongs to multiple URAs Interval Type RNC A cell can belongs to multiple URAs Interval Type RNC A cell can belongs to multiple URAs Interval Type RNC A cell can belongs to multiple URAs Interval Type

RNC ID of the URA in a cell. The URA i Interval Type RNC Number of UTRAN Registration Area Enumeration Type

RNC Interval Type

RNC Interval Type

RNC Interval Type

is used to set the measurement control of event 2B. One of the necessary conditions can be met only when the quality of the used frequency is lower than this threshold (Event 2B can be triggered only when both conditions are met.) To set this parameter, you need to consider the following factors:The cell signal quality of the used frequency is better and can meet the coverage requirements of the current services.is used to set the measurement control of event 2B. One of the necessary conditions can be met only when the quality of the used frequency is lower than this threshold (Event 2B can be triggered only when both conditions are met.) To set this parameter, you need to consider the following factors:The cell signal quality of the used frequency is better and can meet the coverage requirements of the current services.this parameter is used to set the measurement control of event 2B. One of the necessary conditions can be met only when the quality of the used frequency is lower than this threshold (Event 2B can be triggered only when both conditions are met.) To set this parameter, you need to consider the following factors:The cell signal quality of the used frequency is better and can meet the coverage requirements of the current services.After handover, even if the inter-

RNC Interval Type


this parameter is used to set the measurement control of event 2B. One of the necessary conditions can be met only when the quality of the used frequency is lower than this threshold (Event 2B can be triggered only when both conditions are met.) To set this parameter, you need to consider the following factors:The cell signal quality of the used frequency is better and can meet the coverage requirements of the current services.After handover, even if the inter-selected for inter-RAT.Ec/No: signal-to-noise ratioRSCP: received signal code powerCPICH_Ec/NO: the measurement quantity used for event 2D and 2F, with unit of dBCPICH_RSCP: the measurement quantity used for event 2D and 2F, with unit of dBmThe RNC, in the coverage-based inter-RAT measurement, may configure that the inter-RAT measurement quantity are delivered according to event 2D that triggers the measurement, which causes the result that the Qos-based inter-RAT measurement cannot refer to the coverage-based configurations. Under this condition, it is necessary for the Qos-based inter-RAT measurement to set the used frequency separately. When both the Qos-based and the coverage-based inter-RAT measurements exist, refer to this parameter.As for the impact on network performance:When the UE moves to the cell border, and there is a intra-frequency neighboring cell in the moving direction, CPCICH Ec/No varies faster than RSCP and the quality of the current cell should be evaluated according to CPCICH Ec/No. When there is no intra-frequency neighboring cell in the direction, CPCICH RSCP varies faster than Ec/No and the quality

RNC Interval Type

RNC Interval Type RNC This parameter specifies whether to Enumeration Type RNC This parameter specifies whether the Enumeration Type RNC This parameter specifies whether to Enumeration Type RNC This parameter specifies whether to Enumeration Type

RNC Indicating whether HCS is used. For Enumeration Type RNC This parameter specifies whether to Enumeration Type RNC Enumeration Type RNC Percentage of User Plane Sharing Ou Interval Type RNC Percentage of User Plane Sharing Ou Interval Type

RNC This parameter specifies the user pri Enumeration Type RNC This parameter specifies whether t Enumeration Type RNC This parameter specifies the unit of Enumeration Type RNC VCI of the PVC from which the AAL Interval Type RNC This parameter specifies the type o Enumeration Type

is used to set the measurement control of event 2B. One of the necessary conditions can be met only when the quality of the used frequency is lower than this threshold (Event 2B can be triggered only when both conditions are met.) To set this parameter, you need to consider the following factors:The cell signal quality of the used frequency is better and can meet the coverage requirements of the current services.is used to set the measurement control of event 2B. One of the necessary conditions can be met only when the quality of the used frequency is lower than this threshold (Event 2B can be triggered only when both conditions are met.) To set this parameter, you need to consider the following factors:The cell signal quality of the used frequency is better and can meet the coverage requirements of the current services.

is HALF, it means only 1/2 of the users could be handover to the inter-RAT neighbour cell. When the

RNC VLAN ID flag. Enumeration Type

RNC This parameter specifies the VLAN I Interval Type RNC This parameter specifies the VLAN p Interval Type RNC AMR voice service downlink factor. Interval Type RNC AMR voice primary path. Enumeration Type RNC AMR voice primary path load thresh Interval Type RNC AMR voice secondary path. Enumeration Type RNC AMR voice primary secondary path l Interval Type RNC AMR voice service uplink factor. Interval Type RNC Enumeration Type RNC This parameter decides E-DCH TTI t Enumeration Type RNC This parameter specifies whether the Enumeration Type RNC This parameter specifies the upper String Type RNC This parameter specifies the lower String Type RNC This parameter specifies whether the Enumeration Type RNC This parameter specifies the upper String Type RNC This parameter specifies the lower String Type RNC This parameter specifies the index o Interval Type RNC VPI of the PVC from which the AAL Interval Type

RNC This parameter indicating whether VP Enumeration Type RNC When the parameter is set to YES, t Enumeration Type RNC VP CDR(Call Drop Ratio) Per Spu, if Interval Type RNC The minimum number of VP service se Interval Type RNC Successful VP service setup ratio Per Interval Type RNC The Minimum number of VP release Pe Interval Type RNC Timer for triggering a second adju Interval Type RNC This parameter specifies whether the Enumeration Type

- HSDPA: Uplink is preferably carried on DCH, and downlink is

RNC Interval Type

This parameter is used to determine the relative threshold of the soft handover based on the measurement of each cell in the active set. The larger the value of the parameter is, the higher the relative threshold is under the same conditions. When Weight is set to 0, the SHO relative threshold depends on only the best cell of the active set. For the definition, refer to 3GPP TS 25.331.When the parameter equals 0, the general quality of the active set is the measurement of the best cell and the SHO relative threshold depends on only the best cell in the active set. When the parameter equals 1, it can be regarded as the equivalent signal strength when maximum ratio combination of down links of all cells in the active set is implemented.As for the impact on network performance:The larger the value of the parameter is, the higher thresholds for triggering events 1A and 1B are obtained under the same condition, and the more difficult it is for the cell to join the active set, and the easier it is for the cell to leave the active set. The smaller the value of the parameter is, the easier it is for the cell to join the active set, and the more difficult it is for the cell to leave the active set.

RNC Interval Type RNC Size of the sliding window.It can be Interval Type

RNC Work mode of M3UA link set. Enumeration Type RNC This parameter specifies the flag of Enumeration Type RNC This parameter specifies the work mo Enumeration Type RNC This parameter specifies the time to Interval Type RNC This parameter specifies the X offs Interval Type RNC For the PS BE service at a rate of 0 k Interval Type RNC This parameter specifies the time z Enumeration Type

Weight used for computing frequency general quality.The larger the value of this parameter, the higher the calculated general quality of the active set. When this parameter is set to 0, the general quality of the active set is the quality of the best cell in the active set. For details about this parameter, refer to the subsection of frequency quality estimation in the section of inter-frequency measurement in 3GPP TS 25.331. This parameter is used for all event-triggered inter-frequency measurements, including those triggered by events 2D, 2F, 2B and 2C. The parameter, however, is not used for periodical inter-frequency measurements. The larger the value of this parameter, the higher the estimated quality of the current frequency in the same condition, and the more difficult to trigger inter-frequency handover. The smaller the value of this parameter, the lower the estimated quality of the current frequency, and the easier to trigger inter-frequency handover. Generally, this parameter is set to 0 or 1. Whether the handover is easy or difficult to trigger is not decided by the way of setting this parameter.

GUI Value Range Actual Value Range Unit

R99, HSPA, SHARE R99,HSPA,SHARE None hour, min, sec 00:00:00~23:59:59 s 0~7 0~7 None 0~7 0~7 None 0~7 0~7 None 0~7 0~7 None 0~7 0~7 None 0~7 0~7 None 0~7 0~7 None ASC0, ASC1, ASC2, ASC3, ASC4, ASC0, ASC1, ASC2, ASC3, ASC4, None

Disable, Enable Disable (not support the address and None 1~36000 10~360000, step:10 ms 1~36000 1~36000 s

AC0(Access Class 0 Restriction), A AC0,AC1,AC2,AC3,AC4,AC5,AC6 None AC0(Access Class 0 Restriction), A AC0,AC1,AC2,AC3,AC4,AC5,AC6 None

6~3600 6~3600 s 1~10 0.1~1, step:0.1 per cent OFF, ON OFF, ON None LOCAL(Local File), SHARE(Share LOCAL,SHARE None GPS(Global Position System), DGP GPS(Global Position System),DGPS None 1~95 1 to 95 per cent NOPRIORITY(NOPRIORITY), GO NOPRIORITY, GOLD, SILVER, None INACTIVE, ACTIVE INACTIVE, ACTIVE None NODELIVERY, DELIVERY NODELIVERY, DELIVERY None UE_BASED, UE_ASSISTED, UE UE_BASED, UE_ASSISTED, UE None

0~65534 0 to 65534 None

RNC(Local RNC), NODEB(Local RNC(Local RNC), NODEB(Local None -22~5 -22~5 dB 0~1 0~1 None

1~65535 1~65535 None BIT_ALIGN(Bit aligned mode), O BIT_ALIGN, OCTET_ALIGN None 0~4000000 0~4000000 kbit/s Manual(Manual), Automatic(Automa Manual, Automatic None -1000~10000 -1000 to 10000 m -3281~32810 -3281~32810 None Critical(Critical), Major(Major), Critical,Major,Minor,Warning None

0~63 0~62, 63: Infinity None



0~63 0~62, 63: Infinity None SENDER_PARA, RECEIVE_PAR SENDER_PARA, RECEIVE_PAR None NO, YES NO, YES None 0~100 0~100 None 0~65534 0~65534 None 0~100 0~100 None 0~65534 0~65534 None 20~64000 20~64000 ms

0~1999 0~1999 None -32767~32767 -32767~32767 m -107502~107502 -107502~107502 m -90000000~90000000 -90~90, step: 0.000001 degree - -90~90 second -180000000~180000000 -180~180, step: 0.000001 degree - -180~180 second 0~3600 0~360, step: 0.1 degree 0~3600 0~360, step: 0.1 degree TRUE, FALSE FALSE,TRUE None NBAP, M3UA NBAP, M3UA None

APPLIED_ON_UPLINK, APPLI APPLIED_ON_UPLINK, APPLI None PRIMARY(Active Area), STANDBY PRIMARY,STANDBY,ALL None PRIMARY(Primary), STANDBY(St PRIMARY, STANDBY, ALL None Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None

Gold, Silver, Copper Gold,Silver,Copper None Gold, Silver, Copper Gold,Silver,Copper None 3~10 3 to 10 None 3~10 300 to 1000 ms 0~255 0 to 255 None 14~27 14 to 27 None 0~5 0 to 5 None NOT_ALLOWED, ALLOWED NOT_ALLOWED,ALLOWED None

SERVER, CLIENT SERVER(sever mode), CLIENT(clie None

- 0 to 63 character None

- 0 to 15 character None

NO_V, PAP_V, CHAP_V NO_V(not verify), PAP_V(PAP ver None ENABLE, DISABLE ENABLE, DISABLE None 0~15 0~15 None 0~15 0~15 None 0~15 0~15 None 0~65535 0~65535000 step:1000 None LOW(Low), HIGH(High) LOW,HIGH None OFF, ON OFF, ON None

OFF, ON OFF, ON None 0~621 -112~-50,step:0.1 dBm - 0 to 128 characters None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None

Band1, Band2, Band3, Band4, Band Band1, Band2, Band3, Band4, Band None 1~1000 1~1000 kbit/s 0~7 0~7 None 0~1023 0~1023 None -350~150 -35~15,step:0.1 dB -350~150 -35~15,step:0.1 dB -350~150 -35~15, step: 0.1 dB

R99, HSPA R99, HSPA None MTP3, M3UA MTP3, M3UA None 1~10 5 None 1~10 2 None 1~60 1~60 s D8, D16, D32, D64, D128, D144, D 8, 16, 32, 64, 128, 144, 256, 384 kbit/s 1~65535 1~65535 s 1~65535 1~65535 s 1~65535 1~65535 s 1~65535 1~65535 s None, RateDegrade, InterFreqHO, None, RateDegrade, InterFreqHO, None None, RateDegrade, InterFreqHO, None, RateDegrade, InterFreqHO, None None, RateDegrade, InterFreqHO, None, RateDegrade, InterFreqHO, None 1~65535 1~65535 s

D16, D32, D64, D128, D256, D512 16, 32, 64, 128, 256, 512, 1024, 2k, byte D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms


D16, D32, D64, D128, D256, D512 16, 32, 64, 128, 256, 512, 1024, 2k, byte D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms D16, D32, D64, D128, D256, D512 16, 32, 64, 128, 256, 512, 1024, 2k, byte D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms


D16, D32, D64, D128, D256, D512 16, 32, 64, 128, 256, 512, 1024, 2k, byte D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms D16, D32, D64, D128, D256, D512 16, 32, 64, 128, 256, 512, 1024, 2k, byte D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D16, D32, D64, D128, D256, D512 16, 32, 64, 128, 256, 512, 1024, 2k, byte D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms 1~65535 1~65535 s 1~65535 1~65535 s 1~65535 1~65535 s D250, D500, D1000, D2000, D4000 250, 500, 1000, 2000, 4000, 8000, ms D8, D16, D32, D64, D128, D256, 8, 16, 32, 64, 128, 256, 512, 1024, byte D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms D8, D16, D32, D64, D128, D144, 8,16,32,64,128,144,256,384,608,14 kbit/s 0~1024 0~1024 s

0~100 0~10, step: 0.1 dB NO, YES NO, YES None 1~15 1~15 None 1~15 1~15 None None, RateDegrade, InterFreqHO, None, RateDegrade, InterFreqHO, None

None, RateDegrade, InterFreqHO, None, RateDegrade, InterFreqHO, None None, RateDegrade, InterFreqHO, None, RateDegrade, InterFreqHO, None SINGLE, COMBINE SINGLE, COMBINE None NO, YES NO, YES None NO, YES NO, YES None NO, YES NO, YES None 20~64000 20~64000 ms 3~10 3 to 10 None 1~1000 1~1000 kbit/s 1~2000 1~2000 kbit/s

1~400 0.1~40, step:0.1 dB 1~6000 1~6000 s

hour, min, sec hour{0~23}, min{0~59}, sec{0~59} None 0~10 0~10 None

hour, min, sec hour{0~23}, min{0~59}, sec{0~59} None OFF, ON OFF, ON None

1~100 0.1~10, step:0.1 dBm -63~0 5*10^(-7)~1 None

FALSE, TRUE FALSE,TRUE None D1, D2, D4, D8 1,2,4,8 None D250, D500 250,500 ms 0~30 0~30 None -115~-25 -115~-25 dBm

-115~-25 -115~-25 dBm 2000~60000 2000~60000 ms nonrpt(Not Report), rpt(Report) nonrpt,rpt None INT, DPU, XPU INT,DPU,XPU None PEUa, AEUa, FG2a, GOUa, AOUa, PEUa,AEUa,FG2a,GOUa,AOUa,PO None

FG2a, GOUa FG2a, GOUa None PEUa, POUa, UOIa PEUa, POUa, UOIa None PEUa, POUa PEUa,POUa None

REQUIRED(Verify mode), NOT_RE REQUIRED, NOT_REQUIRE None AEUa, PEUa, AOUa, POUa AEUa,AOUa,PEUa,POUa None AEUa, PEUa, AOUa, POUa AEUa, PEUa, AOUa, POUa None PEUa(PEUa), AEUa(AEUa), AOUa AEUa, PEUa, AOUa, POUa None SCUa, GCUa, GCGa, SPUa, DPUb, SCUa, GCUa, GCGa, SPUa, DPUb, None AEUa, PEUa, AOUa, POUa, UOIa AEUa, PEUa, AOUa, POUa, UOIa None AEUa, PEUa, AOUa, POUa AEUa, PEUa, AOUa, POUa None SCUa, GCUa/GCGa, SPUa, DPUb SCUa, GCUa/GCGa, SPUa, DPUb None AEUa, AOUa AEUa, AOUa None AOUa, POUa, UOIa AOUa, POUa, UOIa None AEUa, AOUa, UOIa AEUa, AOUa, UOIa None OFF, ON OFF, ON None

0~1000000 0 to 1000000 kbit/s 0~100000 0~100000 kbit/s 0~149000 AOUa/AEUa: 0~64000; UOIa (directly kbit/s 0~320000 0~320000 kbit/s 0~3000000 0~3000000 kbit/s 0~4000000 0~4000000 kbit/s


0~1000000 0 to 1000000 kbit/s 0~50000 0~50000 kbit/s 0~149000 AOUa/AEUa: 0~64000; UOIa (directly kbit/s 0~320000 0~320000 kbit/s 0~3000000 0~3000000 kbit/s 0~4000000 0~4000000 kbit/s 100~1000 100~1000 per cent FULL_DUPLEX, HALF_DUPLEX FULL_DUPLEX, HALF_DUPLEX None 0~100 0~100 per cent

NODEB_CREDIT_CAC_SWITCH(Nod NODEB_CREDIT_CAC_SWITCH None SYS_LEVEL(SYS_LEVEL), NOD SYS_LEVEL,NODEB_LEVEL,CE None 1~5 1~5 s NONE, DCH, HSPA NONE,DCH,HSPA None 0~5 0~5 None NULL, IPLGCPORT, RSCGRP NULL, IPLGCPORT, RSCGRP None

0~31 0 to 31 None

0~83 0 to 83 None

SAAL(SAAL Link Type ), SCTP(S SAAL, SCTP, SAAL-SCTP None

0~3 0 to 3 None 0~3 0~3 None

14~27 14~27 None 0~5 0~5 None ETHER, PPP, TRUNK ETHER PPP TRUNK None IMA, UNI, FRA, NCOPT, ATML IMA,UNI,FRA,NCOPT,ATMLOG None

UNI, IMA, FRAATM, NCOPT, A UNI, IMA, FRAATM, NCOPT, A None

0~167 0 to 167 None

32~65535 32~65535 None

0~255 0~255 None

0~383 0 to 383 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None 4500~32767 4500~32767 byte 0~3 0~3 None

0~65535 0~65535 None OFF(OFF), ON(ON) OFF, ON None 1~1000 1~1000 kbit/s 1~2000 1~2000 kbit/s CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 10, 100, 1000 10,100,1000 ms AUTO, MANUAL AUTO,MANUAL None

100~1000 ms 1024~13300000 102400 to 1330000000 ns 1~100 1~100 None -32767~32767 -32767~32767 m -107502~107502 -107502~107502 m

TX_DIVERSITY_ON_TO_OFF(TX diver None

UNI: 700~1000NNI: 100~1000

TX_DIVERSITY_ON_TO_OFF,TX_DIVERSITY_OFF_TO_ON

DELAY_ACTIVATION_SUPPORT(dela DELAY_ACTIVATION_SUPPORT None -32767~32767 -32767~32767 m -107502~107502 -107502~107502 m -90000000~90000000 -90~90, step: 0.000001 degree - -90~90 second -180000000~180000000 -180~180, step: 0.000001 degree

- -180~180 second ALLCELL(All cell), 3GCELL(3G c ALLCELL,3GCELL,GSMCELL None NLOS_ENVIRONMENT, LOS_E NLOS_ENVIRONMENT, LOS_E None TU, RA, HT TU, RA, HT None

-10000~10000 -10000~10000 m

-32808~32808 -32808~32808 m 1~100 1~100 None SINGLE_HOST, DOUBLE_HOST SINGLE_HOST, DOUBLE_HOST None

0~65535 0~65535 None 1~31 1~31 d OFF, ON OFF,ON None INACTIVE, ACTIVE INACTIVE, ACTIVE None UE_BASED, UE_ASSISTED, UE UE_BASED, UE_ASSISTED, UE None

SF4(SF4), SF8(SF8), SF16(SF16), SF4, SF8, SF16, SF32, SF64, SF12 None CELL_ANTENNA, CELL_CENTE CELL_ANTENNA, CELL_CENTE None

- 1~31 characters None

0~100 0~1, step:0.01 per cent 1~65535 1~65535 None 1~65535 1~65535 s RESERVED, NOT_RESERVED RESERVED, NOT_RESERVED None RESERVED, NOT_RESERVED RESERVED, NOT_RESERVED None AFFECT, NOT_AFFECT AFFECT,NOT_AFFECT None AFFECT, NOT_AFFECT AFFECT,NOT_AFFECT None 1~100 1~100 None

0~100 0~1, step:0.01 per cent

NOT_REQUIRE, REQUIRE NOT_REQUIRE, REQUIRE None

CFG_DL_BLIND_DETECTION_S CFG_DL_BLIND_DETECTION_S None 0~999 0~999 s 0~180 0~180 s NO_CODING, CONVOLUTIONAL NO_CODING,CONVOLUTIONAL None 1~5 1~5 None CH0(Channel 0), CH1(Channel 1), CH0,CH1,CH2,CH3,CH4 None

0~31 0 to 31 None NO, YES NO, YES None NO, YES NO, YES None ALDER32, CRC32 ALDER32, CRC32 None SBFD, ARP, MBFD SBFD, ARP, MBFD None

TEN_MSEC, MIN TEN_MSEC, MIN None



TEN_MSEC, MIN TEN_MSEC, MIN None TEN_MSEC, MIN TEN_MSEC, MIN None






TEN_MSEC, MIN TEN_MSEC, MIN None OFF(OFF), ON(ON) OFF,ON None 0~65535 0~65535 None

-20~20 -10~10, step: 0.5 dB -50~50 -50~50 dB -50~50 -50~50 dB

-20~20 -20~20 dB 1~1000 64~64000 step:64 kbit/s GCUa, GCGa GCUa,GCGa None TRUE, FALSE TRUE, FALSE None UL_ONLY, DL_ONLY, UL_DL_B UL_ONLY, DL_ONLY, UL_DL_B None

WALKING_SPEED_AND_HOT_S WALKING_SPEED_AND_HOT_S None CMCF_DL_HLS_SWITCH, CMC CMCF_DL_HLS_SWITCH, CMC None 1~10000 1~10000 ms

CMP_IU_IMS_PROC_AS_NORM CMP_IU_IMS_PROC_AS_NORM None

CS_DOMAIN, PS_DOMAIN CS_DOMAIN,PS_DOMAIN None

0~4095 0~4095 None NORMAL, OFFLOAD, INHIBITE NORMAL,OFFLOAD,INHIBITED None SHARE, EXCLUSIVE SHARE, EXCLUSIVE None 0~3 0 to 3 None - 1~31 characters None 0~31 0~31 None

0~31 0~31 None - 1~31 characters None 0~3,5~31 0~3,5~31 None 0~3 0~3 None 0~3,5~31 0~3,5~31 None 0~3,5~31 0~3,5~31 None 0~3,5~31 0~3,5~31 None 0~3,5~31 0~3,5~31 None 5~31,255 5~31,255 None ONE(One), TWO(Two), THREE(Thr 1,2,3,4 None R99, R4, R5, R6, R7 R99,R4,R5,R6,R7 None OFF(OFF), ON(ON) To enlarge the throughout of HSDPA None 1~16 1~16 None

0~100 0~100 per cent

SF4, SF8, SF16, SF32, SF64, SF12 SF4, SF8, SF16, SF32, SF64, SF12 None

ON, OFF ON, OFF None FALSE(FALSE), TRUE(TRUE) FALSE, TRUE None GERMAN(German), ENGLISH(Engli GERMAN, ENGLISH, ITALIAN, None

COEXIST_MEAS_THD_CHOICE_INTER COEXIST_MEAS_THD_CHOICE_ None 0~100 0~1,step: 0.01 per cent

0~100 0~10, step: 0.1 dB NON-SUPPORTING_UE_ONLY(Non-S NON-SUPPORTING_UE_ONLY,B None 1~7 1~7 s 30~90 30~90 s 10~200 10~200 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms BARRED, NOT_BARRED BARRED, NOT_BARRED None OFF, Only_To_Inter_Frequency, A OFF, Only_To_Inter_Frequency, A None ALLOWED, NOT_ALLOWED ALLOWED, NOT_ALLOWED None YES, NO YES,NO None

0~20 0~40, step:2 dB

0~20,255 {0~40},{255}, step:2 dB

-50~50 -50~50 dB

-50~50 -50~50 dB -16~10,127 {-32~20},{127}, step:2 dB -16~10,127 {-32~20},{127}, step:2 dB D10(10 seconds), D20(20 seconds), 10, 20, 40, 80, 160, 320, 640, 1280 s -35~-10 -35~-10 dB Context, Context_Group, All_Conte Context,Context_Group,All_Contex None NO, YES NO,YES None D0, D8, D16, D32, D64, D128, D14 D0, D8, D16, D32, D64, D128, D14 kbit/s D0, D8, D16, D32, D64, D128, D14 D0, D8, D16, D32, D64, D128, D14 kbit/s 1~1000 1~1000 kbit/s 1~2000 1~2000 kbit/s

WBAMR_BITRATE_6.60K, WBAM 6.60, 8.85, 12.65, 14.25, 15.85, 18.2 kbit/s

NBAMR_BITRATE_4.75K, NBAM 4.75, 5.15, 5.90, 6.70, 7.40, 7.95, 1 kbit/s 1~28 1 to 28 None 1024~4294967295 1024~4294967295 None

ON, OFF ON,OFF None

CP1_Supported, CP1_not_Supporte CP1_Supported, CP1_not_Supporte None D0, D1, D2, D4, D8, D16, D32, D6 0,1,2,4,8,16,32,64,128,256,512,IN None D0, D2, D4, D8, D10, D20, D40, D 0,2,4,8,10,20,40,80,160,16,32,64 ms 1~16 1~16 None UNAVAILABLE, AVAILABLE UNAVAILABLE, AVAILABLE None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent 0~61200 0 to 61200 Erl

0~100 0~100% per cent OFF, ON OFF, ON None 60~900 60~900 s SUPP_NONE, SUPP_IUFLEX, S SUPP_NONE,SUPP_IUFLEX,SU None 1~10 1~10 None

FALSE, TRUE FALSE,TRUE None ON, OFF ON,OFF None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent CS_AMRC_SWITCH, CS_HAND CS_AMRC_SWITCH, CS_HAND None

DCH(UL_DCH,DL_DCH), HSPA( DCH,HSPA None

-100~100 -100~100 ms -100~100 -100~100 ms EDCH_TTI_10ms, EDCH_TTI_2m EDCH_TTI_10ms, EDCH_TTI_2m None OFF, ON OFF, ON None

0~16777215 0~16777215 None

BIT2, BIT4, BIT6, BIT8, BIT12, B 2, 4, 6, 8, 12, 16, 24 bit 1~10 0.01~0.1, step:0.01 per cent 0~100 0~1, step:0.01 per cent 0,2,4,8,10 0, 2, 4, 8, 10 None ON, OFF ON,OFF None VPLCX, VCLCX VPLCX, VCLCX None 0~4799 0~4799 None

D8, D16, D32, D64, D128, D256, 8, 16, 32, 64, 128, 256, 512, 1024, byte D250, D500, D1000, D2000, D4000 250, 500, 1000, 2000, 4000, 8000, ms D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms 1~255 1~255 s

0~255 0~255 None RATE_UP_AND_DOWN_ON_DCH RATE_UP_AND_DOWN_ON_DCH None 1~65535 1~65535 s 1~1000 10~10000, step: 10 ms 0~1023 0~1023 None 0~1023 0~1023 None 1~126,128~223 1 to 126,128 to 223 None 0~3,255 0~3,255 None -35~-10 -35~-10 dB -30~30 -30~30 dB 0~3600 0~3600 s 4~255 4 to 100(AEUa),4 to 255(AOUa) ms

1~5 1~5 None 0~100 0~100 per cent

-2~-1 -4~-2,step:2 None

0~118 0~118 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None 1~100 1 to 100 None 1~100 1 to 100 None 1~60 1 to 60 min

UPLINK, DOWNLINK UPLINK, DOWNLINK None MAY(NodeB chooses whether comb MAY, MUST, MUST_NOT None 0~100 0~1, step: 0.01 None

1~6000 10~60000, step: 10 ms 0~100 0~1, step: 0.01 None

D0, D1, D2, D3, D4, D5, D6, D7, D D0, D1, D2, D3, D4, D5, D6, D7, D None D8, D16, D32, D64, D128, D144, D 8, 16, 32, 64, 128, 144, 256, 384 kbit/s

D8, D16 8, 16 kbit/s D8, D16, D32, D64, D128, D144, D 8,16,32,64,128,144,256,384 kbit/s D8, D16, D32, D64, D128, D144, 8, 16, 32, 64, 128, 144, 256, 384, kbit/s

1~6000 10~60000, step: 10 ms

1~6000 10~60000, step: 10 ms

1~32 1~32 None 0~100 0~1, step:0.01 None

0~100 0~1, step:0.01 None SF/2, HIGHER_LAYER_SCHDL SF/2, HIGHER_LAYER_SCHDL None

0~255 0~255 None

0~100 0~1, step:0.01 None

0~100 0~1, step:0.01 None

1~10 1~10 None

1~10 1~10 None

D8, D16, D32, D64, D128, D144, D 8, 16, 32, 64, 128, 144, 256, 384 kbit/s

D8, D16, D32, D64, D128, D144, D 8, 16, 32, 64, 128, 144, 256, 384 kbit/s D0, D8, D16, D32, D64, D128, D14 0, 8, 16, 32, 64, 128, 144, 256, 384 kbit/s

SF4(SF4), SF8(SF8), SF16(SF16), SF4,SF8,SF16,SF32,SF64,SF128,S None

0~100 0~1, step:0.01 None 0~100 0~1, step:0.01 None 0~100 0~1, step: 0.01 None 0~400000 0~400000 bit/s 0~100 0~1, step:0.01 per cent 1~10 1~10 None

1~32 1~32 None

1~10 1~10 None

SF4(SF4), SF8(SF8), SF16(SF16), SF4,SF8,SF16,SF32,SF64,SF128,S None NoAct(no action), InterFreqLDHO(i NoAct,InterFreqLDHO,BERateRe None

NoAct(no action), InterFreqLDHO(i NoAct,InterFreqLDHO,BERateRe None


NoAct(no action), InterFreqLDHO(i NoAct,InterFreqLDHO,BERateRe None NoAct(no action), InterFreqLDHO(i NoAct,InterFreqLDHO,BERateRe None

1~10 1~10 None

0~100 0~1, step:0.01 per cent



NoAct(no action), InterFreqLDHO(i NoAct,InterFreqLDHO,BERateRe None 0~100 0~1, step:0.01 per cent 10~600000 10~600000 ms D16, D32, D48, D64, D96, D128, 16, 32, 48, 64, 96, 128, 256, 512, 1 None 0~100 0~1, step:0.01 None

D0, D1, D2, D3, D4, D5, D6, D7, D 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 11, 13, 15, None AUTO_CALC, HAND_APPOINT 0, 1 None

D16, D32, D64, D128, D144, D256 16, 32, 64, 128, 144, 256, 384 kbit/s

1~4294967295 1~4294967295 ms 0~100 0~1, step: 0.01 None

1~32 1~32 None

1~10 1~10 None

0~100 0~100 None

D0, D1, D2, D3, D4, D5, D6, D7, D D0, D1, D2, D3, D4, D5, D6, D7, D None

0~100 0~1, step:0.01 per cent 0~10 0~10 None

1~6000 10~60000, step:10 None

0~100 0~1, step:0.01 per cent

0~100 0~1, step:0.01 None

SF4, SF8, SF16, SF32, SF64, SF12 SF4,SF8,SF16,SF32,SF64,SF128,S None

1~10 1~10 None

1~10 1~10 None NO, YES NO, YES None NO, YES NO, YES None NO, YES NO, YES None

0~512 0~512 s NO, YES NO, YES None NO, YES NO, YES None NO, YES NO, YES None NO, YES NO, YES None OFF(The switch of DL R99 congestio OFF,ON None 2_Rates, 3_Rates 2_Rates, 3_Rates None 2_Rates, 3_Rates 2_Rates, 3_Rates None

-15~15 -15~15 dB D4(SF4), D8(SF8), D16(SF16), D3 SF4, SF8, SF16, SF32, SF64, SF12 None FALSE(Not Limited), TRUE(Limite FALSE,TRUE None

D8, D16, D32, D64, D128, D256 8,16,32,64,128,256 None 0~100 0~1, step: 0.01 None 0~100 0~1, step: 0.01 None D8, D16, D32, D64, D128, D144, D 8, 16, 32, 64, 128, 144, 256, 384 kbit/s

0~559 0~55.9, step: 0.1 dB

0~559 0~55.9, step: 0.1 dB

1~560 0.1~56, step: 0.1 dB

1~560 0.1~56, step: 0.1 dB 1~200 1~200 None

1~6000 10~60000, step: 10 ms 3~505 3~505 cell/s PsBlk(BLOCK PS), CsAndPsBlk( PsBlk, CsAndPsBlk None CLOSE(Close), OPEN(Open) CLOSE,OPEN None 1~16777215 1~16777215 None D1, D2, D5 1,2,5 None D1, D2, D5 1,2,5 None SLOT_FORMAT_1, SLOT_FORM SLOT_FORMAT_1, SLOT_FORM None - 1~11 characters None

None, STTD, CP1 None, STTD, CP1 None

None, STTD, CP1 None, STTD, CP1 None SINGLE_TPC, TPC_TRIPLET_IN SINGLE_TPC, TPC_TRIPLET_IN None IUCS(Iu-CS node), IUPS(Iu-PS n IUCS, IUPS, IUR, IUCS_RANAP None 1024~3584 1024 to 3584 None 8~19 8 to 19 None

0~118 0~118 None SINK, SOURCE, BOTH SINK, SOURCE, BOTH None

DRA_AQM_SWITCH, DRA_BE_ DRA_AQM_SWITCH, DRA_BE_ None

-24~0 -24~0 dB 1~10000 1~10000 ms 1~10000 1~10000 ms

0~5 0~5 None NO, YES NO, YES None 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms 10~150 10 to 150 ms DR_RRC_DRD_SWITCH, DR_R DR_RRC_DRD_SWITCH,DR_RA None D4, D5, D8, D10, D16, D20 4,5,8,10,16,20 None 3~9 3~9 None 6~9 6~9 None TRUE, FALSE FALSE,TRUE None

ON, OFF OFF,ON None

0~31 0 to 31 None OFF, ON OFF,ON None

0~63 0 to 63 None 0~21 0 to 21 None YES, NO YES, NO None 0~31 0 to 31 None

- 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None TS1(Time_slot_1), TS2(Time_slot_ TS1, TS2, TS3, TS4, TS5, TS6, TS None D1, D4, D5, D8, D10, D16, D20 1,4,5,8,10,16,20 None D4, D5, D8, D10, D16, D20, D32, 4,5,8,10,16,20,32,40,64,80,128,160 None D0, D1, D2, D4, D8, D16, D32, D6 0, 1, 2, 4, 8, 16, 32, 64, 128 frame D2, D4, D15 2,4,15 slot ON, OFF OFF,ON None Half(Half duplex), Full(Full duplex) Half(Half duplex), Full(Full duplex) None 1~3600 1~3600 s 60~3600 60~3600 s OFF(switch off), ON(switch on) OFF, ON None OFF(switch off), ON_1(switch on1) OFF, ON_1, ON_2, ON_3 None FORCESHUTDOWN(ForceShutDow FORCESHUTDOWN, CONDITI None 0~31 0 to 31 None 1~10000 10~100000 Step: 10ms ms 0~1023 0~1023 None 0~384 0~384 kbit/s 0~1023 0~1023 None 1~8 1~8 None - 0.0.0.0~255.255.255.255 None 0~5000 0~5, step: 0.001 dB 1~1000 10~10000, step: 10 ms

0~65535 0~65535 ms 0~5000 0~5, step: 0.001 dB 0~5000 0~5, step: 0.001 dB

0~49 -24.5~0 dB

1~31 1 to 31 None 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit D1, D2, D3, D4, D5, D6, D7, D8, D 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 None 0~1023 0~1023 None 0~1023 0~1023 None RATE_8KBPS, RATE_16KBPS, R 8, 16, 32, 64, 128, 144, 256, 384, 6 None 0~5000 0~5, step: 0.001 dB

0~15000 0~15, step:0.001 None

0~15000 0~15, step:0.001 None 0~1023 0~1023 None 0~1023 0~1023 None EDCH_10MS, EDCH_2MS EDCH_10MS,EDCH_2MS None 0~100 0~100 per cent -350~150 -35~15,step:0.1 dB TRUE, FALSE FALSE,TRUE None OFF, ON OFF, ON None FALSE(Forbidden), TRUE(Permit) FALSE,TRUE None DATE, WEEK, DATEWEEK DATE, WEEK, DATEWEEK None OFF, ON OFF, ON None OFF, ON OFF, ON None OFF, ON OFF, ON None JAN(January), FEB(February), MA JAN, FEB, MAR, APR, MAY, JUN None - 0.0.0.0~255.255.255.255 None UEA0, UEA1 For each switch of this parameter, None HOUR, MIN 00:00~23:59 min

HOUR, MIN 00:00~23:59 min HOUR, MIN 00:00~23:59 min

M3UA_SGP(M3UA SPG), M3UA_I M3UA_SGP, M3UA_IPSP, M3UA_ None 1~1000 1 to 1000 None 1~60 1 to 60 s 1~1000 1 to 1000 None 1~4294967295 1 to 4294967295 None 1~900 1 to 900 s 10~900 10 to 900 s 1~8 1~8 None 5000~30000 5000~30000 ms 5000~30000 5000~30000 ms HOUR, MIN, SEC HOUR, MIN, SEC None D16, D32, D64, D128, D256, D51 16, 32, 64, 128, 256, 512, 1024, byte D8, D16, D32, D64, D128, D256, 8, 16, 32, 64, 128, 256, 512, 102 byte 0~1000 0~100, step: 10 ms 0~1000 0~100, step: 0.1 per cent 0~1000 0~100, step: 0.1 per cent SUN(Sunday), MON(Monday), TUE( SUN, MON, TUE, WED, THU, FRI None FIRST(First), SECOND(Second), T FIRST, SECOND, THIRD, FOURT None - 1~9 character None - 1~9 character None VOLTAGE(Voltage), CURRENT(Cu VOLTAGE,CURRENT None - 1~9 character None - 1~9 character None - 1~9 character None - 1~9 character None VOLTAGE(Voltage), CURRENT(Cu VOLTAGE,CURRENT None - 1~9 character None - 1~9 character None - 1~9 character None - 1~9 character None VOLTAGE(Voltage), CURRENT(Cu VOLTAGE,CURRENT None - 1~9 character None - 1~9 character None - 1~9 character None - 1~9 character None VOLTAGE(Voltage), CURRENT(Cu VOLTAGE,CURRENT None - 1~9 character None - 1~9 character None D250, D500, D1000, D2000, D4000 250, 500, 1000, 2000, 4000, 8000, ms D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms 1~32 1~32 None 1~32 1~32 None

-350~150 -35~15, step: 0.1 dB REQUIRE, NOT_REQUIRE REQUIRE,NOT_REQUIRE None 0~30 0~3,step:0.1 dB

0~100 0~100 per cent 0~100 0%~100% per cent 1~255 1~255 None ENABLE, DISABLE ENABLE, DISABLE None

0~1999 0 to 1999 None

None, 16bit, 32bit None(No CRC check), 16bit(16bit C None STEPSIZE_0.5DB, STEPSIZE_1D 0.5, 1, 1.5, 2 dB

None, STTD None, STTD None

None, STTD None, STTD None -350~150 -35~15, step:0.1 dB -350~150 -35~15, step:0.1 dB 0~24 0~6, step: 0.25 dB - 0.0.0.0~255.255.255.255 None

- 0 to 128 characters None - 0 to 128 characters None

D0, D1, D2, D3, D4, D5, D6, D7, D 0,1,2,3,4,5,6,7,8,9,11,13,15,17,19 None

D0, D1, D2, D3, D4, D5, D6, D7, D 0,1,2,3,4,5,6,7,8,9,11,13,15,17,19 None D4, D6, D8, D12, D16, D24, D32 4, 6, 8, 12, 16, 24, 32 None OFF(OFF), ON(ON) OFF, ON None

OFF, ON OFF, ON None 0~299 0~299 None - 0 to 100 characters None - 1~128 characters None OFF, ON OFF, ON None NO, YES NO, YES None 1~10 1~10 ms 128~1024 128 to 1024 byte 0~31 0 to 31 None FRAATM, FRAIMA FRAATM, FRAIMA None D32, D64, D128, D256 D32,D64,D128,D256 None 0~33 0~33 None 1~33 1~33 None PDCP(PDCP header compress), AMR PDCP,AMRC,TFOTRFO,INDIRE None WBAMR(Wide band AMR), HSUPA(H WBAMR,HSUPA,RANSHARE,HS None SRNSRWCUPDATE(SRNS Relocatio SRNSRWCUPDATE,LOSSLESSS None DYNAMIC_POWER_ESTIMATION_FOR DYNAMIC_POWER_ESTIMATIO None

0~1000000 0 to 1000000 kbit/s 0~149000 AOUa/AEUa: 0~64000; UOIa (directly kbit/s 0~320000 0~320000 kbit/s 0~3000000 0~3000000 kbit/s

0~4000000 0~4000000 kbit/s


0~1000000 0 to 1000000 kbit/s 0~149000 AOUa/AEUa: 0~64000; UOIa (directly kbit/s 0~320000 0~320000 kbit/s 0~3000000 0~3000000 kbit/s 0~4000000 0~4000000 kbit/s 1~15 1~15 None 0~15 0~15 None - 0.0.0.0~255.255.255.255 None DEG(Degree), SEC(Degree Minute 0~1 None

DEG(DEG), SEC(SEC) DEG, SEC None 0~100 0~100 per cent

0~100 0~100 per cent


NBAMR_BITRATE_4.75K, NBAM 4.75, 5.15, 5.90, 6.70, 7.40, 7.95, 1 kbit/s OFF(OFF), ON(ON) OFF, ON None 1~60 1 to 60 min 0~119 0~119 None ATM, IP ATM, IP None

0~65535 0~65535 None - 1~31 characters None 1~512 1~512 None 0~5000 0~5000 kbit/s Mode0, Mode1 Mode0,Mode1 None D2, D10, D20, D50, D100, D200, 2, 10, 20, 50, 100, 200, 500, 1000 ms 1000~600000 1000~600000 ms

UNI, IMA, FRAATM, NCOPT UNI, IMA, FRAATM, NCOPT None 0~300 0~300 s

0~7 0~7 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None

0~100 0~100 None 0~100 0~100 None 0~100 0~100 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 None 0~100 0~100 None 0~100 0~100 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~31 0 to 31 None DL_DCCH_SWITCH, IUR_TRG_ DL_DCCH_SWITCH, IUR_TRG_ None OFF, ON OFF,ON None 0~83 0 to 83 None 1~10000 1~10000 ms 1~10000 1~10000 ms

0~3 0~3 None 1~10000 1~10000 ms 1~10000 1~10000 ms 1~10000 1~10000 ms SINGLEHOST(SingleHost), PRIMH SingleHost, PrimHost, SecHost None

HO_ALGO_HCS_SPEED_EST_SW HO_ALGO_HCS_SPEED_EST_SW None -24~0 -24~0 dB -115~-25 -115~-25 dB 1~10000 1~10000 ms 0~3 0 to 3 None 0~100 0~1, step: 0.01 None 0~100 0~1, step:0.01 per cent FALSE(Forbidden), TRUE(Permit) FALSE,TRUE None 0~100 0~1, step: 0.01 None 0~100 0~1, step: 0.01 None

1~32 1~32 None

1~32 1~32 None 0~65534 0~65534 None 0~100 0~100 None 0~100 0~1, step: 0.01 None 0~100 0~1, step:0.01 per cent 0~3910000 0 to 3910000 kbit/s 0~5 0~5 None 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit

1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit 1~5000 1~5000 bit D1, D2, D3, D4, D5, D6, D7, D8 1, 2, 3, 4, 5, 6, 7, 8 None 14~27 14 to 27 None

E_F_DPCH_OFF, E_F_DPCH_ON E_F_DPCH_OFF,E_F_DPCH_ON None MIMO, 64QAM MIMO,64QAM None 64QAM(Cell 64QAM Function Swi 64QAM,MIMO,E_FACH,DTX_DR None -500~0 -50~0, step:0.1 dB 0~1024 0~1024 s FALSE, TRUE FALSE, TRUE None FALSE, TRUE FALSE, TRUE None FALSE, TRUE FALSE, TRUE None FALSE, TRUE FALSE, TRUE None 1~15 1~15 None

1~15 1~15 None

1~15 1~15 None Minus3.0DB(-3.0dB), Minus2.5DB(- -3~19, step:0.5 dB

None, STTD, CP1 None, STTD, CP1 None 0~5 0 to 5 None 1~15 1~15 None D10, D20, D50, D100, D200, D500 10, 20, 50, 100, 200, 500, 1000 ms D10, D20, D50, D100, D200, D500 10, 20, 50, 100, 200, 500, 1000 ms D2, D10, D20, D50, D100, D200, 2,10, 20, 50, 100, 200, 500, 1000 ms D2, D10, D20, D50, D100, D200, 2,10, 20, 50, 100, 200, 500, 1000 ms 0~100 0~1, step: 0.01 None D8, D16, D32, D64, D128, D144, 8, 16, 32, 64, 128, 144, 256, 384, 6 kbit/s MBR, GBR MBR, GBR None Limited, Permit, BasedOnUECap(Ba For each switch of this parameter, None 0~100 0~1, step: 0.01 None RATE_UP_AND_DOWN_ON_EDC RATE_UP_AND_DOWN_ON_EDC None 0~100 0~1, step:0.01 per cent 0~100 0~1, step:0.01 per cent D8, D16, D32, D64, D128, D144, 8,16,32,64,128,144,256,384,608,14 kbit/s 0~100 0~1, step: 0.01 None 0~100 0~1, step:0.01 per cent 1~32 1~32 None 0~65534 0~65534 None 0~100 0~100 None 0~100 0~1, step: 0.01 None 0~3910000 0 to 3910000 kbit/s

0~100 0~1, step:0.01 per cent

0~100 0~1, step:0.01 per cent 0~5 0~5 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None

0~100 0~100 per cent 0~100 0~100 None 0~100 0~100 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 None CLOSE(Close), OPEN(Open) CLOSE,OPEN None - 1~9 character per cent - 1~9 character per cent 0~100 0~100 None 0~100 0~100 None 0~167 0 to 167 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 per cent 32~65535 32 to 65535 None 0~255 0 to 255 None

0~15 0~7.5,Step:0.5 dB

0~15 0~7.5,Step:0.5 dB

0~15 0~7.5,Step:0.5 dB

0~15 0~7.5,Step:0.5 dB

0~15 0~7.5,Step:0.5 dB

0~15 0~7.5,Step:0.5 dB

0~29 0~14.5,Step:0.5 dB/ dBm

0~29 0~14.5,Step:0.5 dB

0~29 0~14.5,Step:0.5 dB/ dBm

0~29 0~14.5,Step:0.5 dB/ dBm

0~15 0~7.5,Step:0.5 dB

0~15 0~7.5,Step:0.5 dB

0~29 0~14.5,Step:0.5 dB/ dBm 180~1260 180~1260 s 60~600 60~600 s 44~1024 44~1024 byte 1~30,100~32767 1~30,100~32767 None BARRED, NOT_BARRED BARRED, NOT_BARRED None ALLOWED, NOT_ALLOWED ALLOWED, NOT_ALLOWED None

0~20 0~40, step:2 dB

0~20,255 {0~40},{255}, step:2 dB

-50~50 -50~50 dB

-50~50 -50~50 dB -16~10,127 {-32~20},{127}, step:2 dB -16~10,127 {-32~20},{127}, step:2 dB D10, D20, D40, D80, D160, D320, 10, 20, 40, 80, 160, 320, 640, 1280 s

100~30000 ms 0~120 0~120 s 5000~30000 5000~30000 ms

UNI: 10000~30000NNI: 100~30000

0~83 0 to 31(AEUa),0 to 83(AOUa) None 0~255 0 to 255 None

0~167 0 to 167 None V1.0, V1.1 V1.0, V1.1 None OFF, ON OFF, ON None DCH(UL_DCH,DL_DCH), HSDPA DCH, HSDPA, HSPA None 1~1000 1~1000 kbit/s - 15-bit decimal numerals None - 15-bit decimal numerals None - 15-bit decimal numerals None D32, D64 32, 64 kbit/s 0~999 0~999 None 0~999 0~999 None 1~2000 1~2000 kbit/s D1, D4, D8, D16, D32, D64, D128, 1,4,8,16,32,64,128,256 None D0, D1, D2, D4, D8, D16, D32, D6 0,1,2,4,8,16,32,64,128,256,512 None D0, D1, D2, D4, D8, D16, D32, D6 0,1,2,4,8,16,32,64,128,256 None CLOSE(Close), OPEN(Open) CLOSE,OPEN None LOGIC(Logic inhibit), PHYSICAL(Ph LOGIC(Logic inhibit), PHYSICAL(Ph None 1200~2000 1200~2000 ms UIA1 For each switch of this parameter, None 1~1000 1~1000 kbit/s 1~2000 1~2000 kbit/s CSAMR_INTERFREQ(CS AMR inter- CSAMR_INTERFREQ,CSNONAMR None -24~0 -24~0 dB

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

-24~0 -24~0 dB

-115~-25 -115~-25 dBm 0~100 0~100 None

D0, D1, D2, D3, D4, D5, D6, D7, D 0,1,2,3,4,5,6,7,8,9,11,13,15,17,19 None INTER_FREQ_COV(Coverage-based i INTER_FREQ_COV,INTER_FRE None

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

-24~0 -24~0 dB

-115~-25 -115~-25 dBm NOT_REQUIRE, INTER_FREQ, NOT_REQUIRE,INTER_FREQ,I None CPICH_EC/NO~0 CPICH_RSCP~ CPICH_EC/NO,CPICH_RSCP,BO None

0~512 0~512 s OFF, ON OFF,ON None -24~0 -24~0 dB

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

-24~0 -24~0 dB

-115~-25 -115~-25 dBm INTERFREQ(inter-frequency hando INTERFREQ,INTERRAT,SIMIN None

PERIODICAL_REPORTING(Periodic PERIODICAL_REPORTING,EVE None 4~19,255 {1~4.75},{255}, step:0.25 None 0~100 0~100 None NO, YES NO,YES None NO, YES NO,YES None CSAMR_INTERRAT(CS AMR inter CSAMR_INTERRAT None

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

-24~0 -24~0 dB

-115~-25 -115~-25 dBm 0~100 0~100 None

D0, D1, D2, D3, D4, D5, D6, D7, D 0,1,2,3,4,5,6,7,8,9,11,13,15,17,19 None

1~16 1~16 None NO, YES NO, YES None

0~63 lower than -110, -110~-48(1:-110; 2:- dBm DRD, MEAS_BASED DRD, MEAS_BASED None

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

0~512 0~512 s OFF, ON OFF,ON None

0~63 lower than -110, -110~-48(1:-110; 2:- dBm

NON_PERIODIC_REPORT(Non perio NON_PERIODIC_REPORT,250,500,10 ms

0~63 0~63 None

0~15 0~7.5,Step:0.5 dBm

0~65535 0~65535 s

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

PERIODICAL_REPORTING(Periodic PERIODICAL_REPORTING,EVE None 4~19,255 {1~4.75},{255}, step:0.25 None 0~100 0~100 None 1~10 1 to 10 s

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

D0, D1, D2, D3, D4, D5, D6, D7, D 0,1,2,3,4,5,6,7,8,9,11,13,15,17,19 None

1~86400 1~86400 s REQUIRE, NOT_REQUIRE REQUIRE,NOT_REQUIRE None

CPICH_EC/NO, CPICH_RSCP CPICH_EC/NO, CPICH_RSCP None OFF, ON OFF,ON None 0~29 0~14.5, step: 0.5 dB

0~29 0~14.5,Step:0.5 dB

0~29 0~14.5,Step:0.5 dB 0~29 0~14.5, step: 0.5 dB

0~29 0~14.5,Step:0.5 dB

0~29 0~14.5,Step:0.5 dB 15000~120000 15000~120000 ms - 0.0.0.0~255.255.255.255 None

- 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None No_HC, UDP/IP_HC No_HC(Disable head compress),UD None No_HC, UDP/IP_HC No_HC(Disable head compress),UD None

1~5 1 to 5 None NO, YES NO(Not binding), YES(Binding). None 0~119 0 to 119 None 14~27 14 to 27 None

0~5 0 to 5 None SUPPORT(Support), NOT_SUPPORT SUPPORT, NOT_SUPPORT None

PRIMARY, SECOND PRIMARY, SECOND None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None BARRED, NOT_BARRED BARRED, NOT_BARRED None NO, YES NO,YES None NO, YES NO, YES None

FALSE, TRUE FALSE, TRUE None NO, YES NO,YES None NO(NOT QOSPATH), YES(IS QO NO,YES None NO, YES NO, YES None

IUB, IUR, IUCS, IUPS IUB,IUR,IUCS,IUPS None 1~3600 1~3600 s 0~10 0~10 None 0~10 0~10 None 1~65535 1~65535 s 1~65535 1~65535 s OFF, ON OFF, ON None

TRUE, FALSE TRUE, FALSE None OFF, ON OFF, ON None OFF, ON OFF, ON None 0~16777215 0~16777215 None NONE, IUCS, IUPS, IUCS_IUPS NONE,IUCS,IUPS,IUCS_IUPS None NULL, 1byte, 16byte, 64byte NULL, 1 byte, 16 byte, 64 byte None - None None NULL, 1byte, 16byte, 64byte NULL, 1 byte, 16 byte, 64 byte None - None None NULL, 1byte, 16byte, 64byte NULL,1byte,16byte,64byte None - None None NULL, 1byte, 16byte, 64byte NULL, 1 byte, 16 byte, 64 byte None - None None

NULL, 16byte, 64byte NULL, 16 byte, 64 byte None


NULL, 16byte, 64byte NULL, 16 byte, 64 byte None

- None None NOT-INDICATE-END, INDICAT NOT-INDICATE-END, INDICAT None

100~1200,1000~3000 ms NO, YES YES,NO None D1, D2, D3, D4, D5, D6, D7, D8, D D1,D2,D3,D4,D5,D6,D7,D8,D9,D1 None OFF, ON OFF, ON None

UNI: 1000~3000NNI: 100~1200

1~65533,65535 {1~65533}, {65535} None -90000000~90000000 -90000000 to 90000000 None - -90:00:00.000~90:00:00.000 None 1~100 100~10000 step:100 ms 0~100 0~100 None 0~10000 0~10000 ms 0~15 0~15 None 0~15 0~15 None UNI, IMA, FRAATM, NCOPT UNI, IMA, FRAATM, NCOPT None

1~32 1~32 None

UserNumber, Power Power, UserNumber None

0~100 0~100 per cent

0~100 0~100 per cent 0~100 0~100 per cent 0~100 0~100 per cent

ON, OFF ON, OFF None

ON, OFF ON, OFF None 0~100 0~100 per cent

NODEB_CREDIT_LDR_SWITCH(Node NODEB_CREDIT_LDR_SWITCH, None FALSE(FALSE), TRUE(TRUE) FALSE, TRUE None 0~100 0~1, step:0.01 per cent IUBLDR(Iub load reshuffling), CO IUBLDR,CODELDR,UULDR,CRE None IUBLDR(Iub load reshuffling), CO IUBLDR,CODELDR,UULDR,CRE None

1~86400 1~86400 s IUBLDR(Iub load reshuffling), CO IUBLDR,CODELDR,UULDR,CRE None IUBLDR(Iub load reshuffling), CO IUBLDR,CODELDR,UULDR,CRE None

1~63 1~63 None 0~63 0~63 None 0~63 0~63 None 0~63 0~63 None

0~118 0~118 None ON, OFF ON,OFF None 0~7 0 to 7 None 0~31 0 to 31 None UCP, RUCP, UUP, ATM, IP UCP,RUCP,UUP,ATM,IP None

UCP, RUCP, UUP, ATM, IP UCP,RUCP,UUP,ATM,IP None ATM, IP ATM,IP None 0~83 0 to 83 None D8, D16, D32, D64, D128, D256 8,16,32,64,128,256 None D0, D8, D16, D32, D64, D128, D14 0, 8, 16, 32, 64, 128, 144, 256, 384 kbit/s - 0~9Characters None

B8ZS(B8ZS), HDB3(HDB3), AMI B8ZS, HDB3, AMI, AMI_ZCS None

0~167 0 to 167 None

M3UA_MASTER_MOD, M3UA_ None

B0000, B0001, B0010, B0011, B01 B0000, B0001, B0010, B0011, B01 None E1_DOUBLE_FRAME(E1_DOUBL E1_DOUBLE_FRAME, E1_CRC4 None

SAALLNK, AAL2PATH, IPOAPV SAALLNK, AAL2PATH, IPOAPV None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None

0~268435455 0~268435455 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None 1024~65535 1024~65535 None

M3UA_MASTER_MOD, M3UA_SLAVE_MOD(For definitions of the two modes, refer to RFC4666.)

LFB(Load from BAM and write flas LFB,CL None NO, YES NO, YES None 0~119 0~119 None 14~27 14~27 None -180000000~180000000 -180000000 to 180000000 None - -180:00:00.000~180:00:00.000 None

NO_LOOP(No loop), REMOTE_LOO NO_LOOP, REMOTE_LOOP, LO None 0~100 0~100 None 0~3 0 to 3 None

0~119 0~119 None

0~447 None 14~27 14~27 None Hub, Leaf Hub, Leaf None ALL(Select all links), SINGLE(Selec ALL, SINGLE None

ALL(Select all links), PORT(Select ALL, PORT, SINGLE None 14~27 14 to 27 None 0~5 0 to 5 None 0~167 0 to 167 None 32~65535 32 to 65535 None 0~255 0 to 255 None 1024~65535 1024~65535 None 0~2 0~2 None D1, D4, D5, D8, D10, D16, D20 1,4,5,8,10,16,20 None D1, D2, D4, D8, D16, D32, D64, D 1,2,4,8,16,32,64,128,256,512,INFI None 4~1504 4~1504 byte 4~1504 4~1504 byte

AEUa (0~191) 0~127 is Leaf logical port,128~191 is Hub logical port.AOUa (0~383) 0~255 is Leaf logical port,256~383 is Hub logical port.UOIa (0~447) 0~383 is Leaf logical port,384~447 is Hub logical port.

0~299 0 to 299 None

SAAL(SAAL Link Type ), SCTP(SC SAAL, SCTP None - 1 to 20 characters None

MAP_HSUPA_TTI_2MS_SWITCH MAP_HSUPA_TTI_2MS_SWITCH None B1, B2, B3, B4, B5, B6, B7, B8, B B1,B2, B3,B4, B5,B6, B7,B8, B9,B None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None

-50~33 -50~33 dBm TRUE(Configure the maximum uplin TRUE,FALSE None

1~100000 1~100000 m

3~328080 3~328080 m 0~254 0~254 None 0~3 {0~3} None 0~3 {0~3} None 0~256000000 0~256000000 bit/s 0~16000000 0~16000000 bit/s

1~1000 64~64000 step:64 kbit/s

0~255 0~255 None

0~255 0~255 None 4~8 4~8 None

1~6 1~6 None D0, D1, D2, D3, D4, D5, D6, D7, D 0, 1,..., 15 None 0~49 -24.5~0, step: 0.5 dB 1~4 1~4 None 0~15 0~15 None

0~48 0~48 None -350~150 -35~15, step: 0.1 dB 135~1031 135~1031 byte 4~16 4~16 None 0~100 0~100 None 0~100 0~100 None

2~255 2~255 None

1~1500 1 to 1500 byte 1~6 1~6 None 0~10 0~10 None 0~254 0~254 None -100~500 -10~50, step: 0.1 dBm

25~50,250~500 None

1~60 1~60 s

1~1500 1 to 1500 byte 0~100 0~1, step:0.01 per cent 1~24 1 to 24 h

0~500 0~50, step: 0.1 dBm -50~33 -50~33 dBm -50~33 -50~33 dBm -50~33 -50~33 dBm -50~33 -50~33 dBm 1~3 1~3 None

FALSE(Do not send), TRUE(Send) FALSE,TRUE None

UNI: 25~50NNI: 250~500

0~15 0~15 None 0~31 0 to 31 None - 0.0.0.0~255.255.255.255 None 14~27 14 to 27 None 0~5 0 to 5 None 0~100 0~1, step: 0.01 None 0~100 0~100 per cent COMMON, MCCH COMMON, MCCH None 1~15 1~15 None 1~10 1~10 min OFF(OFF), ON(ON) OFF, ON None - 000~999 None - 000~999 None FALSE, TRUE FALSE,TRUE None 0~8 0~8 None OFF, ON OFF, ON None D8, D16, D32, D64, D128, D144, D 8, 16, 32, 64, 128, 144, 256 kbit/s

0~65535 0~65535 None 0~16777215 0~16777215 None OFF(OFF), ON(ON) OFF, ON None 0~3910000 0 to 3910000 kbit/s

PTM, PTP, ENHANCEDPTM, DY PTM, PTP, ENHANCEDPTM, DY None 3~10000 3 to 10000 byte

- 000~999 None

0~3 0~3 None

7~10 7~10 None

0~3 0~3 None 4,8 4(Use two bytes to present MC prior None 30~70754 30 to 70754 None

0~7 0 to 7 None - 1 to 20 characters None

CPICH_EC/NO~0 CPICH_RSCP~ CPICH_EC/NO,CPICH_RSCP,AU None

1~300 1 to 300 None 14~27 14 to 27 None

LocalMep, RemoteMep None LONG, SHORT LONG(Long sequence number which None 0~255 0~255 None -10~5 -10~5 dB FALSE(Not Use), TRUE(Use) FALSE, TRUE None 1~1000 64~64000 step:64 kbit/s D0, D1, D2, D3, D4, D5, D6, D7, D 0, 1,..., 15 None SF4, SF8, SF16, SF32, SF64 SF4, SF8, SF16, SF32, SF64 None 0~49 -24.5~0, step: 0.5 dB

1~60 1~60 min

LocalMep,RemoteMep

1~60 1~60 min

1~60 1~60 min

1~60 1~60 min

1~60 1~60 min

1~60 1~60 min

1~60 1~60 min 1~60 1~60 min

1~60 1~60 min

1~60 1~60 min

1~60 1~60 min 1~32 1 to 32 None

-100~500 -10~50, step: 0.1 dBm 10~1000 10 to 1000 ms 10~1000 10 to 1000 ms SF4, SF8, SF16, SF32, SF64 SF4, SF8, SF16, SF32, SF64 None 1~32 1~32 None

- 00~99,000~999 None COMM_MOCN_NRI_GLOBAL_CON COMM_MOCN_NRI_GLOBAL_CON None

NO, YES NO,YES None OFF, ON OFF,ON None MODE1(1:1 Backup), MODE2(1+1 S MODE1, MODE2, MODE3 None MANUAL, AUTO MANUAL, AUTO None PRIMARY, STANDBY, INDEPE PRIMARY,STANDBY,INDEPEN None

SERVER, CLIENT SERVER, CLIENT None 5000~30000 5000~30000 ms 5000~30000 5000~30000 ms 40~60000 40~60000 ms 1~65535 1~65535 s - 0.0.0.0~255.255.255.255 None

0~63 0 to 63 None MPS_EMERGENCY, MPS_NORM MPS_NORMAL, MPS_EMERGEN None MLPPP, MCPPP MLPPP(MLPPP group),MCPPP(MC None 0,2,4,8,10 0,2,4,8,10 None D12, D16, D20, D24, D28, D32, D6 12, 16, 20, 24, 28, 32, 64 s

OFF, ON OFF,ON None OFF, ON For each switch of this parameter, None TRAFFIC_AMR, TRAFFIC_VP, T 1, 2, 4, 8 None OFF(OFF), ON(ON) OFF, ON None OFF(OFF), ON(ON) OFF, ON None - 1~100 characters None OFF(Message is invalid), ON(Messag OFF,ON None CLEAR(Cleared), LOP(Lockout of Pro CLEAR,LOP,FS,MS,EXERS, None

0~100 0~1, step:0.01 None

0~63 0~63 None

0~100 0~1, step: 0.01 per cent

0~100 0~1, step: 0.01 per cent D16, D32, D64, D128, D256 16, 32, 64, 128, 256 kbit/s True, False TRUE, FALSE None

0~100 0~1, step:0.01 None

0~63 0~63 None MET(Metric System), IMP(British 0~1 None

MET(MET), IMP(IMP) MET, IMP None

256~1500 256 to 1500 byte

1~1500 1 to 1500 ls 1~16 1~16 None 10~2000 10~2000 None

0~7 0~7 None 0~7 0~7 None 0~7 0~7 None 1~8 1~8 None

D1, D2, D4, D10, D20, D50, D100, D1, D2, D4, D10, D20, D50, D100, None D1, D2, D4, D10, D20, D50, D100, D1, D2, D4, D10, D20, D50, D100, None D1, D2, D4, D10, D20, D50, D100, D1, D2, D4, D10, D20, D50, D100, None D1, D2, D3, D4 D1,D2,D3,D4 None


0~50 0~50 frame

0~50 0~50 frame 1~200 1~200 None 1024~65535 1024~65535 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None 1~200 1~200 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 1 to 30 characters None - 1 to 30 characters None

CRD_ADCTRL(Credit Admission CRD_ADCTRL,HSDPA_UU_ADC None ALGORITHM_OFF, ALGORITHM ALGORITHM_OFF,ALGORITHM None

INTRA_FREQUENCY_LDB(Intra Fre INTRA_FREQUENCY_LDB,PUC, None

NBM_LDC_ALL_UE(Select all users None ALGORITHM_REQUIRED, ALG ALGORITHM_REQUIRED,ALGO None ALGORITHM_OFF, ALGORITHM ALGORITHM_OFF,ALGORITHM None PRIORITY1(WPS USER PRIORITY PRIORITY1, PRIORITY2, PRIORI None ALGORITHM_OFF(WPS Algorithm ALGORITHM_OFF, ALGORITH None 1~200 1~200 None ATMTRANS_IP, IPTRANS_IP, ATMTRANS_IP, IPTRANS_IP, None 0~7 0~7 None

0~65535 0~65535 None 0~100 0~1, step:0.01 per cent

NBM_LDC_ALL_UE,NBM_LDC_MATCH_UE_ONLY, NBM_LDC_MATCH_UE_FIRST

0~4095 0~4095 None NC0, NC1, NC2, RESET NC0,NC1,NC2,RESET None

2~10 2~10 None OFF, ON OFF, ON None 1~16 1~16 None NO(NO_DIRECT_CONNECT), Y NO, YES None - 0.0.0.0 to 255.255.255.255 None

- 0.0.0.0~255.255.255.255 None

1~16 1~16 None INT, INTB, NAT, NATB International Network Code, Inter None 1~256 1~256 None MODE1, MODE2 MODE1,MODE2 None 0~60 0~60 s 0 0 None 0~3840 0~3840 None 0~3840 0~3840 None

0~65535 0~65535 None 0~3 0 to 3 None

IUB_LDR(IUB LDR Algorithm), IUB_LDR, NODEB_CREDIT_LDR None

- 1~64 characters None R99, R4, R5, R6, R7 R99, R4, R5, R6, R7 None 1~60 1 to 60 min PERIOD, EVENT PERIOD,EVENT None 0~1,12~15,22~23 0 to 1,12 to 15,22 to 23 None

0~2 0 to 2 None BASE_BOARD, CH_STM1, E1 BASE_BOARD,CH_STM1,E1 None NORMAL(Normal), PICO_TYPE1(Pic NORMAL, PICO_TYPE1, PICO_T None 1~288 5~1440, step:5 min hour, min, sec 00:00:00~23:59:59 s IUB, IUR, IUCS, IUPS, UNI_A IUB, IUR, IUCS, IUPS, UNI_A None PICO_TYPE1, PICO_TYPE2 PICO_TYPE1, PICO_TYPE2 None CONFIGURED, NOT_CONFIGUR CONFIGURED, NOT_CONFIGUR None 0~100 0~1, step:0.01 per cent 1~256 1~256 None

0~63 0~63 None 0~30 0~30 None

FALSE, TRUE FALSE,TRUE None

1~5 1~5 None 0~1023 0~1023 None

0~4095 0~4095 None - ATM address None

- None None

1~16 1~16 None 0~1023 0~1023 None

1~16 1~16 None

0~100 0%~100% per cent 0~63 0 to 63 None OFF, ON OFF,ON None -20~20 -20~20 dB -20~20 -20~20 dB -20~20 -20~20 dB -20~20 -20~20 dB -10~10 -20~20,step:2 dB -10~10 -20~20, step:2 dB

100~86400000 100~86400000 ms PRIM(Primary Operator), SEC(Sec PRIM,SEC,OUTER,COMM None TRCH_DCH, TRCH_HSDSCH TRCH_DCH, TRCH_HSDSCH None

MAP_MODE_LUCENT, MAP_MO MAP_MODE_LUCENT,MAP_MO None R5_PosData_SWITCH, Last_Know R5_PosData_SWITCH, Last_Know None SDH, SONET SDH, SONET None 0~179 0~179 degree One_touch(For all the subracks and One_touch (for all the subracks and None INACTIVE, ACTIVE INACTIVE, ACTIVE None UE_BASED, UE_ASSISTED, UE UE_BASED, UE_ASSISTED, UE None FORBIDDEN, NOT_FORBIDDEN FORBIDDEN,NOT_FORBIDDEN None PEER, LOCAL PEER, LOCAL None NO(ATM_ADDRESS_DOES_NOT NO,YES None ENABLED, DISABLED ENABLED, DISABLED None

1~4294967295 1~4294967295 None

0~65535 0~65535 None QOS, BE, AF11, AF12, AF13, AF QOS, BE, AF11, AF12, AF13, AF None NP, DSP NP,DSP None -350~150 -35~15, step: 0.1 dB

-100~500 -10~50, step: 0.1 dBm 0~100 0~10, step:0.1 dB

30~353207 30 to 353207 None

PC_AMR_MODE_INDUCE_BLER_ PC_AMR_MODE_INDUCE_BLER_ None 1~10 1~10 s 10, 20, 50, 100, 200, 500, 1000 10,20,50,100,200,500,1000 ms

64~1024 64 to 1025 byte

0~65535 0~65535 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None

- 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None

INVALID(Invalid), VALID(Valid) Valid, Invalid None - 0.0.0.0~255.255.255.255 None 0~65535 0~65535 None 1024~65535 1024~65535 None 0~4095 0~4095 None IUB, IUPS, OTHER IUB, IUPS, OTHER None

0~65535 0~65535 s 0~300 0~300 s D250, D500, D1000, D2000, D4000 250, 500, 1000, 2000, 4000, 8000, ms D250, D500, D1000, D2000, D4000 250, 500, 1000, 2000, 4000, 8000, ms 0~1000 0~1000 None 0~1000 0~1000 None 1~60 1~60 s

1~64 500~32000,Step:500 ms

1~64 500~32000,Step:500 ms

1~64 500~32000,Step:500 ms

1~64 500~32000,Step:500 ms

D1, D2, D4, D8, D16, D32, D64, I 1, 2, 4, 8, 16, 32, 64, INFINITY None



2~65535 2~65535 None D0.9, D0.8, D0.7, D0.6, D0.5, D0.4 0.9, 0.8, 0.7, 0.6, 0.5, 0.4, 0.3, 0.2 None

Disable, Enable Disable(Not support Protocol field None BE(BE), AF11(AF11), AF12(AF12) BE,AF11,AF12,AF13,AF21,AF22, None BE, AF11, AF12, AF13, AF21, AF2 BE AF11 AF12 AF13 AF21 AF22 None

0~255 0~255 None 1~255 1~255 None 0~255 0~255 None V18, V36, V72, V144 18, 36, 72, 144 None -10~5 -10~5 dB 14~27 14 to 27 None 5~64 5 to 64 None 64~1024 64 to 1024 byte 10~1500 10 to 1500 byte 20~1024 20 to 1024 byte 95~512 95 to 512 byte

1~256 1~256 None

1~256 1~256 None 1~100 100~10000 ms 0~1000 0~1000 per mill 1~100 100 to 10000 ms 0~7 FG2a board: 0 to 7, GOUa board: 0 None 0,2,4,6,8 0,2,4,6,8 None 0~7 0 to 7 None 0~7 0 to 7 None 0~7 0 to 7 None

0~7 For the FG2a board, the value range None 1~32 1 to 32 None - 0 to 250 characters None - 1 to 250 characters None

1~80 10~800 ms

50~10000 ms 21~65535 21~65535 None IP, ATM IP, ATM None ETHER, TRUNK ETHER,TRUNK None CLOSE(Close), OPEN(Open) CLOSE,OPEN None CLOSE(Close), OPEN(Open) CLOSE,OPEN None CLOSE(Close), OPEN(Open) CLOSE,OPEN None CLOSE(Close), OPEN(Open) CLOSE,OPEN None CLOSE(Close), OPEN(Open) CLOSE,OPEN None CLOSE(Close), OPEN(Open) CLOSE,OPEN None -5~10 -5~10 dB 1~8 1~8 dB - 0.0.0.0~255.255.255.255 None 0~3 0~3 None

0~167 UOIa(0~3), POUa(0~167), PEUa(0~ None

Disable, Enable Disable(Not support PPP mux),Ena None 0~5 0 to 5 None 0~255 0~255 None

NON_PERIODIC_REPORT(Non perio NON_PERIODIC_REPORT,250,500,10 ms 1~64 1~64 None SIGNATURE0, SIGNATURE1, SI SIGNATURE0, SIGNATURE1, SI None OFF, ON OFF, ON None OFF, ON OFF, ON None HIGH(High priority), NORMAL(Norm HIGH, NORMAL, LOW None HIGH, LOW HIGH, LOW None

UNI: 500~10000NNI: 90~500

0~99 0~99 None

0~99 0~99 None ARP, TrafficClass ARP,TrafficClass None 0~7 0~7 None 0~7 0~7 None 0~7 0~7 None 0~7 0~7 None 0~7 0~7 None 2~30 2~30 min

INVOKE_TRACE_SWITCH, SYS This parameter is set to 0 or 1 accor None

ITUT, ANSI, TTC ITUT, ANSI, TTC None 0~60 0~60 s 0~60 0~60 s 0~60 0~60 s 0~60 0~60 s

0~60 0~60 s ALL(Select all ports), SINGLE(Sele ALL,SINGLE None CORRM_SRNSR_PSBE_RELOC, CORRM_SRNSR_PSBE_RELOC, None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent -350~150 -35~15, step: 0.1 dB 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent

0~511 0~511 None 0~100 0~100 None 0~100 0~100 None

0~100 0~100% per cent 0~14400 0~14400 s 0~14400 0~14400 s 0~64800 0~64800 s 0~14400 0~14400 s

0~14400 0~14400 s OFF, ON OFF, ON None 60~900 60~900 s 0~100 0~100 per cent 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 None 0~100 0~100 None 0~100 0~100 None SUPP_NONE, SUPP_IUFLEX, S SUPP_NONE,SUPP_IUFLEX,SU None 1~10 1~10 None 0~100 0~100 None 0~65534 0~65534 None 0~100 0~100 None 0~65534 0~65534 None

FALSE, TRUE FALSE,TRUE None ON, OFF ON,OFF None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None

0~100 0~100 per cent

PS_BE_EXTRA_LOW_RATE_ACC PS_BE_EXTRA_LOW_RATE_ACC None 0~3910000 0 to 3910000 kbit/s BOOL(Digital Port), VALUE(Analo BOOL,VALUE None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None ON, OFF ON, OFF None ON, OFF ON, OFF None ON, OFF ON, OFF None FE, GE FE, GE None

1~32 1~32 None

6~86400 6~86400 s 0~60 0~60 s ALGORITHM1, ALGORITHM2 ALGORITHM1, ALGORITHM2 None 0~63 0 to 63 None 0~63 0 to 63 None 0~63 0 to 63 None 0~63 0 to 63 None 0~63 0 to 63 None CS1, CS2 CS1, CS2 None

0~99 0~99 None 0~40,255 {0~40},{255} dB 0~40,255 {0~40},{255} dB 0~40,255 {0~40},{255} dB 0~40,255 {0~40},{255} dB -50~50 -50~50 dB

-24~0 -24~0 dB TRUE(Configure the minimum qualit TRUE,FALSE None -58~-13 -115~-25,Step:2 dBm

-58~-13 -115~-25, step:2 dBm

TRUE, FALSE TRUE,FALSE None TRUE(Configure the minimum signal TRUE,FALSE None CPICH_ECNO(CPICH Ec/N0), CP CPICH_ECNO, CPICH_RSCP None OFF, ON OFF, ON None 5~20 5~20 None

0~99 0~99 None 1~65535 1~65535 s

0~255 0~255 None SUBCHANEL0, SUBCHANEL1, SUBCHANEL0, SUBCHANEL1, S None 10000~240000 10000~240000 ms NO, YES NO,YES None NO_CAPABILITY(Cell capabilit NO_CAPABILITY,GSM,GPRS,ED None 0~240000 0~240000 ms

1~256 1~256 None 1~65535 1~65535 ms 1~99 0.01~0.99, step:0.01 per cent 1~65535 1~65535 ms

- 0 to 250 characters None LASTRBP(last rollbackpoint), APP LASTRBP,APPOINTRBP None 300~10000 300~10000 ms 300~10000 300~10000 ms 300~10000 300~10000 ms 0~100 0~100 per cent 1~360 10~3600, step: 10 s 100~200 1~2, step:0.01 per cent

20~99 20~99 per cent YES, NO YES, NO None

Band1, Band2, Band3, Band4, Ban Band1, Band2, Band3, Band4, Ban None

0~100 0~100 per cent

0~100 0~100 per cent

OFF, ONLY_TO_INTER_FREQU OFF,ONLY_TO_INTER_FREQUE None

0~16383 0~16383 None

0~16383 0~16383 None

TRUE, FALSE TRUE, FALSE None 0~31 0 to 31 None 0~31 0 to 31 None OFF, ON OFF, ON None OFF, ON OFF, ON None OFF, ON OFF,ON None REHOSTRIGHNOW(RehostRighNo RehostRighNow, RehostDelay, Reh None 2000~60000 2000~60000 ms 1~10000 1~10000 ms 1~20000 1~20000 ms 1~20000 1~20000 ms 1~20000 1~20000 ms 1~10000 1~10000 ms 1~60000 1~60000 ms 1~10000 1~10000 ms 1~10000 1~10000 ms

1~20000 1~20000 ms 2000~60000 2000~60000 ms

-29~29 -14.5~14.5,Step:0.5 dB

- 1 to 250 characters None

- 1~31 characters None 0~65535 0~65535 None 1~4096 1~4096 s

NON_PERIODIC_REPORT, D250~1 NON_PERIODIC_REPORT, 250, 500, ms

NON_PERIODIC_REPORT, D250~1 NON_PERIODIC_REPORT, 250, 500, ms

NON_PERIODIC_REPORT, D250~1 NON_PERIODIC_REPORT, 250, 500, ms GSM, GPRS, EDGE GSM, GPRS, EDGE None RESERVED_SWITCH_0_BIT1, R RESERVED_SWITCH_0_BIT1, R None RESERVED_SWITCH_1_BIT1, R RESERVED_SWITCH_1_BIT1, R None 0~4294967295 0~4294967295 None 0~4294967295 0~4294967295 None 0~255 0~255 None 0~255 0~255 None 2000~60000 2000~60000 ms

2~5 2 to 5 s RestrictionFixed, RestrictionFlexibl RestrictionFixed,RestrictionFlexible None 0~10 0~10 None SRB_OVER_HSDPA, SRB_OVER_SRB_OVER_HSDPA, SRB_OVER_H None AM, UM, TM AM, UM, TM None

0~4992 0~4992 bit -350~150 -35~15, step:0.1 dB -350~150 -35~15, step:0.1 dB 1~10000 1~10000 ms 1~10000 1~10000 ms 1~10000 1~10000 ms 1~10000 1~10000 ms

0~4095 0~4095 None - 0.0.0.0~255.255.255.255 None 0 0 None - 1~20 charaters None R99, R4, R5, R6, R7 R99, R4, R5, R6, R7 None

20~99 20~99 per cent ORIGCONVCALLEST, ORIGSTR ORIGCONVCALLEST, ORIGSTR None 0~65534 0~65534 None 0~100 0~100 None 0~15 0~15 s 1~10000 1~10000 ms 1~10000 1~10000 ms 1~10000 1~10000 ms 1~5000 1~5000 ms 1~3000 1~3000 ms 1~10000 1~10000 ms 1~10000 1~10000 ms NO, YES NO, YES None 0~119 0~119 None 0~119 0~119 None SHARE(Share), EXCLUSIVE(Exclu SHARE, EXCLUSIVE None

SHARE, EXCLUSIVE SHARE, EXCLUSIVE None

COMMISSIONING(Commissioning) COMMISSIONING,UPGRADE,RE None

1200~20000 ms

ALL_NODES, BY_CNID ALL_NODES,BY_CNID None OFF, ON OFF, ON None 0~5 0~5 None ALL_RNC, SINGLE_RNC ALL_RNC,SINGLE_RNC None RSVDBIT1_BIT1, RSVDBIT1_BIT This parameter is set to 0 or 1 accor None RSVDBIT1_BIT1, RSVDBIT1_BIT Each bit can be set ON or OFF None RSVDBIT1_BIT1, RSVDBIT1_BIT Each bit can be set ON or OFF None OFF, ON ON,OFF None

RsvdBit1(Reserved Switch 1), Rsvd RsvdBit1, RsvdBit2, RsvdBit3, Rsv None 0~4294967295 0~4294967295 None 0~4294967295 0 to 4294967295 None 0~4294967295 0~4294967295 None 0~4294967295 0~4294967295 None 0~4294967295 0~4294967295 None 0~4294967295 0~4294967295 None 0~4294967295 0~4294967295 None 0~4294967295 0~4294967295 None 0~4294967295 0~4294967295 None 0~4294967295 0~4294967295 None 0~4294967295 0~4294967295 None OFF, ON ON,OFF None

0~4294967295 0~4294967295 None 0~4294967295 0~4294967295 None OFF, ON ON,OFF None

UNI: 5000~20000NNI: 1200~20000

0~4294967295 0~4294967295 None 0~4294967295 0~4294967295 None OFF, ON ON,OFF None 0~4294967295 0~4294967295 None OFF, ON ON,OFF None 0~4294967295 0~4294967295 None OFF, ON ON,OFF None 0~4294967295 0~4294967295 None 0~4294967295 0 to 4294967295 None 0~4294967295 0~4294967295 None 0~4294967295 0 to 4294967295 None 0~4294967295 0~4294967295 None 0~4294967295 0 to 4294967295 None 0~4294967295 0~4294967295 None NON-REVERTIVE, REVERTIVE NON-REVERTIVE, REVERTIVE None

0~4294967295 0~4294967295 None 1~5 1~5 None 1~65535 1~65535 s 1~65535 1~65535 s OFF, ON OFF,ON None - 0.0.0.0 to 255.255.255.255 None - 0.0.0.0 to 255.255.255.255 None 1~65535 1~65535 s 1~65535 1~65535 s D250, D500, D1000, D2000, D4000 250, 500, 1000, 2000, 4000, 8000, ms D8, D16, D32, D64, D128, D256, 8, 16, 32, 64, 128, 256, 512, 1024, byte D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms




D16, D32, D64, D128, D256, D512 16, 32, 64, 128, 256, 512, 1024, 2k, byte D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms 0~100 0~100 per cent 0~100 0~100 per cent 1000~60000 1000~60000 ms 1000~60000 1000~60000 ms 1000~60000 1000~60000 ms 0~4294967295 0~4294967295 None 0~1000 0~1000 kbit/s 1~100 100~10000 ms 10~2810 530~148930 kbit/s 1~3000000 1~3000000 kbit/s 0~4000000 0~4000000 kbit/s

100~1999 100~1999 None

768~1280 768~1280 chip

768~1280 768~1280 chip 0~699 0~699 None 0~699 0~699 None

0~699 0 to 699 None

0~699 0~699 None UNI, NNI UNI, NNI None 35000~120000 35000~120000 ms

0~65535 0~65535 None TRUE(True), FALSE(False) TRUE, FALSE None 0~149 0~38144,step:256 chip ByRack, ByNodeBId, ByCellId ByRack,ByNodeBId,ByCellId None

30~70754 30 to 70754 None 0~15 0~15 None

ON, OFF ON, OFF None

0~599 0~599 None 1~31 1 to 31 None DISABLE, ENABLE DISABLE, ENABLE None HIGH, LOW HIGH, LOW None 0~63 0~63 None SINGLE(Single NodeB), ALL(ALL SINGLE, ALL None MBMS_REL(MBMS service), USE MBMS_REL, USER_REL None - 0.0.0.0~255.255.255.255 None - 0 to 63 character None

D16, D32, D64, D128, D256 16, 32, 64, 128, 256 kbit/s

ON, OFF ON, OFF None 0~4294967295 0~4294967295 None SUPPORT_CS, SUPPORT_PS, S SUPPORT_CS, SUPPORT_PS, S None

STREAMING, BACKGROUND STREAMING, BACKGROUND None NO, YES NO, YES None

0~255 0~255 None DEDICATED(Dedicated), RANSH Dedicated, RANSharing, MOCN None -53~45 -105~91, step:2 dB HO_TO_GSM_SHOULD_BE_PER HO_TO_GSM_SHOULD_BE_PER None 0~63 0~63 None 0~120 0~120 s

-24~0 -24~0 dB CS_SHO_SWITCH, HSPA_SHO_ CS_SHO_SWITCH, HSPA_SHO_ None

FALSE(Do not send), TRUE(Send) FALSE,TRUE None

FALSE(Do not send), TRUE(Send) FALSE,TRUE None SIB2, SIB4, SIB12, SIB18, SIB11B SIB2, SIB4, SIB12, SIB18, SIB11B None FACH, DCH_3.4K_SIGNALLING, FACH, DCH_3.4K_SIGNALLING, None

0~118 0~118 None 0~15 0~15 None FALSE, TRUE FALSE, TRUE None 0~15 0~15 None


NBAMR_BITRATE_4.75K, NBAM 4.75, 5.15, 5.90, 6.70, 7.40, 7.95, 1 kbit/s D3.4, D13.6, D27.2 D3.4, D13.6, D27.2 kbit/s D3.4, D13.6, D27.2 D3.4, D13.6, D27.2 kbit/s - 0.0.0.0~255.255.255.255 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent -16~10 -32~20, step:2 dB D0, D1, D2, D3, D4, D5, D6, D7, D 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 None 0~3 0~3 None

0~3 0~3 None 0~3 0~3 None 0~3 0~3 None D1, D2, D3, D4 D1, D2, D3, D4 None B0000, B0001, B0010, B0011, B01 B0000, B0001, B0010, B0011, B010 None DATE(Input with date), WEEK(Inp DATE, WEEK, DATEWEEK None CELLID_CENTER, CELLID_RTT, A-GPS, OTDOA, CELLID_RTT, None CLOSE(Close), OPEN(Open) CLOSE,OPEN None JAN(January), FEB(February), MA JAN, FEB, MAR, APR, MAY, JUN None

0,2,4,8,10 {0},{2},{4},{8},{10} None 0,2,4,8,10 0,2,4,8,10 None 0,2,4,6,8,10 0~10, step: 2 None 0,2,4,8,10 0,2,4,8,10 None 0,2,4,6,8,10,12,14,16,18,20,22,24,2 0, 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, None 0,2,4,8,10 0, 2, 4, 8, 10 None 0~27 0 to 27 None 14~27 14 to 27 None 14~27 14 to 27 None

0~27 0 to 27 None 14~27 14 to 27 None 14~27 14 to 27 None

14,16,18,20,22,24,26 14,16,18,20,22,24,26 None 0~5,8~27 0 to 5,8 to 27 None 0~5,8~27 0 to 5, 8 to 27 None

14~27 14 to 27 None

14~27 14 to 27 None 29,31 29,31 None 0,2,4,8,10 0, 2, 4, 8, 10 None 0,2,4,8,10 0, 2, 4, 8, 10 None 0,2,4,8,10 0, 2, 4, 8, 10 None 0,2,4,8,10 0, 2, 4, 8, 10 None 0,2,4,8,10 0,2,4,8,10 None 14~27 14~27 None 0,2,4,8,10 0,2,4,8,10 None

0~65535 0~65535 None

TRUE, FALSE TRUE,FALSE None OFF, ON OFF, ON None

1~16777215 None BIT14, BIT16, BIT24 BIT14, BIT16, BIT24 None - 1~11 characters None ON, OFF ON,OFF None

WNF, DNF WNF, DNF None 10M, 100M 10M, 100M None 0~10,255 {0~1},{255}, step:0.1 None

1~8 1~8 None

0~15 0~15 None 1024~3584 1024 to 3584 None

BIT14: 1~16383BIT16: 1~65535BIT24: 1~16777215

0~100 0~1, step:0.01 per cent

0~100 0~1, step:0.01 per cent

0~100 0~1, step:0.01 per cent 40~100 40~100 per cent DCH(UL_DCH,DL_DCH), HSDPA DCH, HSDPA, HSPA None TRUE, FALSE FALSE, TRUE None 0~100 0~100 per cent 1~1000 1~1000 kbit/s 1~2000 1~2000 kbit/s CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent 0~31 0 to 31 None 1~4 1 to 4 None 0~4 0 to 4 None

- 0.0.0.0~255.255.255.255 None

1~100 1 to 100 None BITS1-2MHZ, BITS2-2MHZ, BITS BITS1-2MHZ, BITS2-2MHZ, BITS None TS1(Time_slot_1), TS2(Time_slot_ TS1, TS2, TS3, TS4, TS5, TS6, TS None 45~90 45~90 min

0~5 0~5 None

0~5 0 to 5 None 1~5 1 to 5 None

0~5 0 to 5 None 1~5 1 to 5 None 0~5 0 to 5 None 0~5 0~5 None 0~5 0~5 None 0~5 0~5 None

0~5 0~5 None 0~5 0~5 None 0~5 0~5 None 0~5 0~5 None - None None NO, YES NO, YES None RT(Real time service), NRT(Non rea RT,NRT,ALL None 0~400 0~400 ms 1~255 1~255 s 1~100 1~100 s 1~255 1~255 s

SRNSR_DSCR_IUR_RESRCE_SW SRNSR_DSCR_IUR_RESRCE_SW None 1~65535 1~65535 s 0~1048575 0~1048575 None RSS, RBS RSS, RBS None -350~150 -35~15, step: 0.1 dB 20~99 20 to 99 per cent 30~100 30 to 100 per cent

SPEECH, UNKNOWN SPEECH, UNKNOWN None

20~99 20 to 99 per cent

30~100 30 to 100 per cent -53~45 -105~91, step:2 dB -16~10,127 {-32~20},{127},step:2 dB

0~3 0 to 3 None

0~3 0~3 None HOUR, MIN, SEC HOUR(hour),MIN(minute),SEC(sec None UBR, CBR, RTVBR, NRTVBR, U UBR, CBR, RTVBR, NRTVBR, U None 1~512 1~512 None INACTIVE, ACTIVE INACTIVE, ACTIVE None HOUR, MIN 00:00~23:59 min HOUR, MIN 00:00~23:59 min HOUR, MIN 00:00~23:59 min 1000~300000 1000~300000 ms 1~300 1~300 s 3~67 3~67 None OFF, ON OFF, ON None MANULSTP(Manual stop), AUTOST MANULSTP, AUTOSTP None D0, D8, D16, D32, D64, D128, D14 D0, D8, D16, D32, D64, D128, D14 kbit/s 1~1000 1~1000 kbit/s D8, D16, D32, D64, D128, D144, D 8,16,32,64,128,144,256,384,608 kbit/s

1~2000 1~2000 kbit/s D0, D8, D16, D32, D64, D128, D14 D0, D8, D16, D32, D64, D128, D14 kbit/s

TRUE, FALSE TRUE, FALSE None

STTD_Supported, STTD_not_Suppo STTD_Supported, STTD_not_Suppo None

0~2 0~2 None 16~1023 16~1023 byte 1~126,128~191 1 to 126,128 to 191 None TRUE, FALSE TRUE, FALSE None FALSE, TRUE FALSE, TRUE None FALSE, TRUE FALSE,TRUE None

FALSE, TRUE FALSE, TRUE None NO, YES NO, YES None NO(NO), YES(YES) NO, YES None CR527_SUPPORT, CR527_NOT_ CR527_SUPPORT, CR527_NOT_ None FALSE, TRUE FALSE,TRUE None FALSE, TRUE FALSE, TRUE None FALSE, TRUE FALSE,TRUE None CLOSE(Close), OPEN(Open) CLOSE,OPEN None SUN(Sunday), MON(Monday), TUE( SUN, MON, TUE, WED, THU, FRI None Close, Open Close,Open None BFD_OFF, BFD_ON BFD_OFF,BFD_ON None OFF, ON OFF,ON None NO, YES NO, YES None 1~254 1~254 None OFF, ON OFF ON None 0~429496729 0~429496729 None

OFF, ON OFF ON None OFF, ON OFF ON None OFF, ON OFF ON None OFF, ON OFF ON None OFF, ON OFF ON None 0~429496729 0~429496729 None 0~429496729 0~429496729 None 0~429496729 0~429496729 None FIRST(First), SECOND(Second), T FIRST, SECOND, THIRD, FOURT None 1~500 1~500 None - 1~250 character None - 1~250 character None 1~500 1~500 None 1~255 1~255 min - 1~250 character None - 1~250 character None 1~500 1~500 None - 1~250 character None 1~500 1~500 None 30000~60000 30000~60000 ms 800~1500 800~1500 ms 800~1500 800~1500 ms 2000~3000 2000~3000 ms 800~1500 800~1500 ms 800~1200 800~1200 ms 180000~360000 180000~360000 ms 180000~360000 180000~360000 ms 1400~2000 1400~2000 ms D100, D200, D400, D600, D800, D D100, D200, D400, D600, D800, D ms D100, D200, D400, D600, D800, D D100, D200, D400, D600, D800, D ms D100, D200, D400, D1000, D2000 D100, D200, D400, D1000, D2000 ms INFINITY, D5, D10, D30, D60, D1 INFINITY, D5, D10, D30, D60, D1 min D5, D10, D15, D20, D30, D40, D50 D5, D10, D15, D20, D30, D40, D50 s D40, D80, D160, D320 D40, D80, D160, D320 ms 1~8 1~8 s

1~15 1~15 s 0~15 1~15 s D0, D2, D4, D6, D8, D12, D16, D2 D0, D2, D4, D6, D8, D12, D16, D2 s D0, D10, D30, D60, D180, D600, D0, D10, D30, D60, D180, D600, s D0, D10, D20, D30, D40, D50, IN D0, D10, D20, D30, D40, D50, IN s 0~255 0~1530 step:6 min D0, D100, D200, D300, D400, D50 D0,D100, D200,D300,D400,D500, ms 800~1200 800~1200 ms 800~1200 800~1200 ms 800~1200 800~1200 ms 800~1200 800~1200 ms 1~1000 0.1%~100%, step: 0.1% per cent

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

0~63 lower than -110,-110~-48(1:-110; 2:- dBm

0~63 lower than -110,-110~-48(1:-110; 2:- dBm 1~12 1~12 None D0, D1, D2, D3, D4 0, 1, 2, 3, 4 None

0~512 0~512 None

0~512 0~512 None 0~512 0~512 None D1, D2, D3, D4, D5, D6, D7, D8, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, None D1, D2, D3, D4, D5, D6, D7, D8, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, None D1, D2, D3, D4, D5, D6, D7, D8, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, None D1, D2, D3, D4, D5, D6, D7, D8, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, None 1~254 1~254 None

CHIP0, CHIP256, CHIP512, CHIP7 CHIP0, CHIP256, CHIP512, CHIP7 chip 0~65535 0~65535 None 1~15 1~15 None NOT_USED, D30(30 seconds), D60(6 NOT_USED, 30, 60, 120, 180, 240 s NOT_USED, D10(10 seconds), D20(2 NOT_USED, 10, 20, 30, 40, 50, 60, s NotUsed, D10(10 seconds), D20(20 NotUsed, 10, 20, 30, 40, 50, 60, 70 s NotUsed, D30(30 seconds), D60(60 NotUsed, 30, 60, 120, 180, 240 s

0~255 0~255 s CLOSE(Close), OPEN(Open) CLOSE,OPEN None - 1~9 character degree Celsius - 1~9 character degree Celsius

D3~0 D6~1 D9~2 D12~3 D15~4 D 3,6,9,12,15,18,21,INFINITY dB

D2~0 D3~1 D4~2 D6~3 D8~4 D10 2,3,4,6,8,10,12,INFINITY dB

1~6000 10~60000, step: 10 ms

1~6000 10~60000, step: 10 ms

1~6000 10~60000, step: 10 ms

1~6000 10~60000, step:10 ms

1~6000 10~60000, step:10 ms

1~6000 10~60000, step:10 ms

1~6000 10~60000, step:10 ms 1~6000 10~60000, step:10 ms

1~6000 10~60000, step:10 ms

1~6000 10~60000, step:10 ms

1~6000 10~60000, step: 10 ms

0~511 0~511 s EXISTS, NOT_EXISTS EXISTS, NOT_EXISTS None

D1, D2, D3 1,2,3 None ACTIVE(Active BAM), STANDBY ACTIVE,STANDBY None 1~512 1~512 None 0~56 0~28, step: 0.5 dB 0~56 0~28, step: 0.5 dB 1~15 1~15 None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None High, Medium, Low High, Medium, Low None 200~10000 200 to 10000 ms

1~3 1 to 3 s 1~3600 1~3600 s 1~64 1~64 ms 1~1024 1 to 1024 None

0~1000 0~1000 ms

0~500000 0~500000 ms

D0, D10, D20, D40, D60, D80, D10 0,10,20,40,60,80,100,120,160,200, ms

D0, D10, D20, D40, D60, D80, D10 0,10,20,40,60,80,100,120,160,200, ms

D0, D10, D20, D40, D60, D80, D10 0,10,20,40,60,80,100,120,160,200, ms

0~64000,65535 0~64000,65535 ms

0~64000 0~64000 ms

0~64000 0~64000 ms D0, D10, D20, D40, D60, D80, D1 0, 10, 20, 40, 60, 80, 100, 120, 16 ms D0, D10, D20, D40, D60, D80, D1 0, 10, 20, 40, 60, 80, 100, 120, 16 ms

1~100 1~100 None 1~100 1~100 None 9~163 9~163 None 0~163 0~163 None 0~163 0~163 None 0~163 0~163 None 8000~12000 8000~12000 ms 30000~90000 30000~90000 ms ATM_TRANS(ATM circuit transmis ATM_TRANS, IP_TRANS, ATMA None ATM_TRANS, IP_TRANS ATM_TRANS, IP_TRANS None ATM_TRANS, IP_TRANS ATM_TRANS, IP_TRANS None -120~-1,1~120 -120 to -1, 1 to 120 min

0~2559 0~2559 ms

0~1279 0~1279 ms 0~5 0~5 None NORMAL, FORMAT NORMAL,FORMAT None

D0, D10, D20, D30, D40, D50, D60 0,10,20,30,40,50,60 s CONVERSATIONAL, STREAMIN CONVERSATIONAL, STREAMIN None

INTERACTIVE, BACKGROUND INTERACTIVE, BACKGROUND None

AMR, VP, PSR99, PSHSPA AMR,VP,PSR99,PSHSPA None

M3UA_OVERRIDE_MOD, M3U None 0~10 0~10 None 0~65535 0~65535 ms IP, HYBRID_IP IP, HYBRID_IP None

M3UA_OVERRIDE_MOD, M3UA_LOADSHARE_MOD (For details of these two modes, refer to RFC4666.)

ATM, IP, ATM_IP, HYBRID_IP ATM,IP,ATM_IP,HYBRID_IP None

1~32 1~32 None0~255 0~255 None TRCH_HSDSCH, TRCH_EDCH_2 TRCH_HSDSCH, TRCH_EDCH_2 None TRCH_DCH, TRCH_EDCH_2MS, TRCH_DCH, TRCH_EDCH_2MS, None TRCH_DCH, TRCH_HSDSCH, T TRCH_DCH, TRCH_HSDSCH, T None

0~120 0~120 s

0~31 0~31 s 0~31,255 {0~6.2},{255}, step:0.2 s 0~31,255 {0~31},{255} s 100~1999 100 to 1999 None

D0, D10, D20, D40, D60, D80, D10 0,10,20,40,60,80,100,120,160,200, ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D0, D10, D20, D40, D60, D80, D10 0,10,20,40,60,80,100,120,160,200, ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms 0~7 0 to 7 None 14~27 14 to 27 None

0~7 0 to 7 None 0~255 0~25.5, step: 0.1 s 0~4095 0~4095 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None - 0.0.0.0~255.255.255.255 None 0~7 0~7 None TS1(Time_slot_1), TS2(Time_slot_ TS1, TS2, TS3, TS4, TS5, TS6, TS None ON, OFF ON, OFF None

TS1(Time_slot_1), TS2(Time_slot_ TS1,TS2,TS3,TS4,TS5,TS6,TS7,TS None 0~65535 0 to 65535 None - 1~50 characters None

0~511 0~511 s - 15-bit numerical (0 to 9) string None 1~120 1 to 120 s OFF, ON OFF, ON None 1~4294967295 1 to 4294967295 ms 1~128 1 to 128 s 10~2810 530~148930 kbit/s 1~3000000 1~3000000 kbit/s 0~4000000 0~4000000 kbit/s

TRUE, FALSE TRUE, FALSE None 200~10000 200 to 10000 ms 10~60 10 to 60 ms

100~1999 100 to 1999 None NBAP_CCP, NBAP_NCP, IUB_O NBAP_CCP, NBAP_NCP, IUB_O None

0~16383 0~16383 None

0~16383 0~16383 None

TRUE, FALSE TRUE, FALSE None 2000~60000 2000~60000 ms 135~1031 135~1031 byte MUXCLOSE, NORTPCOMP, RT MUXCLOSE, NORTPCOMP, RT None MUXCLOSE, NORTPCOMP, RT MUXCLOSE, NORTPCOMP, RT None 1~10 1~10 s REFERENCE_TIME_FOR_GPS, REFERENCE_TIME_FOR_GPS, None REFERENCE_TIME_FOR_GPS, REFERENCE_TIME_FOR_GPS, None 1~10000 1~10000 ms 1~10000 1~10000 ms LOGIC(Logic uninhibit), PHYSICAL LOGIC(Logic uninhibit), PHYSICAL None 300~1000 300 to 1000 ms - 0~9Characters None 0~100 0~1, step: 0.01 None

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms 0~100 0~1, step: 0.01 None


D8, D16 8, 16 kbit/s D8, D16, D32, D64, D128, D144, D 8,16,32,64,128,144,256,384 kbit/s D8, D16, D32, D64, D128, D144, 8,16,32,64,128,144,256,384,608,14 kbit/s

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

1~32 1~32 None 0~100 0~1, step:0.01 None

0~100 0~1, step:0.01 None SF/2, HIGHER_LAYER_SCHDL SF/2, HIGHER_LAYER_SCHDL None

1~10 1~10 None

1~10 1~10 None

D8, D16, D32, D64, D128, D144, D 8, 16, 32, 64, 128, 144, 256, 384 kbit/s NORMAL, SILENT NORMAL, SILENT None

D8, D16, D32, D64, D128, D144, D 8, 16, 32, 64, 128, 144, 256, 384 kbit/s D0, D8, D16, D32, D64, D128, D14 0, 8, 16, 32, 64, 128, 144, 256, 384 kbit/s

SF4(SF4), SF8(SF8), SF16(SF16), SF4,SF8,SF16,SF32,SF64,SF128,S None 0~100 0~1, step:0.01 per cent SCHEDULED, NON-SCHEDULE SCHEDULED, NON-SCHEDULE None 0~100 0~1, step: 0.01 None 0~400000 0~400000 bit/s


1~32 1~32 None

1~10 1~10 None

SF4(SF4), SF8(SF8), SF16(SF16), SF4, SF8, SF16, SF32, SF64, SF12 None NoAct(no action), InterFreqLDHO(i NoAct,InterFreqLDHO,BERateRe None




1~10 1~10 None

0~100 0~1, step:0.01 per cent



NoAct(no action), InterFreqLDHO(i NoAct,InterFreqLDHO,BERateRe None 0~100 0~1, step:0.01 per cent D16, D32, D48, D64, D96, D128, 16, 32, 48, 64, 96, 128, 256, 512, 1 None

D0, D1, D2, D3, D4, D5, D6, D7, D 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 11, 13, 15, None AUTO_CALC, HAND_APPOINT 0, 1 None

D16, D32, D64, D128, D144, D256 16, 32, 64, 128, 144, 256, 384 kbit/s

1~64000 1~64000 ms

0~100 0~1, step: 0.01 None

0~100 0~1, step:0.01 None

0~100 0~1, step:0.01 None

0~100 0~1, step:0.01 None

1~32 1~32 None

1~10 1~10 None

0~100 0~100 None



1~6000 10~60000, step:10 None 0~100 0~1, step:0.01 per cent

1~10 1~10 None

1~10 1~10 None NO, YES NO, YES None NO, YES NO, YES None NO, YES NO, YES None

0~512 0~512 s NO, YES NO, YES None NO, YES NO, YES None NO, YES NO, YES None NO, YES NO, YES None 2_Rates, 3_Rates 2_Rates, 3_Rates None 2_Rates, 3_Rates 2_Rates, 3_Rates None

D8, D16, D32, D64, D128, D256 8,16,32,64,128,256 None 0~100 0~1, step: 0.01 None SCHEDULED, NON-SCHEDULE SCHEDULED, NON-SCHEDULE None 0~100 0~1, step: 0.01 None D8, D16, D32, D64, D128, D144, D 8, 16, 32, 64, 128, 144, 256, 384 kbit/s SCHEDULED, NON-SCHEDULE SCHEDULED, NON-SCHEDULE None 0~82 0~82 dB

0~82 0~82 dB

0~82 0~82 dB 0~82 0~82 dB 1~200 1~200 None 1~2 1~2 dB

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

D0, D10, D20, D40, D60, D80, D10 0, 10, 20, 40, 60, 80, 100, 120, 160 ms

0~990 0~990 m

0~3248 0~3248 m

0~1800000 0~1800000 m

0~5905440 0~5905440 m

0~1800000 0~1800000 m

0~5905440 0~5905440 m 0~167 0 to 31(AEUa), 0 to 125(E1 of AOU None 2~20 2~20 None 0~1999 0~1999 None

0~119 0~119 None 128~447 AEUa(128~191),AOUa(256~383),U None 0~65535 0~65535 None 0~65535 0~65535 None 0~65535 0~65535 None 0~65535 0~65535 None 0~65535 0~65535 None 0~65535 0~65535 None 0~65535 0~65535 None 0~65535 0~65535 None

0~65535 0~65535 None D1, D2, D3, D4, D5, D6, D7, D8 D1, D2, D3, D4, D5, D6, D7, D8 None

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

-24~0 -24~0 dB

-115~-25 -115~-25 dBm

CPICH_EC/NO, CPICH_RSCP CPICH_EC/NO,CPICH_RSCP None

-24~0 -24~0 dB

-115~-25 -115~-25 dBm Disable, Enable Disable, Enable None NOTUSED, USED NOTUSED, USED None Disable, Enable Disable, Enable None Disable, Enable Disable, Enable None

USED, NOT_USED USED, NOT_USED None Disable, Enable Disable, Enable None ALL_USER(All User), HALF(Ha ALL_USER,HALF,THIRD, QUAR None 5~20 5~20 per cent 50~100 50~100 per cent

GOLD, SILVER, COPPER GOLD, SILVER, COPPER None Disable, Enable Disable, Enable None CELL/S, KBIT/S CELL/S, KBIT/S None 32~65535 32~65535 None CC, LOOPBACK CC, LOOPBACK None

DISABLE, ENABLE DISABLE, ENABLE None

2~4094 2 to 4094 None 0~7 0 to 7 None 0~100 0~100 per cent CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None CBR, RT_VBR, NRT_VBR, UBR, BE CBR,RT_VBR,NRT_VBR,UBR,BE, None 0~100 0~100 None 0~100 0~100 per cent DCH(UL_DCH,DL_DCH), HSDPA DCH, HSDPA, HSPA None EDCH_TTI_10ms, EDCH_TTI_2m EDCH_TTI_10ms, EDCH_TTI_2m None CLOSE(Close), OPEN(Open) CLOSE,OPEN None - 1~9 character V - 1~9 character V CLOSE(Close), OPEN(Open) CLOSE,OPEN None - 1~9 character V - 1~9 character V 0~1399 0 to 1399 None 0~255 0~255 None

TRUE, FALSE TRUE, FALSE None NO, YES NO, YES None 0~100 0~100 None 0~65534 0~65534 None 0~100 0~100 None 0~65534 0~65534 None 20~64000 20~64000 ms CLOSE(Close), OPEN(Open) CLOSE,OPEN None

0~20 0~2,Step:0.1 None

0~20 0~2,Step:0.1 None 1~32767 1~32767 None

M3UA_ASP, M3UA_IPSP None Active(Format active area), Standby Active,Standby None E1_UNBA(E1 Unbalance), E1_BA(E1 E1_UNBA, E1_BA, T1, E1 None 30~60000 30 to 60000 s 1~5 1~5 None 0~65535 0~65535 s GMT-1200(GMT-12:00), GMT-110 GMT-1200(GMT-12:00), GMT-110 None

M3UA_ASP, M3UA_IPSP (For details of ASP and IPSP, refer to RFC4666.)

Default Value Recommended Value Impact

- None AAL2 Path- None RNC0 0 Cell0 0 Cell0 0 Cell0 0 Cell0 0 Cell0 0 Cell0 0 Cell- None Physical channel

Enable Enable

- 50 RNC- 100 RNC

- RNC

- None RNC

- RNC

- 2 RNC- OFF RNCLOCAL LOCAL RNC- None RNC- None RNC- None RNCACTIVE ACTIVE Cell- NODELIVERY RNC- UE_BASED RNC

- None RNC

PPP Link(ADD PPPLNK) MLPPP Link, PPP Link(ADD MPLNK)

AC0:BARRED,AC1:BARRED,AC2:BARRED,AC3:BARRED,AC4:BARRED,AC5:BARRED,AC6:BARRED,AC7:BARRED,AC8:BARRED,AC9:BARRED(SET DSACAUTOALGO) None(ADD CELLDSACMANUALPARA)

10(SET DSACAUTOALGO) 30(SET ACALGO) None(ADD CELLDSACMANUALPARA)

- None RNC-6 -6 Cell1 1 Physical channel

- None

- None RNC- None Transmission resource gAutomatic Automatic Cell- None RNC- None RNC- None RNC

4

RNC(SET BOXRPT,SET ALMLVL) SRB(SET ALMPORT)

4(ADD CELLINTERFREQHOCOV) -(SET INTERFREQHOCOV)

Cell(ADD CELLINTERFREQHOCOV) RNC(SET INTERFREQHOCOV)

1

4

1

- None RAB- NO RNC- 5 RNC- 100 RNC- 90 RNC- 200 RNC- 3000 RNC

- None

- None Cell- None Cell- None Cell- None Cell- None Cell- None Cell- None Cell- None CellFALSE FALSE RNC- None SCTP

1(ADD CELLINTERFREQHONCOV) -(SET INTERFREQHONCOV)

Cell(ADD CELLINTERFREQHONCOV) RNC(SET INTERFREQHONCOV)

4(ADD CELLINTERRATHOCOV) -(SET INTERRATHOCOV)

Cell(ADD CELLINTERRATHOCOV) RNC(SET INTERRATHOCOV)

1(ADD CELLINTERRATHONCOV) -(SET INTERRATHONCOV)

Cell(ADD CELLINTERRATHONCOV) RNC(SET INTERRATHONCOV)

Adjacent Node(ACT VCLCC,ADD ADJMAP,ADD ADJNODE) AAL2 Path(LOP VCL,ADD AAL2PATH) Services carried on the network element with the specific ATM address.(ADD AAL2RT) IP Path(ADD IPPATHBIND,ADD IPPATH) IP path(ACT IPPM)

- None RABALL ALL RNCPrimary Primary RNC- None RNC- None RNC- None RNC- None RNC- None RNC- None RNC- None RNC- None RNC- None RNC- None RNC- None RNC- None RNC

- None RNC- None RNC3 3 Ethernet Port3 3 Ethernet Port- None NodeB- None RNC- None RNCALLOWED ALLOWED RNC

- None

- None

- None

NO_V NO_V

- ENABLE Ethernet port7 7 Physical channel0 0 Physical channel15 15 Physical channel- None RNC- None SRB- None subrack

PPP Link(ADD PPPLNK) MLPPP Group, PPP Link(ADD MPGRP)




- None subrack61 61 Cell- None RNC- None Ethernet port- None Ethernet port- None RNC- None RNC

Cell

- CONVERSATIONAL:7; STREAMIRNC- None Cell- None Cell0 0 Cell-30 -30 Cell-20 -20 Transport channel

- None RNC- None RNC5 5 RNC2 2 RNC1 1 RNC- D384 RNC- 5 RNC- 5 RNC- 5 RNC- 5 RNC- RateDegrade RNC- None RNC- None RNC- 5 RNC

- D1024 RNC- D0 RNC

-(ADD NRNCCELL,ADD QUICKCELLSETUP,ADD CELLSETUP) GSM900_DCS1800_BAND_USED(ADD GSMCELL)

None(ADD NRNCCELL,ADD QUICKCELLSETUP,ADD CELLSETUP) GSM900_DCS1800_BAND_USED(ADD GSMCELL)

- D1024 RNC- D0 RNC

- D1024 RNC- D0 RNC- D1024 RNC- D0 RNC

- D1024 RNC- D0 RNC

- D1024 RNC- D0 RNC- D1024 RNC- D0 RNC

- D1024 RNC- D0 RNC- 65535 RNC- 5 RNC- 5 RNC- D1000 RNC- D64 RNC- D5000 RNC- D1440 RNC- 20 RNC

10

- YES RNC- None RAB- None RAB- None RNC

10(ADD CELLDCCC) -(SET DCCC)

Cell(ADD CELLDCCC) RNC(SET DCCC)

- None RNC- None RNC- SINGLE RNC- YES RNC- YES RNC- NO RNC- 3000 RNC3 3 Current BFD communica32 32 Cell512 512 Cell

100 100 Cell120 120 Cell

- 06&00&00 Cell0 0 Cell

- 01&00&00 CellON ON Cell

5 5 Cell- None RAB

FALSE FALSE Cell

- D2 RNC- D250 RNC- None Cell-92 -92 Cell

-115

- 5000 RNC- None RNC- None Board- None Board

-115(ADD CELLINTRAFREQHO) -(SET INTRAFREQHO)

Cell(ADD CELLINTRAFREQHO) RNC(SET INTRAFREQHO)

- None Ethernet port- None RNC- None RNC

REQUIRED

- None E1/T1 link- None Cell- None E1T1 Link- None RNC- None board- None E1T1 link- None board- None RNC- None Corresponding optical po- None LGC portOFF OFF LGC port

0 0

0 0 LGC port0 0 LGC port0 0 AAL2 Path0 0 IP Path0 0 Transmission resource g

REQUIRED(ADD CELLMBDRINTERRAT,ADD CELLINTERRATHOCOV,ADD CELLINTERRATHONCOV) -(SET INTERRATHOCOV,SET INTERRATHONCOV)

Cell(ADD CELLMBDRINTERRAT,ADD CELLINTERRATHOCOV,ADD CELLINTERRATHONCOV) RNC(SET INTERRATHOCOV,SET INTERRATHONCOV)

PPP Link(ADD PPPLNK) IMA group(ADD IMAGRP) Fractional link(ADD FRALNK) UNILNK(ADD UNILNK) MLPPP Group, PPP Link(ADD MPGRP)

0 0


0 0

0 0 LGC port0 0 LGC port0 0 AAL2 Path0 0 IP Path0 0 Transmission resource g120 120 LGC port- None Transmission resource g25 25 LGC port

- ON RNC- RNC- 3 RNC- NONE RNC- None AAL2 PathNULL NULL IP Path

PPP Link(ADD PPPLNK) IMA group(ADD IMAGRP) Fractional link(ADD FRALNK) UNILNK(ADD UNILNK) MLPPP Group, PPP Link(ADD MPGRP)

PPP Link(ADD PPPLNK) MLPPP Group, PPP Link(ADD MPGRP) UNILNK(ADD UNILNK) Fractional link(ADD FRALNK) IMA group(ADD IMAGRP)

CELL_LEVEL:ON

- None

- None

- None NodeB

- None

- None LGC port

- None

- None SAAL- None LGC port- None LGC port

IPoA PVC(ADD IPOAPVC) SAAL(ADD SAALLNK) AAL2 Path(ADD AAL2PATH) LGC port(ADD ATMLOGICPORT)


IPoA PVC(ADD IPOAPVC) SAAL(ADD SAALLNK) AAL2 Path(ADD AAL2PATH)

SAAL(ADD SAALLNK) AAL2 Path(ADD AAL2PATH)

- None

- None

- None

- None

AAL2 Path(ADD AAL2PATH) SAAL(ADD SAALLNK) IPoA PVC(ADD IPOAPVC)


SAAL(ADD SAALLNK) IPoA PVC(ADD IPOAPVC)

SAAL(ADD SAALLNK) IPoA PVC(ADD IPOAPVC)

- None

- None Subsystem- None Subsystem4500 4500 LGC port- None Cell

- None Cell

- OFF RNC32 32 Cell512 512 Cell- RNC100 100 RNC- RNC0 0 RNC1000 1000 Ethernet portAUTO AUTO PVC

1000 SAAL1024 1024 SAALLNK/AAL2PATH/IPO- 15 RNC- None Cell- None Cell

- None Cell

IPoA PVC(ADD IPOAPVC) SAAL(ADD SAALLNK) AAL2 Path(ADD AAL2PATH)

When the interface type is Iur, transmission type is ATM, the parameter is RT_VBR; transimssion type is IP, the parameter is EF.

When the interface type is Iur, transmission type is ATM or IP, the parameter is NULL.

UNI: 1000NNI: 200

- None RNC- None Cell- None Cell- None Cell- None Cell- None Cell

- None Cell- None CellMIXED_ENVIRONME MIXED_ENVIRONMENT CellTU TU Cell

- None Cell

- None Cell- 15 RNCSINGLE_HOST SINGLE_HOST Cell

- None

- 10 RNC- OFF RNCACTIVE ACTIVE Cell- UE_ASSISTED RNC

PICH,ADD SCCPCHTFC,ADD SCCPCHBASIC,ADD BCH,ADD PCCPCH,ADD PCPICH,ADD SSCH,ADD PSCH,ADD PRACHASC,ADD QUICKCELLSETUP,ADD CELLMBMSSA,ADD CELLEFACH,ADD CELLCBSSAC,ADD CELLRLACTTIME,ADD SMLCCELL,ADD CELLAMRC,ADD CELLDCCC,ADD CELLAMRCWB,ADD CELLSETUP) RNC(ADD CELLDSACMANUALPARA,ADD CELLMBDRINTERRAT,ADD NRNCCELL,ADD CELLHCSHO,ADD INTRAFREQNCELL,ADD INTERFREQNCELL,ADD CELLINTERRATHONCOV,ADD CELLINTERRATHOCOV,ADD CELLHOCOMM,ADD CELLINTERFREQHONCOV,ADD

SF8 SF8 Cell- None Cell

- None Cell

90 90 Cell- 9 RNC- 180 RNCNOT_RESERVED NOT_RESERVED CellNOT_RESERVED NOT_RESERVED CellAFFECT AFFECT CellAFFECT AFFECT Cell- 45 RNC

30 30 Cell

- None Cell

- CFG_DL_BLIND_DETECTION_SWRNC- 2 RNC- 5 RNCCONVOLUTIONAL CONVOLUTIONAL Transport channel5 5 IP Path- None RNC

- None

NO NO SCTPNO NO SCTPCRC32 CRC32 SCTP- None Ethernet port

- TEN_MSEC RNC

- TEN_MSEC RNC

- TEN_MSEC RNC

- TEN_MSEC RNC

- TEN_MSEC RNC

RNC(ADD IPPATHBIND) Ethernet port(STR IPCHK)

- TEN_MSEC RNC

- TEN_MSEC RNC

TEN_MSEC

TEN_MSEC

TEN_MSEC

TEN_MSEC

- None RNC- None Cell

0 0

0 0 Cell0 0 Cell

0 0 Cell

- None LGC port- None RNCFalse False CellUL_DL_BOTH UL_DL_BOTH NodeB

- CMCF_DL_HLS_SWITCH:OFF, C RNC- 5000 RNC

TEN_MSEC(ADD CELLQUALITYMEAS) -(SET QUALITYMEAS)

Cell(ADD CELLQUALITYMEAS) RNC(SET QUALITYMEAS)







Cell(ADD CELLSETUP) RNC(ADD NRNCCELL)

WALKING_SPEED_AND_HOT_SPOT_CELL(ADD CELLCMCF) -(SET CMCF)

WALKING_SPEED_AND_HOT_SPOT_CELL

Cell(ADD CELLCMCF) RNC(SET CMCF)

- RNC

- None

CMP_IU_IMS_PROC_AS_NORMAL_PS_SWITCH:OFF, CMP_IU_SYSHOIN_CMP_IUUP_FIXTO1_SWITCH:OFF, CMP_IUR_H2D_FOR_LOWR5_NRNCCELL_SWITCH:OFF, CMP_IUR_SHO_DIVCTRL_SWITCH:OFF, CMP_UU_AMR_SID_MUST_CFG_SWITCH:OFF, CMP_UU_DST_SERV_CELL_D2E_SWITCH:OFF, CMP_UU_IGNORE_UE_RLC_CAP_SWITCH:ON, CMP_UU_SERV_CELL_CHG_WITH_ASU_SWITCH:OFF, CMP_UU_SERV_CELL_CHG_WITH_RB_MOD_SWITCH:ON, CMP_UU_VOIP_UP_PROC_AS_NORMAL_PS_SWITCH:ON, CMP_UU_FDPCH_COMPAT_SWITCH:OFF, CMP_UU_AMR_DRD_HHO_COMPAT_SWITCH:OFF,CMP_IU_QOS_ASYMMETRY_IND_COMPAT_SWITCH:OFF

RNC(RST IU,RST IURESOURCE,ADD CNNODE,ADD CNDOMAIN) RAB(ADD TYPRABBASIC,ADD CELLRLPWR)

- None RNC

- Normal RNC- None Adjacent Node- None RNC- None RNC- None RNC

- None

- None RNC- None RNC

- None- None RNC- None RNC- None RNC- None RNC255 255 RNC- None RNC- None RNCON ON Cell3 3 Cell

13

SF8

Cell(ADD QUICKCELLSETUP,ADD GSMCELL,ADD NRNCCELL) (ADD CELLSETUP)

IMSIIDNNSCNIDMAP,ADD NRIGLBCNIDMAP,A

-(SET DRD) 13(ADD CELLDRD)

RNC(SET DRD) Cell(ADD CELLDRD)

-(SET DRD) SF8(ADD CELLDRD)


OFF

FALSE FALSE Cell- ENGLISH RNC

- 70 RNC

20

- NON-SUPPORTING_UE_ONLY RNC2 2 SAAL30 30 SAAL10 10 SAAL15 IP:15; ATM:20 RNC15 IP:15; ATM:20 RNC15 IP:15; ATM:20 RNC15 IP:15; ATM:25 RNC25 25 RNC25 25 RNC25 IP:25; ATM:30 RNC25 IP:25; ATM:30 RNC25 IP:25; ATM:30 RNC25 IP:25; ATM:50 RNC50 50 RNC50 50 RNC- None Cell- Only_To_Inter_Frequency RNCNOT_ALLOWED NOT_ALLOWED CellNO NO RNC

-(SET DRD) OFF(ADD CELLDRD)


COEXIST_MEAS_THD_CHOICE_INTERFREQ(ADD CELLHOCOMM) -(SET HOCOMM)

COEXIST_MEAS_THD_CHOICE_INTERFREQ

Cell(ADD CELLHOCOMM) RNC(SET HOCOMM)

20(ADD CELLDCCC) -(SET DCCC)


2 2 Cell

- 2 Cell

0 0 Cell

0 0 Cell

127 127 Cell127 127 CellD1280 D1280 Cell-20 -20 Physical channel- None UENO NO Ethernet port- D16 RNC- D16 RNC32 32 Cell512 512 Cell

WBAMR_BITRATE_23.85K

NBAMR_BITRATE_12.20K

5 5 Ethernet port- None RNC

WBAMR_BITRATE_23.85K(ADD CELLAMRCWB) -(SET AMRCWB)

Cell(ADD CELLAMRCWB) RNC(SET AMRCWB)

NBAMR_BITRATE_12.20K(ADD CELLAMRC) -(SET AMRC)

Cell(ADD CELLAMRC) RNC(SET AMRC)

- None RNC

CP1_not_Supported CP1_not_Supported

- None RNC- None RNC8 8 CellUNAVAILABLE UNAVAILABLE SCTP100 100 RNC- RNC100 100 RNC- RNC0 0 RNC100 100 RNC- None RNC

80

- OFF RNC- 900 RNC- SUPP_NONE RNC- None RNC

- RNC

OFF OFF Cell100 100 RNC- RNC100 100 RNC- RNC0 0 RNC100 100 RNC- CS_AMRC_SWITCH:OFF, CS_H RNC

- DCH RNC


When the interface type is Iu-CS, transmission type is ATM, the parameter is RT_VBR; transimssion type is IP, the parameter is AF43.

When the interface type is Iu-CS, transmission type is ATM or IP, the parameter is NULL.



TRUE(SET DSACAUTOALGO) None(ADD CELLDSACMANUALPARA)

When the interface type is Iu-CS, transmission type is ATM, the parameter is RT_VBR; transimssion type is IP, the parameter is AF43.


- 5 RNC- 5 RNC- EDCH_TTI_10ms RNCOFF OFF RNC

- None Physical channel

Physical channel

- 5 RNC- 50 RNC- None Transmission resource g- ON RNC- None RNC- None RNC

- D64 RNC- D1000 RNC- D5000 RNC- 30 RNC

BIT4(ADD SCCPCHBASIC) BIT2(ADD PRACHBASIC)

BIT4(ADD SCCPCHBASIC) BIT2(ADD PRACHBASIC)

- 30 RNC- RATE_UP_AND_DOWN_ON_DC RNC- 30 RNC- 100 RNC16 16 RAB2 2 RAB- None RNC- 255 RNC- -22 RNC-13 -13 Cell- 0 RNC- 25(AEUa),200(AOUa) IMA group

- None RAB

- 7 RNC

- None

- None

- None Ethernet port- None RNC- None Ethernet port- None RNC1 1 Cell

- None RAB- MAY RNC- 50 RNC

64

- 10 RNC

- RNC

- D128 RNC

D8

- D64 RNC- D64 RNC

Cell(ADD CELLSELRESEL) RNC(ADD NRNCCELL)

M3UA(ADD M3DE) RNC(ADD M3LKS,ADD M3RT)

64(ADD CELLQUALITYMEAS) -(SET QUALITYMEAS)


D6(SET LDM) D3(SET SATLDM)

-(SET FRCCHLTYPEPARA) D8(ADD CELLFRC)

RNC(SET FRCCHLTYPEPARA) Cell(ADD CELLFRC)

64

64

- 5 RNC

0 0 Cell

90 90 CellSF/2 SF/2 NodeB

- None Cell





80 80 Cell

80 80 Cell

3 3

3 3

- D64 RNC

Cell(ADD CELLLDR) NodeB(ADD NODEBLDR)


D64

- D64 RNC

SF32 SF32 Cell

D64(ADD CELLDCCC) -(SET DCCC)


85 85 Cell0 0 Cell- 10 RNC200000 200000 Cell20 20 Cell1 1 Cell

- 5 RNC

1 1

SF8 SF8

no action no action Cell

no action no action




no action no action


1 1

60 60 Cell

CodeAdj(ADD CELLLDR) BE traff rate reduction(ADD NODEBLDR)

CodeAdj(ADD CELLLDR) BE traff rate reduction(ADD NODEBLDR)





no action no action


70 70 Cell1000 1000 CellD64 D64 NodeB0 0 Cell

D1

- HAND_APPOINT RNC

- D128 RNC

- 3000 RNC

- 100 RNC

- 5 RNC

inter-freq load handover(ADD CELLLDR) no action(ADD NODEBLDR)

inter-freq load handover(ADD CELLLDR) no action(ADD NODEBLDR)



BE traff rate reduction(ADD CELLLDR) no action(ADD NODEBLDR)



D1(ADD CELLQUALITYMEAS) -(SET QUALITYMEAS)


3 3 Cell

3 3 Cell

- D1 RNC

85 85 Cell0 0 Cell

- 100 RNC

95 95 Cell

75 75 Cell

- None Cell

1 1

1 1

- NO RNC- NO RNC- NO RNC

20

- NO RNC- NO RNC- NO RNC- NO RNC- OFF RNC- 3_Rates RNC- 3_Rates RNC

5

- None Cell- FALSE RNC

D64

- 10 RNC- 100 RNC- D64 RNC

- 50 RNC

- 50 RNC

- 120 RNC



20(ADD CELLQOSHO) -(SET QOSHO)

Cell(ADD CELLQOSHO) RNC(SET QOSHO)



D64(ADD CELLCMCF) -(SET CMCF)


- 120 RNC

80 80 Cell

64

- None IMA group- None RNCOPEN OPEN SRB- None RNC- None RNC- None RNC- None RNC- None RNC

None None

None None

- SINGLE_TPC RNC- None RNC- None Ethernet port- None Ethernet port

- None

BOTH BOTH PVC





RNC(ADD MTP3RT,ADD NRNC,ADD CNNODE,ADD MTP3LKS,ADD N7DPC) M3UA(ADD M3DE) Adjacent Node(ADD ADJNODE)

- DRA_AQM_SWITCH:OFF, DRA_BRNC

-18 -18 Cell

- 5000 RNC- 5000 RNC

2

- NO RNC60 IP:60; ATM:45 RNC60 IP:60; ATM:45 RNC60 IP:60; ATM:45 RNC60 IP:60; ATM:80 RNC80 80 RNC80 80 RNC- DR_RRC_DRD_SWITCH:ON,DR_RNC- None RNC- 6 RNC6 6 RNC- None RNC



- None RNC

- None

- ON RNC

- None Ethernet port- None RNC- None E1/T1

- None

- None IP Route- None IP Route- None E1/T1- None RNC- None RNC- None RNC- None RNC- None RNC- Full Ethernet port- 20 RNC- 180 RNC- OFF RNC- None CellCONDITIONALSHUT CONDITIONALSHUTDOWN Cell- None RNC- 30 RNC- 4 RNC- 8 RNC- 2 RNC1 1 Cell- None IP Path- 500 RNC- 100 RNC

30000

- 3000 RNC- 5000 RNC

41

PPP Link(ADD PPPLNK) MLPPP Link(ADD MPLNK)

0(PING IP) -(SET PHBMAP,SET DSCPMAP) 62(ADD SCTPLNK)

0(PING IP) None(SET PHBMAP,SET DSCPMAP) 62(ADD SCTPLNK)

Ethernet port(PING IP) RNC(SET DSCPMAP) SCTP(ADD SCTPLNK) Board(SET PHBMAP)

IP Route(ADD IPRT) RNC(ADD FLOW,ADD IPRTBIND)

-(SET FRC) 30000(ADD CELLFRC)

RNC(SET FRC) Cell(ADD CELLFRC)

-(SET FRC) 41(ADD CELLFRC)

RNC(SET FRC) Cell(ADD CELLFRC)

- None RNC336 336 RAB- None RAB- None RAB- None RAB- None RAB- None RAB- None RAB- None RAB- None RAB- None RAB- None RAB- None RABD1 D1 RAB16 16 RAB16 16 RAB- RNC- None RAB

- None RAB

- None RAB2 2 RAB2 2 RAB- None RNC20 20 RNC10 10 Cell- None RNC- None RNC- FALSE RNC- None RNC- ON RNCOFF OFF RNC- OFF RNC- OCT RNC- None RNC- UEA0-1; UEA1-1 RNC- None Cell

RATE_5740KBPS: not selected

- None Cell- None Cell

- None RNC

1 1 Ethernet port1 1 Ethernet port1 1 Ethernet port204800 204800 Ethernet port1 1 Ethernet port60 60 Ethernet port1 1 Cell- 5000 RNC- 7000 RNC- 03&00&00 RNCD1024 D1024 RAB- None RAB50 50 RAB160 160 RAB80 80 RAB- SUN RNC- LAST RNC0.02 0.02 SRB0.004 0.004 SRBCurrent Current SRB100 100 SRB0 0 SRB0.02 0.02 SRB0.004 0.004 SRBCurrent Current SRB100 100 SRB0 0 SRB0.02 0.02 SRB0.004 0.004 SRBCurrent Current SRB100 100 SRB0 0 SRB0.02 0.02 SRB0.004 0.004 SRBCurrent Current SRB100 100 SRB0 0 SRB- D16000 RNC- D5000 RNC- None Transport channel- None Cell

REQUIRE REQUIRE Cell0 0 Cell

10(ADD CELLMBMSFACH) -(SET MSCHFACH,SET MBMSFACH)

10(ADD CELLMBMSFACH) None(SET MBMSFACH) -30(SET MSCHFACH)

Cell(ADD CELLMBMSFACH) RNC(SET MSCHFACH,SET MBMSFACH)

- None RNC- None RNC- 4 RNC- It must be consistent with the peer d Ethernet port

16bit 16bit

- STEPSIZE_1DB RNC

None None

None None

- -30 RNC- -200 RNC- 12 RNC- None RNC

- RNC

- None RNC

1(ADD ATMLOGICPORT,ADD UNILNK,ADD IMAGRP,ADD FRALNK) -(ADD PORTFLOWCTRLPARA,SET ETHPORT,SET OPT) 0(ADD IPLOGICPORT,ADD PPPLNK,ADD MPGRP)

1(ADD ATMLOGICPORT,ADD UNILNK,SET OPT,ADD IMAGRP,ADD FRALNK) None(ADD PORTFLOWCTRLPARA,SET ETHPORT) 0(ADD IPLOGICPORT,ADD PPPLNK,ADD MPGRP)

Fractional link(ADD FRALNK) IMA group(ADD IMAGRP) Corresponding optical port(SET OPT) Ethernet port(SET ETHPORT) MLPPP Group, PPP Link(ADD PPPLNK,ADD MPGRP) UNILNK(ADD UNILNK) LGC port(ADD IPLOGICPORT,ADD ATMLOGICPORT) RNC(ADD PORTFLOWCTRLPARA)




CFGMML-RNCX-YYYYMMDDHHMMSS.txt(EXP CFGMML) None(BKP DB)

- D3 RNC

D3

D32 D32 NodeBON ON Cell

D3(ADD CELLINTERRATHOCOV) -(SET INTERRATHOCOV)


ON

- None RNC- None RNC- None This parameter cannot b- OFF RNCNO NO IP Path2 2 IP Path256 256 MLPPP Group- None RNC- None Fractional linkD128 D128 IMA group- None Adjacent Node- None RNC- None RNC- None RNC- None RNC- None RNC

0 0

0 0 LGC port0 0 AAL2 Path0 0 IP Path

ON(ADD ATMLOGICPORT,ADD UNILNK,ADD MPGRP,ADD IPLOGICPORT,ADD IMAGRP,ADD PPPLNK,ADD FRALNK) -(SET ETHPORT,SET OPT)

Fractional link(ADD FRALNK) Corresponding optical port(SET OPT) PPP Link(ADD PPPLNK) IMA group(ADD IMAGRP) LGC port(ADD ATMLOGICPORT,ADD IPLOGICPORT) MLPPP Group, PPP Link(ADD MPGRP) UNILNK(ADD UNILNK) Ethernet port(SET ETHPORT)

PPP Link(ADD PPPLNK) MLPPP Group, PPP Link(ADD MPGRP) Fractional link(ADD FRALNK) IMA group(ADD IMAGRP) UNILNK(ADD UNILNK) LGC port(ADD IPLOGICPORT)

0 0 Transmission resource g

0 0


0 0

0 0 LGC port0 0 AAL2 Path0 0 IP Path0 0 Transmission resource g- None Physical channel15 15 Physical channel- None Ethernet port- None Cell

DEG DEG RNC70 70 RNC

PPP Link(ADD PPPLNK) MLPPP Group, PPP Link(ADD MPGRP) Fractional link(ADD FRALNK) IMA group(ADD IMAGRP) UNILNK(ADD UNILNK)

PPP Link(ADD PPPLNK) MLPPP Group, PPP Link(ADD MPGRP) Fractional link(ADD FRALNK) IMA group(ADD IMAGRP) UNILNK(ADD UNILNK) LGC port(ADD IPLOGICPORT)

70 70 RNC



OFF OFF Cell10 10 Cell- None Transmission resource g- None Transmission resource g

- None Cell

- None Cell- 512 RNC- 0 RNCMode0 Mode0 RNCD50 D50 RAB5000 5000 SCTP

- None RNC5 5 Cell

0 0

100 100 RNC- RNC30 30 RNC- RNC100 100 RNC70 70 RNC- RNC100 100 RNC- RNC





Cell(ADD GSMCELL,ADD CELLHCS) RNC(ADD NRNCCELL)

When the interface type is Iur, transmission type is ATM, the parameter is UBR; transimssion type is IP, the parameter is AF13.


When the interface type is Iur, transmission type is ATM, the parameter is RT_VBR; transimssion type is IP, the parameter is AF43.


0 0 RNC30 30 RNC100 100 RNC100 100 RNC- RNC- RNC- RNC- RNC- RNC- RNC30 30 RNC100 100 RNC30 30 RNC100 100 RNC15 15 RNC- RNC100 100 RNC- RNC0 0 RNC50 50 RNC- RNC100 100 RNC- RNC0 0 RNC100 100 RNC- RNC100 100 RNC- RNC0 0 RNC70 70 RNC- RNC- RNC- None RNC- None RNC- None RNC- None RNC- 5000 RNC- 5000 RNC

2 2 Cell- 5000 RNC- 5000 RNC- 5000 RNCSingleHost SingleHost NodeB

When the interface type is Iur, transmission type is ATM, the parameter is UBR; transimssion type is IP, the parameter is AF23.When the interface type is Iur, transmission type is ATM or IP, the parameter is NULL.When the interface type is Iur, transmission type is ATM, the parameter is UBR; transimssion type is IP, the parameter is AF23.When the interface type is Iur, transmission type is ATM or IP, the parameter is NULL.When the interface type is Iur, transmission type is ATM, the parameter is UBR; transimssion type is IP, the parameter is AF23.When the interface type is Iur, transmission type is ATM or IP, the parameter is NULL.







When the interface type is Iur, transmission type is ATM, the parameter is RT_VBR; transimssion type is IP, the parameter is AF43.When the interface type is Iur, transmission type is ATM or IP, the parameter is NULL.

- HO_ALGO_HCS_SPEED_EST_SWIRNC-16 -16 Cell-92 -92 Cell- 5000 RNC- None RNC- 100 RNC30 30 Cell- TRUE RNC- 50 RNC- 100 RNC

- 5 RNC

- 5 RNC

- 100 RNC- 90 RNC- 100 RNC70 70 Cell- None RNC0 0 Cell336 336 RAB- None RAB- None RAB

- None RAB- None RAB- None RAB- None RAB- None RABD1 D1 RAB- None RNC

E_F_DPCH_OFF E_F_DPCH_OFF Cell- MIMO RNC- None Cell0 0 Cell- 0 RNC- None RNC- None RNC- None RNC- None RNC5 5 Cell

5 5 Cell

1 1 Cell2.5dB 2.5dB Cell

None None

- None RNC4 4 Cell- D100 RNC- D50 RNC- D100 RNC- D50 RNC- 100 RNC- D5760 RNCMBR MBR NodeB- BasedOnUECap RNC- 50 RNC- RATE_UP_AND_DOWN_ON_ED RNC100 100 Cell100 100 Cell- D256 RNC- 100 RNC100 100 Cell- 5 RNC- 100 RNC- 90 RNC- 100 RNC- None RNC

50 50 Cell

70 70 Cell0 0 Cell- RNC30 30 RNC- RNC100 100 RNC100 100 RNC- RNC100 100 RNC- RNC0 0 RNC


When the interface type is Iur, transmission type is ATM, the parameter is UBR; transimssion type is IP, the parameter is AF13.




70 70 RNC30 30 RNC100 100 RNC100 100 RNC- RNC- RNC- RNC- RNC- RNC- RNC30 30 RNC100 100 RNCOPEN OPEN SRB80 80 SRB10 10 SRB30 30 RNC100 100 RNC- None RNC- RNC100 100 RNC- RNC0 0 RNC15 15 RNC- RNC100 100 RNC- RNC0 0 RNC50 50 RNC- RNC100 100 RNC- RNC0 0 RNC100 100 RNC- RNC- RNC70 70 RNC- None RNC- None RNC

When the interface type is Iur, transmission type is ATM, the parameter is UBR; transimssion type is IP, the parameter is AF23.When the interface type is Iur, transmission type is ATM or IP, the parameter is NULL.When the interface type is Iur, transmission type is ATM, the parameter is UBR; transimssion type is IP, the parameter is AF23.When the interface type is Iur, transmission type is ATM or IP, the parameter is NULL.When the interface type is Iur, transmission type is ATM, the parameter is UBR; transimssion type is IP, the parameter is AF23.When the interface type is Iur, transmission type is ATM or IP, the parameter is NULL.







When the interface type is Iur, transmission type is ATM, the parameter is RT_VBR; transimssion type is IP, the parameter is EF.When the interface type is Iur, transmission type is ATM or IP, the parameter is NULL.

0

0

8

8

8

0(ADD CELLINTRAFREQHO) -(SET INTRAFREQHO)










8

4

6

4





6(ADD CELLMBDRINTERFREQ,ADD CELLINTERFREQHONCOV) -(SET INTERFREQHONCOV)

Cell(ADD CELLMBDRINTERFREQ,ADD CELLINTERFREQHONCOV) RNC(SET INTERFREQHONCOV)

4(ADD CELLINTERRATHOCOV,ADD CELLINTERFREQHOCOV) -(SET INTERRATHOCOV,SET INTERFREQHOCOV)

Cell(ADD CELLINTERRATHOCOV,ADD CELLINTERFREQHOCOV) RNC(SET INTERRATHOCOV,SET INTERFREQHOCOV)

4



0

0(ADD CELLMBDRINTERRAT,ADD CELLINTERRATHONCOV) -(SET INTERRATHONCOV)

Cell(ADD CELLINTERRATHONCOV) RNC(ADD CELLMBDRINTERRAT,SET INTERRATHONCOV)

0

0

- 720 RNC- 90 RNC64 64 IP Path- None RNC- None CellALLOWED ALLOWED Cell



0(ADD CELLMBDRINTERFREQ,ADD CELLINTERFREQHOCOV) -(SET INTERFREQHOCOV)

Cell(ADD CELLMBDRINTERFREQ,ADD CELLINTERFREQHOCOV) RNC(SET INTERFREQHOCOV)

2 2 Cell

- 2 Cell

0 0 Cell

0 0 Cell

127 127 Cell127 127 CellD320 D320 Cell

- SAAL- 30 RNC- 20000 RNC

UNI: 15000NNI: 500

- None

- None IMA group

- None

V1.1 IMA protocol Version 1.1 IMA group- OFF RNC- DCH RNC32 32 Cell- None RNC- None RNC- None RNC- D32 RNC- None RNC- None RNC512 512 Cell- None RNC- None RNC- None RNCOPEN OPEN SRB- None RNC1500 1500 SAAL- UIA1-1 RNC32 32 Cell512 512 Cell- CSAMR_INTERFREQ:OFF, CSNOCell-16 -16 Cell

IMA group(ADD IMALNK,ADD IMAGRP) Fractional link(ADD FRALNK)

IMA group(ADD IMALNK) IMA link(STR IMATST)

-14

-14(ADD CELLINTERFREQHOCOV) -(SET INTERFREQHOCOV)


-95



-12



-92

80 80 Cell

INTER_FREQ_COV INTER_FREQ_COV Cell



D3(ADD CELLMBDRINTERFREQ,ADD CELLINTERFREQHONCOV,ADD CELLINTERFREQHOCOV) -(SET INTERFREQHONCOV,SET INTERFREQHOCOV)

For low speed(5km/h):Range is D4~D6, the recommended value is D5;for middle speed(50km/h):Range is D3~D4, the recommended value is D4;for high speed(120km/h):Range is D2~D4, the recommended value is D2;universal value:Range is D3~D6, the recommended value is D3.(SET INTERFREQHOCOV,ADD CELLINTERFREQHOCOV) D3(ADD CELLMBDRINTERFREQ,SET INTERFREQHONCOV,ADD CELLINTERFREQHONCOV)

Cell(ADD CELLMBDRINTERFREQ,ADD CELLINTERFREQHONCOV,ADD CELLINTERFREQHOCOV) RNC(SET INTERFREQHONCOV,SET INTERFREQHOCOV)

-14



-95



-12



-92

INTER_FREQ_AND_I INTER_FREQ_AND_INTER_RAT CellCPICH_EC/NO CPICH_EC/NO Cell

- OFF Sub System- -16 RNC



60(ADD CELLINTERFREQHONCOV,ADD CELLINTERFREQHOCOV) -(SET INTERFREQHONCOV,SET INTERFREQHOCOV) 3(ADD CELLMBDRINTERFREQ)

60(SET INTERFREQHONCOV,ADD CELLINTERFREQHONCOV,SET INTERFREQHOCOV,ADD CELLINTERFREQHOCOV) 3(ADD CELLMBDRINTERFREQ)

Cell(ADD CELLMBDRINTERFREQ,ADD CELLINTERFREQHONCOV,ADD CELLINTERFREQHOCOV) RNC(SET INTERFREQHONCOV,SET INTERFREQHOCOV)

-14



-95



-12



-92

SIMINTERFREQRAT SIMINTERFREQRAT Cell



255 255 Cell80 80 Cell- NO RNC- NO RNC- CSAMR_INTERRAT:OFF RNC

PERIODICAL_REPORTING(ADD CELLINTERFREQHOCOV) -(SET INTERFREQHOCOV) EVENT_TRIGGER(ADD CELLMBDRINTERFREQ)

PERIODICAL_REPORTING(SET INTERFREQHOCOV,ADD CELLINTERFREQHOCOV) EVENT_TRIGGER(ADD CELLMBDRINTERFREQ)


-14

-14(ADD CELLINTERRATHOCOV) -(SET INTERRATHOCOV)


-100



-12

-97

80 80 RNC





D3

16

- YES RNC

D3(ADD CELLMBDRINTERRAT,ADD CELLINTERRATHONCOV,ADD CELLINTERRATHOCOV) -(SET INTERRATHONCOV,SET INTERRATHOCOV)

Cell(ADD CELLMBDRINTERRAT,ADD CELLINTERRATHONCOV,ADD CELLINTERRATHOCOV) RNC(SET INTERRATHONCOV,SET INTERRATHOCOV)



21 21 RNC- DRD RNC

-15



-110



-13

-107





- OFF Sub System

60(ADD CELLINTERRATHONCOV,ADD CELLINTERRATHOCOV) -(SET INTERRATHONCOV,SET INTERRATHOCOV) 3(ADD CELLMBDRINTERRAT)

60(SET INTERRATHONCOV,ADD CELLINTERRATHONCOV,SET INTERRATHOCOV,ADD CELLINTERRATHOCOV) 3(ADD CELLMBDRINTERRAT)

Cell(ADD CELLMBDRINTERRAT,ADD CELLINTERRATHONCOV,ADD CELLINTERRATHOCOV) RNC(SET INTERRATHONCOV,SET INTERRATHOCOV)

21



D1000

3

0

D1000(ADD CELLMBDRINTERRAT,ADD CELLINTERRATHOCOV) -(SET INTERRATHOCOV)

Cell(ADD CELLMBDRINTERRAT,ADD CELLINTERRATHOCOV) RNC(SET INTERRATHOCOV)

3(ADD CELLINTERRATHONCOV,ADD CELLINTERRATHOCOV) -(SET INTERRATHONCOV,SET INTERRATHOCOV)

Cell(ADD CELLINTERRATHONCOV,ADD CELLINTERRATHOCOV) RNC(SET INTERRATHONCOV,SET INTERRATHOCOV)



0

-15





-110



-13

-107





255 255 Cell80 80 RNC1 1 RNC

PERIODICAL_REPORTING(ADD CELLINTERRATHOCOV) -(SET INTERRATHOCOV) EVENT_TRIGGER(ADD CELLMBDRINTERRAT)

PERIODICAL_REPORTING(SET INTERRATHOCOV,ADD CELLINTERRATHOCOV) EVENT_TRIGGER(ADD CELLMBDRINTERRAT)


-24



-115



D3 D3 Cell

- 1800 RNC

REQUIRE REQUIRE Cell

CPICH_EC/NO

- OFF Sub System- 12 RNC

CPICH_EC/NO(ADD CELLINTRAFREQHO) -(SET INTRAFREQHO)


6



6

- 18 RNC



12



12

- 60000 RNC- None IPOA

- None

- None RNC- None IP PathUDP/IP_HC UDP/IP_HC PPP LinkUDP/IP_HC UDP/IP_HC MLPPP Group, PPP Lin

- None Ethernet port

- None RNC- None RNC- None RNC



Ethernet port(ADD ETHTRKIP,ADD ETHIP) RNC(ADD IPOAPVC,ADD DEVIP) Global(ACT VCLCC)

- None RNC- None NodeB


NOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNOT_BARRED NOT_BARRED CellNO NO Ethernet port- None Transmission resource g

FALSE FALSE NodeBYES YES RNC- None IP path- None Adjacent Node

- None

- 1 RNC1 1 NodeB1 1 NodeB- 300 RNC- 300 RNCOFF OFF RNC

RNC(ADD ADJMAP,ADD TRMMAP) IP Path(ADD IPPATH)

- TRUE RNCOFF OFF RNCOFF OFF RNC- None RABIUCS_IUPS IUCS_IUPS RNC- 16 byte Corresponding optical po- SBS 155 Corresponding optical po- 16 byte Corresponding optical po- SBS 155 Corresponding optical po- 16 byte Corresponding optical po- SBS 155 Corresponding optical po- 16 byte Corresponding optical po- SBS 155 Corresponding optical po

- None Optical Port

- None Optical Port

- None Optical Port

- None Optical Port- None Port

- SAAL- None Ethernet port- D1 RNC- ON RNC

UNI: 2000NNI: 100

- None

- None RNC- None RNC2 2 LGC port4 4 LGC port25 25 LGC port3 3 LGC port8 8 LGC port- None RNC

- 32 RNC

UserNumber

35

100

- 10 RNC- 10 RNC

OFF

OFF

- 30 RNC

RNC(ADD LASNAMAP,ADD CZ,ADD NRNCCELL,ADD SAC,ADD QUICKCELLSETUP,ADD CELLSETUP,ADD RAC,ADD LAC) Cell(ADD GSMCELL)

-(SET DRD) UserNumber(ADD CELLDRD)










- RNCFALSE FALSE Cell13 13 Cell- IUBLDR RNC- UULDR RNC

- 10 RNC

- CREDITLDR RNC- CODELDR RNC

- None RNC- None Adjacent Node- None Adjacent Node- None Adjacent Node

NODEB_CREDIT_LDR_SWITCH:disabled.LCG_CREDIT_LDR_SWITCH:disabled.LC_CREDIT_LDR_SWITCH:disabled.

- None

- ON RNC0 0 Ethernet port- None RNC- None RNC

- None Board- None Board- None RNC- D8 RNC- D64 RNC- None SRB

- None E1T1 link

RNC(ADD M3LE) M3UA(ADD M3DE)

- None

M3UA_MASTER_MODM3UA_MASTER_MOD RNC

B1111 B1111 RNC

- E1_CRC4_MULTI_FRAME E1T1 link

- None

- None RNC- None MLPPP Group, MLPPP - None Ethernet port

- None NodeB

- None SCTP- None SCTP- None SCTP

E1/T1 link(SET E1T1LOP) Cell(LOP E1T1) E1T1 Link(STR E1T1TST) E1T1 link(SET E1T1) Optical Port(SET COPTLNK)

Communication Link(ACT VCLCC) VCL(LOP VCL)

- None RNC- None SCTP- None SCTP- None SCTP- None RNC- None RNC

- None

1 1 LGC port- None RNC

- None

- None LGC port- None IP Path- None LGC port- ALL E1T1 link

- ALL Optical Port- None RNC- None RNC- None RNC- None RNC- None RNC- 2905 The SCTP links of all t- 1 RNC- None RNC- None RNC- None RNC- None RNC

E1/T1 link(SET E1T1LOP) Loopback optical port(SET OPTLOP)

LGC port(ADD IPLOGICPORT) IP Path(ADD IPPATH)

- None

SAAL SAAL NodeB


- MAP_HSUPA_TTI_2MS_SWITCH:RNC- None UE- None RNC- None PPP Link- None MLPPP Group, MLPPP - None Ethernet port- None RNC- None Ethernet port

FALSE FALSE RNC

Ethernet port(PING MAC,ACT ETHCC,ADD ETHMEP,ADD ETHMA) RNC(TRC MAC)

24(ADD CELLSELRESEL) -(ADD NRNCCELL)

24(ADD CELLSELRESEL) None(ADD NRNCCELL)


- None Cell

- None Cell10 When the application type is NBAP, SCTP1 1 Cell1 1 RNC- None RAB- None RAB

- None LGC port

- 150 RNC

- 100 RNC4 4 SAAL

3

D15 D15 Transport channel- 49 RNC- 3 RNC- None RAB



48 48 Cell10 10 Transport channel1031 1031 IP Path- 16 RNC64 64 Cell20 20 Cell

- 3 RNC

1 1 NodeB0 0 SAAL5 When the application type is NBAP, SCTP346 346 Cell

- SAAL

- 5 RNC

75 75 Cell12 12 RNC

430 430 Cell

24 24 Cell24 24 Cell24 24 Cell24 24 Cell1 1 Cell

FALSE FALSE Cell

256(ADD PPPLNK) -(ADD MPGRP)

256(ADD PPPLNK) None(ADD MPGRP)


UNI: 25NNI: 500



PPP Link(ADD PPPLNK) MPGRP, PPPLNK(ADD MPGRP)

0 0 Cell

- None RNC- None Ethernet port- None RNC- None RNC- 100 RNC100 100 RNCCOMMON COMMON Cell1 1 Cell- 2 RNC- OFF RNC- None RNC- None RNCTRUE TRUE Cell1 1 Cell- OFF RNC- D16 RNC

- None

- None RNC- ON RNC- None RNC

PTM

- 1000 SAALLNK/AAL2PATH/IPO

- None

Cell(ADD CELLMBMSSA) RNC(ADD SAMBMSPARA,ADD MBMSSA)

PTM(ADD SAMBMSPARA,ADD CELLMBMSPARA) -(SET RNCMBMSPARA)

Cell(ADD CELLMBMSPARA) RNC(SET RNCMBMSPARA,ADD SAMBMSPARA)

RNC(SET MBMSPERF,ADD IMSISNAMAP,ADD LASNAMAP,ADD CNOPERATOR) Cell(ADD GSMCELL)

- 3 RNC

- 7 RNC

- 1 RNC- None MLPPP Group- None SAALLNK/AAL2PATH/IPO



AUTO



- None Ethernet portLONG LONG MLPPP Group, MLPPP - None Cell-7 -7 CellFALSE FALSE Cell- None LGC portD14 D14 Transport channelSF8 SF8 NodeB- 21 RNC

- None

AUTO(ADD CELLINTERRATHOCOV) -(SET INTERRATHOCOV)



- None

- None

- None RNC

- None RNC

- None RNC

- None RNC

- None RNC

- None RNC

- None RNC

- None

1 1 IMA group

313 313 Cell100 100 Ethernet port100 100 Ethernet portSF4 SF4 NodeB8 8 Transport channel

- None

- COMM_MOCN_NRI_GLOBAL_CORNC




RNC(SET MBMSPERF,ADD IMSISNAMAP,ADD LASNAMAP,ADD CNOPERATOR) Cell(ADD GSMCELL)

- NO RNC- OFF RNC- None Port- AUTO RNC- None Ethernet port

- None SCTP- 10000 RNC- 10000 RNC1000 1000 RAB- 60 RNC- None RNC

- None

MPS_NEUTRAL MPS_NEUTRAL SAALMCPPP MCPPP MLPPP Group, MLPPP - None Board- D12 RNC

- OFF Cell- OFF RNC- RNC- OFF RNC- OFF RNC- None CellOFF OFF Cell- None MSP protect group

60 60 Cell

MLPPP Group, MLPPP Link(ADD MPGRP) RNC(ADD MPLNK)

TRAFFIC_OTHER: not selected

40 40 Cell

80

50

- D16 RNC- FALSE RNC

20 20 Cell

16 16 Cell- None Cell

MET MET RNC

1500

- None Ethernet port100 100 SAAL

80(ADD CELLMBMSFACH) -(SET MBMSFACH)

Cell(ADD CELLMBMSFACH) RNC(SET MBMSFACH)

50(ADD CELLMBMSFACH) -(SET MBMSFACH)

Cell(ADD CELLMBMSFACH) RNC(SET MBMSFACH)

-(SET ETHPORT) 1500(ADD SCTPLNK)

Ethernet port(SET ETHPORT) SCTP(ADD SCTPLNK)




- 3 RNC- 3 RNC- 3 RNC- 1 RNC

- D1 RNC

- D50 RNC- D1 RNC- D1 RNC

- None

0 0 Transport channel

0 0 Transport channel- 20 RNC- 58080 The SCTP links of all t- None RNC- None RNC- 20 RNC- None RNC- None RNC- None RNC- None RNC

RNC(ADD OPC,ADD N7DPC,ADD M3RT,ADD M3LNK,ADD M3LKS,ADD M3LE,ADD MTP3LKS,ADD MTP3RT) Adjacent Node(ADD ADJNODE) MTP3(ADD MTP3LNK) M3UA(ADD M3DE)

- None Cell- None Cell

- None Cell

NBM_LDC_MATCH_UNBM_LDC_MATCH_UE_ONLY CellALGORITHM_DEPEN ALGORITHM_DEPEND_ON_LCGCell- None Cell- PRIORITY2&PRIORITY3&PRIORRNC- ALGORITHM_OFF RNC- 60 RNC- None RNC- None Cell

- None Cell

20 20 Cell

- None RNC

NC0 NC0 Cell

4

- ON RNC8 8 CellDIRECT_CONNECT DIRECT_CONNECT RNC- None RNC

- None

15

- None RNC5 5 CellMODE2 MODE2 RNC- 3 RNC- None NodeB3840 3840 NodeB3840 3840 NodeB

- None

- None NodeB

4(ADD SAMBMSPARA,ADD CELLMBMSPARA) -(SET RNCMBMSPARA)


IP Route(ADD IPRT) RNC(ADD IPRTBIND)

15(ADD CELLHCSHO) -(SET HCSHO)

Cell(ADD CELLHCSHO) RNC(SET HCSHO)

NodeB(ADD NODEB) Adjacent Node(ADD ADJNODE) Cell(SET MRSCOPECTRL) RNC(STR NODEBDETECT,ADD NODEBESN,ADD NODEBIP)

- None NodeB

- None

R7 R7 NodeB30 30 NodeBPERIOD PERIOD NodeB- None NodeB

NodeB(STR NODEBBWRPT,ADD NODEBOLC,ADD IPDL,ADD NODEBALGOPARA,ADD NODEBLDR,ADD NODEB) (ADD CCP,ADD NCP,ADD LOCELL,ADD NBNODESYNCMONPARA) Cell(ADD QUICKCELLSETUP,ADD CELLSETUP)

- None NodeB- None NodeBNORMAL NORMAL NodeB- None NodeB- None NodeB- None Adjacent Node- PICO_TYPE1 NodeBNOT_CONFIGURED NOT_CONFIGURED Cell0 0 Cell50 50 Cell

- None Cell

- None Cell

FALSE FALSE Cell

3

- None RNC

- None RNC

- None RNC

3(ADD SAMBMSPARA,ADD CELLMBMSPARA) -(SET RNCMBMSPARA)


- None

3

- None RNC

- RNC

- None Port Queue- None Port Queue4 4 Cell-4 -4 Cell4 4 Cell-4 -4 Cell2 2 Cell-2 -2 Cell

Services carried on the network element with the specific ATM address.(ADD AAL2RT) NodeB(ADD NODEB)



2(SET DSACAUTOALGO) None(ADD CELLDSACMANUALPARA)

0(ADD IPLOGICPORT,ADD MPGRP,ADD PPPLNK) -(SET ETHPORT)

0(ADD IPLOGICPORT,ADD MPGRP,ADD PPPLNK) None(SET ETHPORT)

OMCH(ADD PPPLNK) Ethernet port(SET ETHPORT) MLPPP Group, PPP Link(ADD MPGRP) LGC port(ADD IPLOGICPORT)

- 3000 RNC

- None RNC- None RAB

- None Optical Port- R5_PosData_SWITCH RNC- None Corresponding optical po- None CellStep_by_Step Step_by_Step RNCACTIVE ACTIVE Cell- UE_ASSISTED RNCNOT_FORBIDDEN NOT_FORBIDDEN RNCLOCAL LOCAL AAL2 PathYES YES Services carried on the DISABLED DISABLED IP Path

- None

- None

- QOS IP Path- None RNC-20 -20 Transport channel

330 330 Cell

2 2 Cell

- None SAALLNK/AAL2PATH/IPO

AAL2 Path(LOP VCL,ADD AAL2PATH) AAL2PATH(ACT VCLCC)

IP Path(ADD IPPATHBIND,ADD IPPATH) IP path(ACT IPPM)

- PC_AMR_MODE_INDUCE_BLER_ARNC5 5 RNC1000 1000 Ethernet port

128 128 Ethernet port

- None Cell

- None RNC- None MLPPP Group, MLPPP - None Ethernet port- None SCTP- None SCTP

- None

- None IP Path

Invalid Invalid Cell

255.255.255.255 255.255.255.255 IP Path- None NodeB- None SCTP- None NodeB- None IPoA PVC

30

30 30 CellD4000 D4000 RABD4000 D4000 RAB1 1 RAB1 1 RAB5 5 IP Path

1

4

RNC(ADD IPOAPVC) IPOA(LOP VCL) Global(ACT VCLCC)

30(ADD CELLINTERRATHONCOV,ADD CELLINTERRATHOCOV) -(SET INTERRATHONCOV,SET INTERRATHOCOV)

Cell(ADD CELLINTERRATHONCOV,ADD CELLINTERRATHOCOV) RNC(SET INTERRATHONCOV,SET INTERRATHOCOV)



4(ADD CELLINTERFREQHONCOV) -(SET INTERFREQHONCOV)

Cell(ADD CELLINTERFREQHONCOV) RNC(SET INTERFREQHONCOV)

1

4

D16

D16

D64

- 150 RNC

- None Physical channel

Enable Enable

- None IP path- None Board





D16(ADD CELLINTRAFREQHO) -(SET INTRAFREQHO)







- None Cell10 10 Physical channelV36 V36 Physical channel-7 -7 Cell- None Ethernet port10 10 RNC128 128 RNC128 128 Ethernet port56 56 Ethernet port128 128 Ethernet port

- None RNC

- None RNC

10 10 LGC port30 30 LGC port1 1 IP path

- None- None RNC- None Ethernet port- None Ethernet port- None RNC

-(ADD FACH,ADD PICH,ADD PCH,ADD SCCPCHTFC,ADD SCCPCHBASIC) 3(ADD PCCPCH) 6(ADD AICH) 4(ADD PRACHBASIC,ADD PRACHTFC,ADD PRACHASC,ADD PRACHSLOTFORMAT,ADD PRACHACTOASCMAP,ADD RACH) 2(ADD PCPICH) 0(ADD PSCH) 1(ADD SSCH)

None(ADD FACH,ADD PRACHACTOASCMAP,ADD PCH,ADD SCCPCHTFC,ADD PCCPCH,ADD SCCPCHBASIC) 6(ADD AICH) 4(ADD PRACHBASIC,ADD PRACHTFC,ADD PRACHASC,ADD PRACHSLOTFORMAT,ADD RACH) 2(ADD PCPICH) 8(ADD PICH) 0(ADD PSCH) 1(ADD SSCH)

Physical channel(ADD SSCH,ADD PSCH,ADD PRACHBASIC,ADD PRACHTFC,ADD FACH,ADD PICH,ADD PRACHASC,ADD PRACHSLOTFORMAT,ADD PCH,ADD SCCPCHTFC,ADD PCPICH,ADD RACH,ADD AICH,ADD PCCPCH,ADD SCCPCHBASIC) Cell(ADD PRACHACTOASCMAP)

MSPREP) Loopback optical port(SET OPTLOP)

- None Ethernet port- None SRB- None RNC- None RNC

- 50 RNC

- SAAL- None RNC- None RNC- None Ethernet portCLOSE CLOSE SRBCLOSE CLOSE SRBCLOSE CLOSE SRBCLOSE CLOSE SRBCLOSE CLOSE SRBCLOSE CLOSE SRB- In signaling transmission mode, set Physical channel2 2 Physical channel- None RNC- None LGC port

- None

Enable Enable

- None RNC4 4 Physical channel

D500

20 20 Physical channel- SIGNATURE0, SIGNATURE1, SI Physical channel- OFF RNC- ON RNCHIGH HIGH Cell- None IP Route

UNI: 750NNI: 100

PPP Link(ADD PPPLNK) MLPPP Link(ADD MPLNK)


D500(ADD CELLMBDRINTERFREQ,ADD CELLINTERFREQHOCOV) -(SET INTERFREQHOCOV)


0 0

0 0

- ARP RNC1 1 RNC1 1 RNC1 1 RNC1 1 RNC1 1 RNC- None RNC

- None RNC

MTP3(ADD MTP3LNK) Priority for the link(ADD M3LNK)

RNC(ADD MTP3RT) The route to the specific M3DE decides the sequence.(ADD M3RT)

ITUT ITUT RNC- 20 RNC- 20 RNC- 20 RNC- 20 RNC

- 20 RNC- None Corresponding optical poCORRM_SRNSR_PSBECORRM_SRNSR_PSBE_RELOC RNC100 100 RNC- RNC30 30 RNC- RNC100 100 RNC100 100 RNC-50 -50 Physical channel70 70 RNC- RNC100 100 RNC- RNC0 0 RNC70 70 RNC

- None Cell

30 30 RNC100 100 RNC

When the interface type is Iu-PS, the parameter is AF13.

When the interface type is Iu-PS, the parameter is NULL.



60

- 20 RNC- 20 RNC- 20 RNC- 20 RNC

- 20 RNC- OFF RNC- 900 RNC100 100 RNC100 100 RNC- RNC- RNC- RNC- RNC- RNC- RNC30 30 RNC100 100 RNC30 30 RNC100 100 RNC- SUPP_NONE RNC- None RNC- 30 RNC- 100 RNC- 90 RNC- 200 RNC

- RNC

OFF OFF Cell100 100 RNC- RNC100 100 RNC- RNC0 0 RNC



When the interface type is Iu-PS, the parameter is AF33.When the interface type is Iu-PS, the parameter is NULL.When the interface type is Iu-PS, the parameter is AF33.When the interface type is Iu-PS, the parameter is NULL.When the interface type is Iu-PS, the parameter is AF33.When the interface type is Iu-PS, the parameter is NULL.

TRUE(SET DSACAUTOALGO) None(ADD CELLDSACMANUALPARA)



100 100 RNC

- PS_BE_EXTRA_LOW_RATE_ACCERNC- None RNC- None SRB- None RNC- None RNC- ON RNC- OFF RNC- ON RNC- None Ethernet port

- 32 RNC

- 1800 RNC

- 10 RNC- ALGORITHM1 RNC- None Port Queue- None Port Queue- None Port Queue- None Port Queue- None Port QueueCS2 CS2 Adjacent Node

20 20

255 255 Cell255 255 Cell255 255 Cell255 255 Cell0 0 Cell

FALSE FALSE RNC-50 -50 Cell

FALSE FALSE

FALSE FALSE RNCCPICH_ECNO CPICH_ECNO Cell- OFF RNC- 5 RNC

- None

- 5 RNC


-18(ADD CELLSELRESEL) -(ADD NRNCCELL)

-18(ADD CELLSELRESEL) None(ADD NRNCCELL)


-58(ADD CELLSELRESEL) -(ADD NRNCCELL)

-58(ADD CELLSELRESEL) None(ADD NRNCCELL)



RAB(ADD TYPRABOLPC) (ADD TYPRABBASIC,ADD TYPRABHSPA,ADD TYPRABRLC,ADD TYPRABDCCCMC) RNC(ADD TYPRABQUALITYMEAS)

- None

- SELECT ALL Physical channel- 30000 RNC- NO RNC- None Cell- 120000 RNC

Transport channel

5000 5000 Cell68 68 Cell3000 3000 Cell

- None RNC

- None RNC- 5000 RNC- 5000 RNC- 5000 RNC96 96 LGC port- 6 RNC130 130 Cell

30 30 LGC port- None Board

RNC(ADD NRNCCELL,ADD QUICKCELLSETUP,ADD CELLSETUP,ADD RAC) Cell(ADD GSMCELL)

230(ADD PCH,ADD FACH) 1(ADD RACH)

230(ADD PCH,ADD FACH) 1(ADD RACH)

-(ADD CELLREDIRECTION,SET REDIRECTION,SET DRD) DependOnNCell(ADD CELLDRD)

DependOnNCell(ADD CELLDRD,SET DRD) None(ADD CELLREDIRECTION,SET REDIRECTION)

RNC(SET REDIRECTION,SET DRD) Cell(ADD CELLREDIRECTION,ADD CELLDRD)

-

- 0

- None

- None

AMR:100; Other:0(SET REDIRECTION) AMR:100;Other:0(ADD CELLREDIRECTION)

RNC(SET REDIRECTION) Cell(ADD CELLREDIRECTION)




- None

- None

- None board- None board- None board- None board- ON RNC- REHOSTRIGHNOW RNC- 3000 RNC- 5000 RNC- 10000 RNC- 15000 RNC- 20000 RNC- 3000 RNC- 45000 RNC- 5000 RNC- 5000 RNC



- 10000 RNC- 5000 RNC

- 2 RNC

- None

- None RNC

- 0 RNC- 300 RNC

IP Route(ADD IPRT) SAALLNK/AAL3PATH/IPOAPVC/VPCLCX using this ATM traffic record index(ADD ATMTRF)

D4000

D4000

D1000

- None RAB- RESERVED_SWITCH_0_BIT1:OFFRNC- RESERVED_SWITCH_1_BIT1:ON,RNC- 0 RNC- 4294967295 RNC- 0 RNC- 255 RNC- 5000 RNC

3 3

- None RNC1 1 RAB- SRB_OVER_HSDPA:ON, SRB_OVRNC- None RAB

- None Transport channel

- None Cell- None Cell- 5000 RNC- 5000 RNC- 5000 RNC- 5000 RNC








- None

- None Subsystem- 0 RNC- None RNC- None RNC

20 20 LGC port- None RNC- 200 RNC- 90 RNC- 4 RNC- 5000 RNC- 5000 RNC- 5000 RNC- 350 RNC- 1000 RNC- 5000 RNC- 5000 RNC- None AAL2 Path- None AAL2 Path- None IP PathSHARE SHARE NodeB

- None

RNC(ADD GPS,ADD RNCBASIC,RST IUR,ADD GSMNCELL,ADD INTERFREQNCELL,ADD INTRAFREQNCELL,ADD CELLINTRAFREQHO) Cell(ADD SMLCCELL) (RST RNC)

LGC port(ADD ATMLOGICPORT,ADD IPLOGICPORT) Transmission resource group(ADD RSCGRP)

- None RNC

- SAAL

- None RNCOFF OFF RNC- 2 RNC- None RNC- None RNC- None RNC- None RNC- None RNC

- None

- 0 RNC- None RNC- 0 RNC- 0 RNC- 0 RNC- 0 RNC- 0 RNC- 0 RNC- 0 RNC0 0 RNC0 0 RNC- None RNC

- 0 RNC- None RNC

UNI: 15000NNI: 1500

Cell(ADD CELLALGOSWITCH) NodeB(ADD NODEBALGOPARA) RNC(SET CACALGOSWITCH)

0(ADD NODEBALGOPARA,ADD CELLALGOSWITCH) -(SET CACALGOSWITCH)

0(ADD NODEBALGOPARA,ADD CELLALGOSWITCH) None(SET CACALGOSWITCH)


- 0 RNC- None RNC- 0 RNC- None RNC- 0 RNC- None RNC- 0 RNC- None RNC- 0 RNC- None RNC- 0 RNC- None RNC- 0 RNC- None Port

4294967295 4294967295 RNC

- 1 RNC- 180 RNC- 180 RNC- OFF RNC- None RNC- None RNC- 180 RNC- 180 RNC- D16000 RNC- D64 RNC- D5000 RNC

- D1024 RNC- D0 RNC

- D1024 RNC- D0 RNC

0(ADD NODEBALGOPARA,ADD CELLALGOSWITCH) -(SET CACALGOSWITCH)

0(ADD NODEBALGOPARA,ADD CELLALGOSWITCH) None(SET CACALGOSWITCH)


- D1024 RNC- D0 RNC

- D1024 RNC- D0 RNC12 12 SCTP25 25 SCTP1000 1000 SCTP3000 3000 SCTP1000 1000 SCTP- None Services carried on the 5 5 LGC port5 5 LGC port- None LGC port- None IP Path- None Transmission resource g

- None

- 1172 RNC

- 876 RNC- None SAAL- None SAAL

SAAL(ADD SAALLNK) AAL2 Path(ADD AAL2PATH) RNC(ADD VPCLCX) IPoA PVC(ADD IPOAPVC)

- None SAAL

- None

- None SAAL- None MTP3B

- None RNC

False False NodeB50 50 Physical channel- None Cell

- None SAALLNK/AAL2PATH/IPO- None Physical channel

- None

Adjacent Node(ADD ADJNODE) MTP3(ADD MTP3LNK)

E1T1 link(SET E1T1) Corresponding optical port(SET OPT)

- None

- None RNC- DISABLE Port- None Port- None NodeBALL ALL RNCMBMS service MBMS service Cell- None RNC- None PPP Link

- None

OFF


- None

- None Adjacent Node

SCTP(ADD NCP,ADD CCP,ADD SCTPLNK) RNC(ADD M3LNK)

Cell(ADD CELLMBMSFACH,ADD CELLMBMSSCCPCH) RNC(SET MTCH,SET MBMSFACH,SET MBMSSCCPCH)



Cell(ADD CELLMBMSFACH,ADD CELLMBMSSCCPCH) RNC(SET MTCH,SET MBMSFACH,SET MBMSSCCPCH)

- 10 RNC- DEDICATED NodeB0 0 Cell- HO_TO_GSM_SHOULD_NOT_BERAB- 3 RNC- 60 RNC

- None RNC

-24(ADD CELLINTRAFREQHO) -(SET SMLC,SET INTRAFREQHO)

-24(SET INTRAFREQHO,ADD CELLINTRAFREQHO) -20(SET SMLC)

Cell(ADD CELLINTRAFREQHO) RNC(SET SMLC,SET INTRAFREQHO)

TRUE TRUE Cell

FALSE FALSE Cell

- None Cell- None RNC

- None

- None RNCTRUE TRUE Transport channel- None MTP3



- D3.4 RNC- D3.4 RNC- None Ethernet port15 15 RNC- RNC100 100 RNC- RNC0 0 RNC15 15 RNC0 0 Cell- None Physical channel0 0 Physical channel

RNC(ADD M3LNK,ADD M3LKS,ADD M3RT,ADD MTP3RT,ADD MTP3LKS) MTP3(ADD MTP3LNK)







1 1 Physical channel2 2 Physical channel3 3 Physical channel- None Physical channelB0000 B0000 RNC- WEEK RNC- All RNCOPEN OPEN SRB- May RNC

- None

- None Cell- None RNC- None RNC- None RNC- None VCL- None RNC- None RNC- None Ethernet port

- None


- None

- None Services carried on this - None RNC

- None Optical Port

Subsystem(ADD CBSADDR) Sub System(SET NCELLDETECTSWITCH) RNC(ADD IURCOMMSCCP) (ADD NODEB)

Subrack(ADD BRD) (CLR BRD) RNC(ULD RSTINFO,STR CPUUSAGETST)

Subrack(ADD ETHREDPORT,ACT MSP) RNC(SET MSP,SWP ETHPORT,CLR MSPREP,SET MSPCMD)

- None

- None RNC- None RNC- None SAAL- None Adjacent Node- None SCTP- None RNC- None Board- None MTP3

- None RNC

- None RNC- OFF RNC

- None RNC- None RNC- None RNCOFF OFF Cell

WNF WNF RNC

- 100M Ethernet port255 255 Cell

- None

- None RNC


TSCROSS) UNILNK(ADD UNILNK) IMA group(ADD IMALNK) Ethernet port(STR IPCHK,ADD ETHTRKIP,ADD ETHTRKLNK,ADD ETHTRK,PING

RNC(ADD SPG) Cell(ADD QUICKCELLSETUP,ADD CELLSETUP)

70 70 Cell

5 5 Cell

45 45 Cell- 90 RNC- DCH RNC- FALSE RNC15 15 RNC32 32 Cell512 512 Cell- RNC100 100 RNC- RNC0 0 RNC15 15 RNC- None E1/T1- None RNC- None RNC

- None RNC

- None

- None RNC- None E1/T160 60 SAAL


When the interface type is Iur, transmission type is ATM or IP, the parameter is NOCONFIG.

Ethernet port(PING MAC) RNC(TRC MAC)

- None

- None

- None RNC

- None

- None board- None RNC- None SAAL- None Adjacent Node- None SCTP

Subsystem(ADD CBSADDR) Sub System(SET NCELLDETECTSWITCH) RNC(ADD IURCOMMSCCP) (ADD NODEB)

RNC(ACT CRC,SET ONLINE,SET OFFLINE,FMT DATA) Cell(SET MRSCOPECTRL)

IMAGRP,ADD FRALNK,SET MSP,SET E1T1,SET QUEUEMAP,SWP ETHPORT,ULD RSTINFO,SET OPTLOP,LOD PATCH,STR E1T1TST,SET E1T1LOP,STR CPUUSAGETST,ULD LOGTOBAM,CLR MSPREP,SET MSPCMD,SWP BRD,ADD BRD) (ADD PPPLNK,STR IMATST,CLR BRD) Cell(LOP E1T1) Ethernet port(STR IPCHK,ADD ETHTRKIP,ADD ETHTRKLNK,ADD ETHTRK,PING MAC,ACT ETHCC,ADD ETHMEP,ADD ETHMA,ADD ETHMD,ACT ETHOAMAH,ADD IPRTBIND,ADD ETHIP,ACT ETHPORT,ADD IPRT,PING IP) Subrack(ADD ETHREDPORT,ACT MSP) E1/T1(ADD TSCROSS)

- None Transmission resource g- None RNC- None Board- None MTP3- None RNC- YES RNC- NRT RNC- 400 RNC- 60 RNC- 5 RNC- 30 RNC

- SRNSR_DSCR_IUR_RESRCE_SWIRNC- 60 RNC- None UE- None board-50 -50 Physical channel- 60 board- 70 board

- None RAB

- 80 DSP

- 85 DSP0 0 Cell127 127 Cell

- None RNC

- None

- 03&00&00 RNC- It is recommended that the service SAALLNK/AAL2PATH/IPO- 500 RNCACTIVE ACTIVE Cell- None Cell- None Cell- None Cell- 20000 RNC20 20 SCCP67 67 SAALOFF OFF RNC- None RNC- D16 RNC32 32 Cell- D384 RNC

RNC(ULD RSTINFO,STR CPUUSAGETST,ADD RNCCBCPUID) Cell(SET MRSCOPECTRL) NodeB(ADD NODEB)

512 512 Cell- D16 RNC

FALSE Physical channel

STTD_not_Supported STTD_not_Supported

- None

127 127 IP Path- None RNCFalse False CellFALSE FALSE NodeBFALSE FALSE RNC

FALSE FALSE NodeBNO NO RNC- None board- None RNCFALSE FALSE CellFALSE FALSE NodeBFALSE FALSE Cell- None SRB- SUN RNC- None RNC- None RNC- OFF RNCYES YES SCTP10 10 SCTPOFF OFF RNC0 0 RNC

FALSE(ADD CELLMBMSSCCPCH,ADD PICH,ADD AICH,ADD SCCPCHBASIC) -(SET MBMSSCCPCH)


RAB(ADD TYPRABOLPC) (ADD TYPRABRLC)

OFF OFF RNCOFF OFF RNCOFF OFF RNCOFF OFF RNCOFF OFF RNC0 0 RNC0 0 RNC0 0 RNC- FIRST RNC- 60 RNC- None RNC- None RNC- 60 RNC- 10 RNC- None RNC- None RNC- 100 RNC- None RNC- 180 RNC- None MTP3B- None MTP3B- None MTP3B- None MTP3B- None MTP3B- None MTP3B- None MTP3B- None MTP3B- None MTP3B- D2000 RNC- D2000 RNC- D2000 RNC- D30 RNC- None RNC- D40 RNC- 5 RNC

- 6 RNC

- 3 RNC- D0 RNC- D0 RNC- D30 RNC10 10 RNC- D600 RNC- None MTP3B- None MTP3B- None MTP3B- None MTP3B- 10 RNC

-12



-92



-12



-92



-12



-92



16



16


- Transport channel

Transport channel

2 2 Transport channel- None RNC- None RNC- None RNC- None RNC170 170 MTP3



Configured to 1 when TFsNumber is 1;Configured to 0 when TFsNumber is 2 or 3(ADD FACHDYNTFS) None(ADD PCHDYNTFS) 1(ADD RACHDYNTFS)

1(ADD PCHDYNTFS,ADD FACHDYNTFS) 2(ADD RACHDYNTFS)

1(ADD PCHDYNTFS,ADD FACHDYNTFS) 2(ADD RACHDYNTFS)

- None Cell

- None Cell10 10 MTP3D60 D60 CellD20 D20 CellNotUsed NotUsed CellNotUsed NotUsed Cell

60

OPEN OPEN SRB45 45 SRB0 0 SRB

D3 D3 Cell

D2 D2 Cell

480

480

480









- RNC

- RNC

- RNC

- 100 RNC

- 100 RNC

- RNC

- RNC

20(SET LDM) 100(SET SATLDM)


100(SET LDM) 10(ground circuit)/100(satellite transmission)(SET SATLDM)



480

180

- EXISTS Physical channel

- None Transport channel

- None RNC- 280 RNC- None RNC- None RNC- None RNC- Medium RNC- Low RNC- Low RNC- Low RNC- Low RNC- Low RNC- High RNC- High RNC- High RNC- High RNC- High RNC- Medium RNC- Medium RNC- Medium RNC- Medium RNC- None RNC2000 2000 Ethernet port

2 2 Ethernet port

- None Cell10 10 AAL2 Path4 4 Ethernet port

0







5000 5000 RAB

D0

D0(ADD CELLINTERFREQHOCOV) -(SET INTERFREQHOCOV)


D320



D1280

0



0(ADD CELLMBDRINTERRAT,ADD CELLINTERRATHOCOV) -(SET INTERRATHOCOV)


0

0(ADD CELLMBDRINTERFREQ,ADD CELLINTERFREQHOCOV) -(SET INTERFREQHOCOV)


0

D240 D240 RABD2560 D2560 RAB

2 2 RAB14 14 RAB- None RNC- None Adjacent Node- None Adjacent Node- None Adjacent Node- None MTP3B- None MTP3BATM_TRANS ATM_TRANS NodeB- None RNC- None RNC- 60 RNC

0(ADD CELLMBDRINTERRAT,ADD CELLINTERRATHOCOV) -(SET INTERRATHOCOV)


Transport channel

Transport channel

1 1 Cell- None RNC

D0 D0 Cell

- None RAB

- None RNC

- None

M3UA_LOADSHARE_M3UA_LOADSHARE_MOD RNC1 1 Cell10 10 NodeB- None IP Path

-(SET MBMSFACH,ADD FACH) 10(ADD CELLMBMSFACH,ADD PCH)

None(ADD FACH) 10(SET MBMSFACH,ADD CELLMBMSFACH,ADD PCH)

-(SET MBMSFACH,ADD FACH) 35(ADD CELLMBMSFACH,ADD PCH)

None(ADD FACH) 35(SET MBMSFACH,ADD CELLMBMSFACH,ADD PCH)


- None

Transport channel

0(ADD BCH) 0(ADD BCH) Transport channel- None RAB- None RAB- None RAB

10

RNC(ADD ADJMAP,ADD TRMMAP) Adjacent Node(ADD ADJNODE)

-(ADD FACHDYNTFS,ADD FACHLOCH,ADD FACH) 1(ADD RACHDYNTFS,ADD RACH) 3(ADD PCH,ADD PCHDYNTFS)

None(ADD FACHDYNTFS,ADD FACHLOCH,ADD FACH) 1(ADD RACHDYNTFS,ADD RACH) 3(ADD PCH,ADD PCHDYNTFS)



1 1 Cell255 255 Cell255 255 Cell- None SAALLNK/AAL2PATH/IPO

D320(ADD CELLINTRAFREQHO) -(SET SMLC,SET INTRAFREQHO)

D320(SET INTRAFREQHO,ADD CELLINTRAFREQHO) D160(SET SMLC)


D640(ADD CELLINTRAFREQHO) -(SET SMLC,SET INTRAFREQHO)

D640(SET INTRAFREQHO,ADD CELLINTRAFREQHO) D1280(SET SMLC)


D640



D640

D640(ADD CELLMBDRINTERFREQ,ADD CELLINTERFREQHONCOV) -(SET INTERFREQHONCOV)

Cell(ADD CELLMBDRINTERFREQ,ADD CELLINTERFREQHONCOV) RNC(SET INTERFREQHONCOV)

D320



D1280



D0



D640

- D240 RNC- D240 RNC- None Ethernet port- None Ethernet port


50 50 Cell- None RNC- None RNC- None RNC- None RNC- None LGC port- None Cell- OFF E1T1 link

D640(ADD CELLMBDRINTERRAT,ADD CELLINTERRATHONCOV) -(SET INTERRATHONCOV)

Cell(ADD CELLINTERRATHONCOV) RNC(ADD CELLMBDRINTERRAT,SET INTERRATHONCOV)

- None

- None E1/T1- None RNC

240

- None UE30 30 Ethernet port- OFF RNC- None RNC64 64 Ethernet port- None LGC port- None IP Path- None Transmission resource g

- None Cell

500 500 Ethernet port30 30 Ethernet port

- None

- None Control interface link

- None Cell

PPP Link(ADD PPPLNK) E1/T1 port(ADD FRALNK) RNC(ADD MPLNK)



IPoA PVC(ADD IPOAPVC) AAL2 Path(ADD AAL2PATH) SAAL(ADD SAALLNK) RNC(ADD VPCLCX)

- None Cell

- None Cell

- 5000 RNC1031 1031 IP PathMUXCLOSE MUXCLOSE IP PathMUXCLOSE MUXCLOSE IP Path2 2 IP Path- None RNC- None RNC- 5000 RNC- 5000 RNC- None RNC1000 1000 E1T1 Link- None SRB- 50 RNC

D320



D320

D320

D320

D240

- 10 RNC

- RNC

D8

- D64 RNC- D608 RNC

D640

D1280

D2560

D1280









D6(SET LDM) D3(SET SATLDM)

-(SET FRCCHLTYPEPARA) D8(ADD CELLFRC)

RNC(SET FRCCHLTYPEPARA) Cell(ADD CELLFRC)









D240

- 5 RNC

0 0 Cell

83 83 CellSF/2 SF/2 NodeB

3 3

3 3

- D64 RNC- SILENT RAB

D64

- D64 RNC

SF16 SF16 Cell0 0 Cell- SCHEDULED RNC- 10 RNC200000 200000 Cell





D64(ADD CELLDCCC) -(SET DCCC)


20 20 Cell1 1 Cell

- 5 RNC

1 1

SF8 SF8


no action no action

no action no action




inter-freq load handover(ADD CELLLDR) BE traff rate reduction(ADD NODEBLDR)

inter-freq load handover(ADD CELLLDR) BE traff rate reduction(ADD NODEBLDR)



1 1

45 45 Cell


no action no action

no action no action

55 55 CellD64 D64 NodeB

D19

- HAND_APPOINT RNC

- D128 RNC

- 1000 RNC









- 100 RNC

75 75 Cell

80 80 Cell

75 75 Cell

60 60 Cell

- 5 RNC

3 3 Cell

3 3 Cell

- D1 RNC

85 85 Cell0 0 Cell

- 100 RNC

95 95 Cell

1 1 Cell(ADD CELLLDR) NodeB(ADD NODEBLDR)

1 1

- NO RNC- NO RNC- NO RNC

20

- NO RNC- NO RNC- NO RNC- NO RNC- 3_Rates RNC- 3_Rates RNC

D64

- 10 RNC- SCHEDULED RNC- 100 RNC- D256 RNC- NON-SCHEDULED RNC- None RNC

- None RNC

- None RNC- None RNC80 80 Cell- 1 RNC

D640

D640




D64(ADD CELLCMCF) -(SET CMCF)






D240

- None Cell

- None Cell

- None Cell

- None Cell

- None Cell

- None Cell- None UNILNK- 2 RNC- None Adjacent Node



- None Transmission resource g- None LGC port- None Cell- None Cell- None Cell- None Cell- None Cell- None Cell- None Cell- None Cell

- None

- None Cell

-12

Cell(ADD CELLURA,ADD URA) RNC(ADD NRNCURA)

-12(ADD CELLINTERRATHOCOV,ADD CELLINTERFREQHOCOV) -(SET INTERRATHOCOV,SET INTERFREQHOCOV)


-92(ADD CELLINTERFREQHOCOV) -(SET INTERRATHOCOV,SET INTERFREQHOCOV) -97(ADD CELLINTERRATHOCOV)

-92(SET INTERFREQHOCOV,ADD CELLINTERFREQHOCOV) -97(SET INTERRATHOCOV,ADD CELLINTERRATHOCOV)





CPICH_RSCP




CPICH_RSCP(ADD CELLQOSHO) -(SET QOSHO)


- None RNC- None RNC- None RNCDisable Disable RNC

NOT_USED NOT_USED

- None RNCALL_USER ALL_USER Cell- 5 RNC- 90 RNC

- None RNC

- None RNC- None SAALLNK/AAL2PATH/IPO- None AAL2 Path- CC PVC








DISABLE DISABLE

- None

- None RNC70 70 RNC- RNC100 100 RNC- RNC0 0 RNC70 70 RNC- DCH RNC- EDCH_TTI_10ms RNCOPEN OPEN SRB28.00 28.00 SRB20.00 20.00 SRBOPEN OPEN SRB57.00 57.00 SRB42.00 42.00 SRB- None RNC- None AAL2 Path

- NO RNC- 5 RNC- 100 RNC- 90 RNC- 200 RNC- 3000 RNCOPEN OPEN SRB

SCTP(ADD SCTPLNK) IP Path(ADD IPPATH)

RNC(ADD VLANID) IP Path(ADD IPPATH) SCTP(ADD SCTPLNK) Ethernet port(ADD ETHMA)

When the interface type is Iu-CS, transmission type is ATM, the parameter is RT_VBR; transimssion type is IP, the parameter is EF.


False(ADD CELLSETUP,ADD QUICKCELLSETUP) FALSE(ADD NRNCCELL)

False(ADD CELLSETUP,ADD QUICKCELLSETUP) FALSE(ADD NRNCCELL)

Cell(ADD CELLSETUP,ADD QUICKCELLSETUP) RNC(ADD NRNCCELL)

0



0

- SAAL

M3UA_ASP M3UA_ASP RNCActive Active RNC- E1_UNBA E1T1 link- 600 Port- 3 RNC- 180 RNC- None RNC



NNI: 256

Parameter Relationship Service Interrupted During Modification

None N (No impact on the UE in idle mode) This paramter must be configured N (No impact on the UE in idle mode) The ASCs are configured throug N (Impact on random access for UEs in idle mode) The ASCs are configured throug N (Impact on random access for UEs in idle mode) The ASCs are configured throug N (Impact on random access for UEs in idle mode) The ASCs are configured throug N (Impact on random access for UEs in idle mode) The ASCs are configured throug N (Impact on random access for UEs in idle mode) The ASCs are configured throug N (Impact on random access for UEs in idle mode) The ASCs are configured throug N (Impact on random access for UEs in idle mode) None Not involved

None Not involved None N (No impact on the UE in idle mode) When [PARA]DsacAutoSwitch[/PARA] is N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) If [MML]ADD CELLDSACMANUALPARA[ N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None Not involved None Y None N (No impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode)

None Not involved

When [PARA]DsacAutoSwitch[/PARA] is set to ON,the parameter need configure;else,need not configure. If [MML]ADD CELLDSACMANUALPARA[/MML][PARA]RestrictionType[/PARA] value is RestrictionFixed,need set AcRestriction value;when [MML]ADD CELLDSACMANUALPARA[/MML][PARA]RestrictionType[/PARA] value is RestrictionFlexible,no need set AcRestriction value.set to ON,the parameter need configure;else,need not configure. If [MML]ADD CELLDSACMANUALPARA[/MML][PARA]RestrictionType[/PARA] value is RestrictionFixed,need set AcRestriction value;when [MML]ADD CELLDSACMANUALPARA[/MML][PARA]RestrictionType[/PARA]

Not involved None N (Impact on acquisition indicator receiving of UEs in idle mod None Not involved

None Not involved None N (No impact on the UE in idle mode) When [PARA]BWMODE[/PARA] in [MM N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]PGPSREC N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved

This parameter is valid when [PAR N (No impact on the UE in idle mode)

1. When the value of [PARA]AGPSRECEIVERTYPE[/PARA] in [MML]ADD GPS[/MML] is set to RNC, the GPS data report period, DGPS data report period, AGPS antenna latitude, AGPS antenna longitude, and AGPS antenna altitude should be set.1. When the value of [PARA]AGPSRECEIVERTYPE[/PARA] in [MML]ADD GPS[/MML] is set to NODEB, the cell ID, GPS data report period, DGPS data report period, AGPS antenna latitude, AGPS antenna longitude, and AGPS antenna altitude should be set.1. When the value of [PARA]AGPSRECEIVERTYPE[/PARA] in [MML]ADD GPS[/MML] is set to NRNC_RNC, the RNC ID, GPS data report period, DGPS data report period, AGPS antenna latitude, AGPS antenna longitude, and AGPS antenna altitude should be set.1. When the value of [PARA]AGPSRECEIVERTYPE[/PARA] in [MML]ADD GPS[/MML] is set to NRNC_NODEB, the RNC ID, cell ID, GPS data report period, DGPS data report period, AGPS antenna latitude, AGPS antenna longitude, and AGPS antenna altitude should be set.

None N (No impact on the UE in idle mode)


None N (No impact on the UE in idle mode) This parameter is required when the N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode)

Not involved Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved

The adjacent node is already configured by [MML]ADD ADJNODE[/MML]. When the value of [PARA]LNKT[/PARA] in [MML]ACT VCLCC[/MML] is set to AAL2PATH, the adjacent node ID should be set. When the value of [PARA]LNKT[/PARA] in [MML]LOP VCL[/MML] is set to AAL2PATH, the value of [PARA]ANI[/PARA] should be set.

None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]OT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]CHKTYPE[/ Y When the value of [PARA]CHKTYPE[/ Not involved None Not involved When the value of [PARA]NBTRANT N (No impact on the UE in idle mode) When the value of [PARA]NBTRANT N (No impact on the UE in idle mode) ATT needs to be set when [PARA N (For the UE in idle mode, indicating whether the MS can appl

When the value of [PARA]AUTHTYP Y

None Y

None Y

None Not involved When the value of [PARA]PTYPE[/PA Y [PARA]AvailablesignatureEndIndex[/P N (Impact on random access for UEs in idle mode) [PARA]AvailablesignatureStartIndex N (Impact on random access for UEs in idle mode) None N (Impact on random access for UEs in idle mode) None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]SRT[/PAR Y

When the value of [PARA]SRT[/PAR Y None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]MODE[/PAR Not involved When the value of [PARA]MODE[/PA Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Y None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (Impact on cell system message receiving of UEs in idle mod

None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode)

N (no impact on the UE in idle mode) N (no impact on the UE in idle mode) N (no impact on the UE in idle mode)

None N (no impact on the UE in idle mode)

N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode)

[PARA]BeDlAct1[/PARA] is set to None;[PARA]BeDlAct1[/PARA] is not set to None;[PARA]BeDlAct3[/PARA] must not be equal with

The following relationship must be satisfied:[PARA]BeH2FTvmThd[/PARA] < [PARA]BeEFach2CpcTvmThd[/PARA].


N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode)



N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode)

N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) Valid when [PARA]BEQosPerform[/P N (no impact on the UE in idle mode)

This parameter is available if th N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) At least one of this parameter and t N (No impact on the UE in idle mode) At least one of this parameter and t N (No impact on the UE in idle mode)

N (no impact on the UE in idle mode)

The following relationship must be satisfied:[PARA]D2F2PTvmThd[/PARA] < [PARA]BeEFach2DTvmThd[/PARA].

The following relationship must be satisfied:[PARA]BeH2FTvmThd[/PARA] < [PARA]BeEFach2HTvmThd[/PARA].

The following relationship must be satisfied:[PARA]BeH2FTvmThd[/PARA] < [PARA]BeF2CpcTvmThd[/PARA].

The following relationship must be satisfied:[PARA]D2F2PTvmThd[/PARA] < [PARA]F2DTvmThd[/PARA].

The following relationship must be satisfied:[PARA]BeH2FTvmThd[/PARA] < [PARA]BeF2HTvmThd[/PARA].

[PARA]BeEFach2HTvmThd[/PARA];

[PARA]BeUlAct1[/PARA] is set to None;

N (no impact on the UE in idle mode) N (no impact on the UE in idle mode)

Valid when [PARA]BEQosPerform[/P N (no impact on the UE in idle mode) Valid only when [PARA]BEQosPerfor N (no impact on the UE in idle mode) Valid only when [PARA]BEQosPerfor N (no impact on the UE in idle mode) Valid when [PARA]BEQosPerform[/P N (no impact on the UE in idle mode) Valid when [PARA]BEQosPerform[/P N (no impact on the UE in idle mode) When the value of [PARA]CHKTYPE[/ Not involved This parameter must satisfy the f N (No impact on the UE in idle mode) This parameter must satisfy the f N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)



N (No impact on the UE in idle mode) This parameter is required when the N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This paramter is valid only when is N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None Not involved None Not involved

[PARA]BeUlAct1[/PARA] is not set to None.[PARA]BeUlAct3[/PARA] must not be equal with

The value of this parameter must satisfy the following relationshiprelationship:[PARA][BgnAbnormalThd]>=[BgnUpdateThd][/PARA] .

The value of this parameter must satisfy the following relationshiprelationship:[PARA]BgnEndTime[/PARA] >[PARA]MBgnStartTime[/PARA]

The value of this parameter must satisfy the following relationshiprelationship:[PARA]BgnEndTime[/PARA] >[PARA]MBgnStartTime[/PARA]

The value of this parameter must satisfy the following relationshiprelationship:[PARA][BgnAbnormalThd]>=[BgnUpdateThd][/PARA] .

None Not involved None Not involved None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None Not involved None Y None Not involved When the value of [PARA]OT[/PARA] N (No impact on the UE in idle mode) None Y None Not involved None Not involved When the value of [PARA]BT[/PARA Not involved None Not involved None Not involved When the value of [PARA]BWADJ[/ Not involved

None Not involved N (No impact on the UE in idle mode)

None Not involved None N (No impact on the UE in idle mode) [PARA]BWDHORSVBW[/PARA]/[PA N (no impact on the UE in connected mode) [PARA]BWDHORSVBW[/PARA]/[PA N (No impact on the UE in idle mode)

A] = 0.If [PARA]BWADJ[/PARA] is set to


None Not involved None N (No impact on the UE in idle mode) [PARA]BWDHORSVBW[/PARA]/[PA N (no impact on the UE in connected mode) [PARA]BWDHORSVBW[/PARA]/[PA N (No impact on the UE in idle mode)


None Not involved None N (No impact on the UE in idle mode) [PARA]BWDHORSVBW[/PARA]/[PA N (no impact on the UE in connected mode) [PARA]BWDHORSVBW[/PARA]/[PA N (No impact on the UE in idle mode) When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) When [PARA]GRPT[/PARA] in [MML]A N (No impact on the UE in idle mode) When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]CARRYT[/ Y None Y



N (No impact on the UE in idle mode)


None Not involved

N (No impact on the UE in idle mode) None Not involved

Not involved When the value of [PARA]CARRYT[/ Not involved None Not involved None Not involved

[PARA]CARRYT[/PARA] in [MML]ADD IPOAPVC[/MML] is set to FRAATM, the CARRYFRAATMLNK is required. When the value of [PARA]CARRYT[/PARA] is set to FRAATM, this parameter is valid. When the value of [PARA]CARRYT[/PARA] in [MML]ADD AAL2PATH[/MML] is set to FRAATM, this parameter is When the value of [PARA]CARRYT[/PARA] in [MML]ADD IPOAPVC[/MML] is set to IMA, the CARRYIMAGRPN is required. When the value of [PARA]CARRYT[/PARA] is set to IMA, this parameter is valid. When the value of [PARA]CARRYT[/PARA] in [MML]ADD AAL2PATH[/MML] is set to IMA, this parameter is valid.

[MML]ADD IPOAPVC[/MML] is set to NCORT, the CARRYNCOPTN is required. When the value of [PARA]CARRYT[/PARA] is set to NCOPT, this parameter is valid. When the value of [PARA]CARRYT[/PARA] in

ATMLGCPORT, this parameter is valid. When the value of [PARA]CARRYT[/PARA] in [MML]ADD AAL2PATH[/MML] is

Y


When the value of [PARA]CARRYT[/ Y

When the value of [PARA]CARRYT[/ Y

to EXCLUSIVE, the AAL2PATH must carry on ATMLGCPORT or RSCGRP 1. When the value of [PARA]CARRYT[/PARA] in [MML]ADD IPOAPVC[/MML] is set to IMA, the bearing IMA group number, bearing VPI, bearing VCI, TX traffic record index, RX traffic record index, and peer type are required.2. When the value of [PARA]CARRYT[/PARA] in [MML]ADD IPOAPVC[/MML] is set to UNI, the bearing UNI link number, bearing VPI, bearing VCI, TX traffic record index, RX traffic record index, and peer type are required.3. When the value of [PARA]CARRYT[/PARA] in [MML]ADD IPOAPVC[/MML] is set to FRAATM, the bearing FRAATM link number, bearing VPI, bearing VCI, TX traffic record index, RX traffic record index, and peer type are required.4. When the value of [PARA]CARRYT[/PARA] in [MML]ADD IPOAPVC[/MML] is set to NCOPT, the bearing NCOPT port number, bearing VPI, bearing VCI, TX traffic record index, RX traffic record index, and peer type are required.5. When the value of [PARA]CARRYT[/PARA] in [MML]ADD IPOAPVC[/MML] is When the value of [PARA]CARRYT[/PARA] in [MML]ADD IPOAPVC[/MML] is set to UNI, the CARRYUNILNKN is required. When the value of [PARA]CARRYT[/PARA] is set to UNI, this parameter is valid. When the value of [PARA]CARRYT[/PARA] in [MML]ADD AAL2PATH[/MML] is set to UNI, this parameter is valid.

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved

Before configuring this parameter, N (No impact on the UE in idle mode) None N (For the UE in idle mode, if this parameter is changed to ON This parameter must satisfy the N (No impact on the UE in idle mode) This parameter must satisfy the N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]VCLTYPE[/ Not involved

None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode)


When the value of [PARA]CARRYT[/PARA] is set to ATMLGCPORT, this parameter is valid. When the value of [PARA]CARRYT[/PARA] in [MML]ADD AAL2PATH[/MML] is set to ATM logic port, this parameter is valid.

None N (No impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode)

Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode)

Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode)

Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

The value of this parameter is de Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode)

The value of this parameter must N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode)


N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


None Y

The value of this parameter must satisfy the following relationship: [PARA]CellOverrunThd[/PARA] >= [PARA]CellUnderrunThd[/PARA].

The value of this parameter must satisfy the following relationship: [PARA]CellOverrunThd[/PARA] >= [PARA]CellUnderrunThd[/PARA].

None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None Not involved When the value of [PARA]PATHCHK[ N (no impact on services when the Ping detection succeeds) None N (No impact on the UE in idle mode)

None Not involved None Y None Y None Y None Not involved




None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)






None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Y None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N(For the UE in idle mode, the larger the value of this parameter When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) None Y None Y None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode)


This parameter cannot be set to Not involved

None Not involved None N (No impact on the UE in idle mode) None Not involved None Not involved None N (No impact on the UE in idle mode) None Not involved

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved

Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode)



This parameter is valid only when [PARA]CnOpGrpIndex[/PARA] in [MML]ADD CNOPERGROUP[/MML] is added. This paramter is valid only when [PARA]CnOpGrpIndex[/PARA] in [MML]ADD CNOPERGROUP[/MML] is added.

should be set. When the value of

[PARA]CodeBalancingDrdSwitch[/PARA] parameter is set to ON. If this parameter is set through both the [MML]ADD CELLDRD[/MML] [PARA]CodeBalancingDrdSwitch[/PARA] parameter is set to ON. If this parameter is set through both the [MML]ADD CELLDRD[/MML]

If this parameter is set through N (No impact on the UE in idle mode) This paramter is valid only wh N (No impact on the UE in idle mode) None N (For the UE in idle mode, if this parameter is changed, you n


This parameter is available if th N (No impact on the UE in idle mode) When [PARA]MOCNSupport[/PARA] i N (No impact on the UE in idle mode) When the value of [PARA]SAALLNKT[/ N (No impact on the UE in idle mode) When the value of [PARA]SAALLNKT[/ N (No impact on the UE in idle mode) When the value of [PARA]SAALLNKT[/ N (No impact on the UE in idle mode) The relationship between the congesti N (No impact on the UE in idle mode) The relationship between the congesti N (No impact on the UE in idle mode) The relationship between the congesti N (No impact on the UE in idle mode) The relationship between the congesti N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)

The relationship between the congesti N (No impact on the UE in idle mode) The relationship between the congesti N (No impact on the UE in idle mode) The relationship between the congesti N (No impact on the UE in idle mode) The relationship between the congesti N (No impact on the UE in idle mode)


None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) None Not involved

set to IP, this parameter should be set.2.The relationship between the congestion threshold, the recover set to IP, this parameter should be set.2.The relationship between the congestion threshold, the recover

set to IP, this parameter should be set.2.The relationship between the congestion threshold, the recover set to IP, this parameter can be set.2.The relationship between the congestion threshold, the recover

None N(impact on Cell Selection and Reselection of the UE in idle m

This parameter is valid only when N(impact on Cell Selection and Reselection of the UE in idle m

This parameter is valid when [PARA N (No impact on the UE in idle mode)

This parameter is valid when [PARA N (No impact on the UE in idle mode) None N(impact on Cell Selection and Reselection of the UE in idle m None N(impact on Cell Selection and Reselection of the UE in idle m This parameter is valid only when N (No impact on the UE in idle mode) None N (Impact on random access for UEs in idle mode) CONTEXTTYPE needs to be set wh Not involved None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter must satisfy the N (No impact on the UE in idle mode) This parameter must satisfy the N (No impact on the UE in idle mode)


N (no impact on the UE in idle mode) None Not involved CountCThreshold needs to be set N (No impact on the UE in idle mode)

[PARA]GoldMaxMode[/PARA] >= [PARA]SilverMaxMode[/PARA] >= [PARA]CopperMaxMode[/PARA]. The following relationship must be satisfied: [PARA]GoldMaxMode[/PARA] >= [PARA]GoldMaxMode[/PARA] >= [PARA]SilverMaxMode[/PARA] >= [PARA]CopperMaxMode[/PARA]. The following relationship must be satisfied: [PARA]GoldMaxMode[/PARA] >=


Y This parameter is valid when [PARA] N (No impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) This parameter is required when th N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) CsInfoUpdTmr needs to be set whe N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) CSNRILength needs to be set when N (No impact on the UE in idle mode)

When [PARA]DsacAutoSwitch[/PARA] is N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode)


This paramter is valid only when [PARA]TxDiversityInd[/PARA] is set to TRUE. This parameter is valid only when [PARA]TxDiversityInd[/PARA] is set to TRUE.

This parameter is valid when [PARA]NcovHoOn2GldInd[/PARA] in [MML]SET INTERRATHONCOV[/MML] is set to ON. This parameter is valid when [PARA]NcovHoOn2GldInd[/PARA] is set to ON.

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Not involved

None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None Not involved None Not involved This classified zone is not bound to ot N (no impact on the UE in idle mode)


The following relationship must be satisfied:[PARA]D2F2PTvmThd[/PARA] < [PARA]F2DTvmThd[/PARA];[PARA]D2F2PTvmThd[/PARA] < [PARA]BeEFach2DTvmThd[/PARA].

None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved When [PARA]MOCNSupport[/PARA] in N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This paramter must be configured N (No impact on the UE in idle mode)


None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode)

(53*8) + 3*2 + [PARA]DLYGB[/PARA] < 1024.

N(impact on Cell Selection and Reselection of the UE in idle m

The [PARA]DENO[/PARA] field i Not involved None Not involved None Not involved None Not involved None Not involved None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode)

None N (no impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode)


If this parameter is set throug N (No impact on the UE in idle mode) This parameter can be used for se N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

This parameter is required when the [PARA]QrxlevminExtSup[/PARA] parameter is set to TRUE but not required when the [PARA]QrxlevminExtSup[/PARA] parameter is set to FALSE. This parameter is valid only when [PARA]QrxlevminExtSup[/PARA] is set to TRUE.






The value of this parameter must satisfy the following relationship:[PARA]DlOlcTrigThd[/PARA](See [MML]ADD CELLLDM[/MML]) >= [PARA]DlCellTotalThd[/PARA];[PARA]DlCellTotalThd[/PARA] >= [PARA]DlHOThd[/PARA] .

The value of this parameter must satisfy the following relationship:[PARA]DLOVSFSF[/PARA]>=[PARA]DLCODENO[/PARA]. .


The value of this parameter must satisfy the following relationship:[PARA]DlHOThd[/PARA] > [PARA]DlConvAMRThd[/PARA];[PARA]DlConvAMRThd[/PARA] > [PARA]DlOtherThd[/PARA] .





The value of this parameter must satisfy the following relationship:[PARA]DlHOThd[/PARA] > [PARA]DlConvNonAMRThd[/PARA];[PARA]DlConvNonAMRThd[/PARA] > [PARA]DlOtherThd[/PARA] .

When the value of DlMidRateCalc is HAND_APPOINT,the following relationship must be satisfied:[PARA]DlDcccRateThd[/PARA] <= [PARA]DlMidRateThd[/PARA].

N (no impact on the UE in idle mode) N (No impact on the UE in idle mode)


This parameter is available if the value of [PARA]BEQosPerform[/PARA] in [MML]SET QOSACT[/MML] is YES. To configure this parameter, you must take into consideration the actual full-coverage rate of a certain cell. Otherwise, the QoS would be affected.

users ([PARA]UserPriority[/PARA] is set to GOLD) >=

The value of this parameter must satisfy the following relationship:[PARA]DlHoCeCodeResvSf[/PARA] >= [PARA]DlLdrCreditSfResThd[/PARA];[PARA]DlHoCeCodeResvSf[/PARA] >= [PARA]CellLdrSfResThd[/PARA] .

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)



The value of this parameter must N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


The value of this parameter must satisfy the following relationship:[PARA]DlCellTotalThd[/PARA] >= [PARA]DlHOThd[/PARA] ;[PARA]DlHOThd[/PARA] > [PARA]DlConvAMRThd[/PARA];[PARA]DlHOThd[/PARA] > [PARA]DlConvNonAMRThd[/PARA] .





The value of this parameter must satisfy the following relationship: [PARA]DlLdrTrigThd[/PARA] >= [PARA]DlLdrRelThd[/PARA];[PARA]DlOlcRelThd[/PARA] >= [PARA]DlLdrRelThd[/PARA].



None N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (no impact on the UE in idle mode) This parameter is valid when the N (no impact on the UE in idle mode)


N (no impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode)


[PARA]DlLdrRelThd[/PARA];[PARA]DlOlcTrigThd[/PARA] > [PARA]DlLdrTrigThd[/PARA];

This parameter is valid when the [PARA]DlMidRateCalc[/PARA] in [MML]SET DCCC[/MML] is set to HAND_APPOINT, and the following relationship must be satisfied:[PARA]DlDcccRateThd[/PARA] <= [PARA]DlMidRateThd[/PARA].

The following relationship must be satisfied: [PARA]UlModeChangeTimerLen[/PARA] <= [PARA]DlModeChangeTimerLen[/PARA].





The value of this parameter must satisfy the following relationship: [PARA]DlOlcTrigThd[/PARA] >= [PARA]DlOlcRelThd[/PARA];[PARA]DlOlcRelThd[/PARA] >= [PARA]DlLdrRelThd[/PARA].




The value of this parameter must satisfy the following relationship: [PARA]DlOlcTrigThd[/PARA] >= [PARA]DlOlcRelThd[/PARA];[PARA]DlOlcTrigThd[/PARA] > [PARA]DlLdrTrigThd[/PARA];[PARA]DlOlcTrigThd[/PARA] >= [PARA]DlCellTotalThd[/PARA].

The value of this parameter must satisfy the following relationship:[PARA]DlConvAMRThd[/PARA] > [PARA]DlOtherThd[/PARA];[PARA]DlConvNonAMRThd[/PARA] > [PARA]DlOtherThd[/PARA];[PARA]DlOtherThd[/PARA] >= [PARA]DlLdrTrigThd[/PARA](See [MML]ADD CELLLDM[/MML]).

The value of this parameter must satisfy the following relationship:[PARA]DLOVSFSF[/PARA]>=[PARA]DLCODENO[/PARA]. .


None N (No impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode)

None N (No impact on the UE in idle mode) Valid when [PARA]VPQosPerform[/P N (no impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode)


None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)




The following relationship must be satisfied: [PARA]DlThdE1[/PARA] <= [PARA]DlThdE2[/PARA] < [PARA]DlThdF2[/PARA] <= [PARA]DlThdF1[/PARA].



N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (no impact on the UE in idle mode) N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]SPDF[/PARA] Y This parameter is valid when [PARA] N (No impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]SPDF[/PARA] Y

This paramter is valid only when [P Y

Y None N (No impact on the UE in idle mode) None Not involved None Not involved None Not involved

Not involved When the value of [PARA]VCLTYPE[/ Not involved


3*2;[PARA]DELAY[/PARA]*64*30/


[MML]ADD N7DPC[/MML] The parameter [PARA]DPX[/PARA] in [MML]ADD N7DPC[/MML] When the value of [PARA]NODET[/PARA] in [MML]ADD ADJNODE[/MML] is set to IUR, IUCS, or NNI_AAL2SWITCH, or the value of [PARA]NODET[/PARA] in [MML]ADD ADJNODE[/MML] is set to IUPS and [PARA]SGSNFLG[/PARA] in [MML]ADD ADJNODE[/MML] is



If this parameter is set through N (No impact on the UE in idle mode) Valid when [PARA]BEQosPerform[/P N (no impact on the UE in idle mode) The relationship between the congesti N (No impact on the UE in idle mode) The relationship between the congesti N (No impact on the UE in idle mode) The relationship between the congesti N (No impact on the UE in idle mode) The relationship between the congesti N (No impact on the UE in idle mode)


None N (no impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) DRXCycleLenCoef needs to be se N (For the UE in idle mode, affecting its period of listening to This parameter is valid when [PARA] N (No impact on the UE in idle mode)

DRA_BE_RATE_DOWN_BF_HO_SWITCH,DRA_THROU_DCCC_SWITCH,DRA_BE_EDCH_TTI_RECFG_SWITCH and DRA_HSUPA_DCCC_SWITCH are valid when DRA_DCCC_SWITCH is set to ON;For BE service,DRA_HSDPA_STATE_TRANS_SWITCH and DRA_HSUPA_STATE_TRANS_SWITCH are valid when DRA_PS_BE_STATE_TRANS_SWITCH is set to ON;For RT service,DRA_HSDPA_STATE_TRANS_SWITCH and DRA_HSUPA_STATE_TRANS_SWITCH are valid when DRA_PS_NON_BE_STATE_TRANS_SWITCH is set to ON;

set to IP, this parameter can be set.2.The relationship between the congestion threshold, the recover set to IP, this parameter can be set.2.The relationship between the congestion threshold, the recover

This parameter is valid when [PARA] N (No impact on the UE in idle mode)

None Not involved None N (No impact on the UE in idle mode)

None Not involved None Not involved None Y None N (No impact on the UE in idle mode)

Not involved None Not involved None Not involved None N (No impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]BRDTYPE[/ N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]PATHCHK[ N (no impact on services when the Ping detection succeeds) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode)

N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode)


be the broadcast address or the multicast address.The parameter must not be the same as any IP address that has been configured in the RNC. The parameter must not be the same as the internal/external IP address of

FRC[/MML] command. If this parameter is set through both the [MML]SET FRCCHLTYPEPARA[/MML] and

FRC[/MML] command. If this parameter is set through both the [MML]SET FRCCHLTYPEPARA[/MML] and

When the value of [PARA]DST[/PAR Y This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with N (No impact on the UE in idle mode) This parameter is associated with N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is required when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) This parameter is required when N (No impact on the UE in idle mode)


N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]DST[/PARA] Y None N (No impact on the UE in idle mode) None Not involved None N (no impact on the UE in idle mode) When the value of [PARA]DST[/PAR Y None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode)

This parameter is required when the [PARA]TrchType[/PARA] parameter is set to TRCH_EDCH_2MS or TRCH_EDCH_10MS.This parameter is must larger than [PARA]EdchTargetLittleRetransNum[/PARA].

This parameter is required when the [PARA]TrchType[/PARA] parameter is set to TRCH_EDCH_2MS or TRCH_EDCH_10MS.This parameter is must less than [PARA]EdchTargetLargeRetransNum[/PARA].

This paramter is valid only when [ N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode)

Negotiation with the peer network elem Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]DST[/PARA] Y The value of this parameter must be N (No impact on the UE in idle mode) The value of this parameter must be N (No impact on the UE in idle mode) This parameter is required when t N (No impact on the UE in idle mode) This parameter is required when t N (No impact on the UE in idle mode) This parameter is required when t N (No impact on the UE in idle mode) When the value of [PARA]DST[/PAR Y When the value of [PARA]DST[/PARA Y None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None Not involved This parameter is consistent Not involved

None Not involved This parameter is required when t N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None Not involved None N (no impact on the UE in idle mode) When the value of [PARA]BRDTYPE[/ N (No impact on the UE in idle mode)


None Y None N (No impact on the UE in idle mode)

This paramter is valid only when [P Y

This paramter is valid only when [P Y None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]USEFE[/PA N (No impact on the UE in idle mode)

None Not involved None Not involved

When the value of [PARA]FLOWCTRLSWITCH[/PARA] in [MML]SET OPT[/MML] is set to ON, the flow control parameter index should be set. When the value of [PARA]FLOWCTRLSWITCH[/PARA] is set to ON in [MML]SET ETHPORT[/MML], the FCINDEX should be set. 1.When the value of [PARA]FLOWCTRLSWITCH[/PARA] in [MML]ADD IPLOGICPORT[/MML] is set to ON, this parameter should be set.2.The type of the flow control parameter index must be IP.

None N (No impact on the UE in idle mode) This parameter is required when th N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) none Not involved None Not involved None Not involved None N (no impact on the UE in idle mode) [PARA]FPMUXSWITCH[/PARA] in [MM N (no impact on the UE in connected mode and the UE in idle When the value of [PARA]FPMUXSWI N (no impact on the UE in connected mode and the UE in idle None N (No impact on the UE in idle mode) None Not involved

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) The factor table index is configu N (No impact on the UE in idle mode) None Not involved None Not involved None Not involved None Not involved None Not involved

Not involved None Not involved None N (No impact on the UE in idle mode) [PARA]FWDHORSVBW[/PARA]/[PA N (no impact on the UE in connected mode)

When the value of [PARA]FRALNKT[/PARA] in [MML]ADD FRALNK[/MML] is set to ON, this parameter is valid and the flow control parameter index can be set. When the value of [PARA]BT[/PARA] in [MML]SET OPT[/MML] is set to UOIa and the value of [PARA]LGCAPPTYPE[/PARA] is set to ATM, the flow control switch should be set. When the value of [PARA]FLOWCTRLSWITCH[/PARA] in [MML]ADD IMAGRP[/MML] is set to ON, this parameter is valid and the flow control parameter index should be set.

and the flow control parameter index are required.2. When the value of

rules:[PARA]FWDHORSVBW[/PARA] < [PARA]FWDCONGBW[/PARA] < [PARA]FWDCONGCLRBW[/PARA] < [PARA]MINBW[/PARA] or [PARA]FWDHORSVBW[/PARA] = [PARA]FWDCONGBW[/PARA] = [PARA]FWDCONGCLRBW[/PARA] = 0.If [PARA]BWADJ[/PARA] is set to be OFF,[PARA]FWDHORSVBW[/PARA],[PARA]FWDCONGBW[/PARA],[PARA]FWDCONGCLRBW[/PARA] must obey the following rules:[PARA]FWDHORSVBW[/PARA] < [PARA]FWDCONGBW[/PARA] <

[PARA]FWDHORSVBW[/PARA]/[PAR N (No impact on the UE in idle mode)


None Not involved None N (No impact on the UE in idle mode) [PARA]FWDHORSVBW[/PARA]/[PA N (no impact on the UE in connected mode) [PARA]FWDHORSVBW[/PARA]/[PAR N (No impact on the UE in idle mode)

Not involved None Not involved None N (No impact on the UE in idle mode) [PARA]FWDHORSVBW[/PARA]/[PA N (no impact on the UE in connected mode) [PARA]FWDHORSVBW[/PARA]/[PAR N (No impact on the UE in idle mode) Either [PARA]GainFactorBetaC[/PAR Not involved Either [PARA]GainFactorBetaC[/PAR Not involved [MMLWhen the value of [PARA]CHKT Not involved None N (no impact on the UE in idle mode)

Not involved None N (No impact on the UE in idle mode)

] = 0.If [PARA]BWADJ[/PARA] is set to

rules:[PARA]FWDHORSVBW[/PARA] < [PARA]FWDCONGBW[/PARA] < [PARA]FWDCONGCLRBW[/PARA] < [PARA]MINBW[/PARA] or [PARA]FWDHORSVBW[/PARA] = [PARA]FWDCONGBW[/PARA] = [PARA]FWDCONGCLRBW[/PARA] = 0.If [PARA]BWADJ[/PARA] is set to be OFF,[PARA]FWDHORSVBW[/PARA],[PARA]FWDCONGBW[/PARA],[PARA]FWDCONGCLRBW[/PARA] must obey the following rules:[PARA]FWDHORSVBW[/PARA] < [PARA]FWDCONGBW[/PARA] <

When the value of [PARA]GCDF[/PARA] in [MML]ADD GPS[/MML] is selected as DEG, LATITUDE and LONGTITUDE should be set;When the value of [PARA]GCDF[/PARA] in [MML]ADD GPS[/MML] is selected as SEC, LATITUDESEC and LONGITUDESEC should be set.



N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None Not involved

This paramter is valid only when [ N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is required when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode)


This parameter is valid only when [PARA]UseOfHcs[/PARA] is set to USED. This paramter is valid only when [PARA]UseOfHcs[/PARA] is set to USED. This parameter is valid only when [PARA]UseOfHcs[/PARA] is set to TRUE.

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]HCARRYT[ Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]HCARRYT[ Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]HCARRYT[ Not involved This parameter is valid only when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode)


None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved This paramter is valid only when [ N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode)

This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with t N (No impact on the UE in idle mode) This parameter is associated with N (No impact on the UE in idle mode) This parameter is associated with N (No impact on the UE in idle mode) This parameter is required when N (No impact on the UE in idle mode) None Not involved

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is listed when the v N (No impact on the UE in idle mode) This parameter is listed when the v N (No impact on the UE in idle mode) 1.This parameter is listed when the N (No impact on the UE in idle mode) 1.This parameter is listed when the N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode)



This paramter is valid only when [PARA]AllocCodeMode[/PARA] is set to Automatic and the value of this parameter must satisfy the following relationship: [PARA]HsPdschMaxCodeNum[/PARA] >= [PARA]HsPdschMinCodeNum[/PARA].

This paramter is valid only when [PARA]AllocCodeMode[/PARA] is set to Automatic and the value of this parameter must satisfy the following relationship: [PARA]HsPdschMaxCodeNum[/PARA] >= [PARA]HsPdschMinCodeNum[/PARA].

Y None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) This parameter is available i N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter can be used for s N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) None Not involved


N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


The value of this parameter must satisfy the following relationship: [PARA]HsupAuRetrnsLdTrigThd[/PARA] >= [PARA]HsupAuRetrnsLdRelThd[/PARA].

The value of this parameter must satisfy the following relationship: [PARA]HsupAuRetrnsLdTrigThd[/PARA] >= [PARA]HsupAuRetrnsLdRelThd[/PARA].

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None Not involved None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]HCARRYT[ Not involved When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]CXT[/PAR Not involved None Not involved

This parameter is valid when [PA N (No impact on the UE in idle mode)

This parameter is valid when [PA N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]PATHCHK[ N (no impact on services when the Ping detection succeeds) None Not involved None N (No impact on the UE in idle mode) This parameter is valid only when [ N (No impact on the UE in idle mode)

None N(impact on Cell Selection and Reselection of the UE in idle m

This parameter is valid only when N(impact on Cell Selection and Reselection of the UE in idle m

This parameter is valid when [PARA N(For the UE in idle mode, the larger the value of this parameter

This parameter is valid when [PARA N(For the UE in idle mode, the larger the value of this parameter None N(impact on Cell Selection and Reselection of the UE in idle m None N(impact on Cell Selection and Reselection of the UE in idle m This parameter is valid only when [ N (No impact on the UE in idle mode)



Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter must satisfy the f N (No impact on the UE in idle mode) None Not involved The parameter must be greater th Not involved The parameter must be less than Not involved This parameter is required when the N (No impact on the UE in idle mode) This parameter must be less tha Not involved This parameter must be greater t Not involved This parameter must satisfy the f N (No impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) None Not involved When the value of [PARA]INHT[/PAR Y When the value of [PARA]SAALLNKT[/ N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter must satisfy the N (No impact on the UE in idle mode) This parameter must satisfy the N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

For AEUa, the sum of UNI/IMA/FRA can not exceed 32,for AOUa, the sum of UNI/IMA/FRA on an optical port can not exceed 63(E1)/84(T1)When the value of [PARA]PFMT[/PARA] in [MML]RST PFMM[/MML] is set to IMALNK, the value of IMALNKN can be set.

The value of this parameter must b N (No impact on the UE in idle mode)

The value of this parameter must be N (No impact on the UE in idle mode)

The value of this parameter must be N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


This parameter is valid when th N (No impact on the UE in idle mode)

This parameter is valid when th N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


The value of this parameter must b N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N(impact on Cell Selection and Reselection of the UE in idle m None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid when [PAR N (No impact on the UE in idle mode)

The value of this parameter must be N (No impact on the UE in idle mode)


The value of this parameter must be N (No impact on the UE in idle mode) This parameter is valid when [PAR N (No impact on the UE in idle mode)


None N (No impact on the UE in idle mode) This parameter is Valid when [PARA N (no impact on the UE in idle mode)

None N (No impact on the UE in idle mode) This parameter is Valid when [PAR N (no impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N(impact on Cell Selection and Reselection of the UE in idle m This parameter is valid when [PAR N (No impact on the UE in idle mode) None Y

This parameter is valid when [PARA N (No impact on the UE in idle mode)



None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is Valid when [PARA N (no impact on the UE in idle mode)

[PARA]MinForDlBasicMeas[/PARA];When [PARA]ChoiceRprtUnitForDlBasicM


The value of this parameter must satisfy the following relationship: ([PARA]IntraRelThdFor1ACSNVP[/PARA] - [PARA]Hystfor1A[/PARA] / 2) < ([PARA]IntraRelThdFor1BCSNVP[/PARA] + [PARA]Hystfor1B[/PARA] / 2).


The value of this parameter must satisfy the following relationship: ([PARA]IntraRelThdFor1ACSVP[/PARA] - [PARA]Hystfor1A[/PARA] / 2) < ([PARA]IntraRelThdFor1BCSVP[/PARA] + [PARA]Hystfor1B[/PARA] / 2).

N (No impact on the UE in idle mode) This parameter is Valid when [PARA N (no impact on the UE in idle mode)

The value of this parameter must satisfy the following relationship: ([PARA]IntraRelThdFor1APS[/PARA] - [PARA]Hystfor1A[/PARA] / 2) < ([PARA]IntraRelThdFor1BPS[/PARA] + [PARA]Hystfor1B[/PARA] / 2).


The value of this parameter must satisfy the following relationship: ([PARA]IntraRelThdFor1ACSNVP[/PARA] - [PARA]Hystfor1A[/PARA] / 2) < ([PARA]IntraRelThdFor1BCSNVP[/PARA] + [PARA]Hystfor1B[/PARA] / 2).


The value of this parameter must satisfy the following relationship: ([PARA]IntraRelThdFor1ACSVP[/PARA] - [PARA]Hystfor1A[/PARA] / 2) < ([PARA]IntraRelThdFor1BCSVP[/PARA] + [PARA]Hystfor1B[/PARA] / 2).

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]LNKT[/PA N (No impact on the UE in idle mode)

Not involved None Not involved The [PARA]IPADDR[/PARA] in [MML Not involved None Not involved None N (No impact on the UE in idle mode)

None Not involved When the value of [PARA]IPLOGPO N (No impact on the UE in idle mode) When the value of [PARA]IPLOGPOR N (No impact on the UE in idle mode) When the value of [PARA]NBTRANT N (No impact on the UE in idle mode)

The value of this parameter must satisfy the following relationship: ([PARA]IntraRelThdFor1APS[/PARA] - [PARA]Hystfor1A[/PARA] / 2) < ([PARA]IntraRelThdFor1BPS[/PARA] + [PARA]Hystfor1B[/PARA] / 2).

In [MML]ADD IPOAPVC[/MML] The local [IP address] and the [Peer IP address] must be in the same network segment. When the value of [PARA]LNKT[/PARA] in [MML]ACT VCLCC[/MML] is set to IPOAPVC, the IP address should be set.

When the value of [PARA]NBTRANT N (No impact on the UE in idle mode) The parameter should be configured N (No impact on the UE in idle mode)

Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None Not involved

None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]ISQOSPAT Not involved When the value of [PARA]NODET[/P Not involved

None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

When the value of [PARA]IPTYPE[/PARA] in [MML]ADD ETHIP[/MML] is set to SECOND, the IP address index should be set. When the value of [PARA]IPTYPE[/PARA] in [MML]ADD ETHTRKIP[/MML] is set to SECOND, the IP address index should be set.

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) None Y When the value of [PARA]J0RXT[/PARA Y None Y When the value of [PARA]J0TXT[/PARA Y None Y When the value of [PARA]J1RXT[/PARA Y None Y When the value of [PARA]J1TXT[/PARA Y

None Not involved

None Not involved

None Not involved


None N (No impact on the UE in idle mode) When the value of [PARA]MODE[/P Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

The value of this parameter is de Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) None Not involved




N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode)

If this parameter is set through N (No impact on the UE in idle mode)

If this parameter is set through N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode)

If this parameter is set through both the [MML]ADD CELLDRD[/MML] and [MML]SET DRD[/MML] commands, the parameter set through the [MML]ADD CELLDRD[/MML] command takes precedence over that set through the [MML]SET DRD[/MML] command.

the [MML]ADD CELLDRD[/MML] and [MML]SET DRD[/MML] commands, the parameter set through the [MML]ADD CELLDRD[/MML] command takes precedence over that the [MML]ADD CELLDRD[/MML] and [MML]SET DRD[/MML] commands, the parameter set through the [MML]ADD CELLDRD[/MML] command takes precedence over that

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) [PARA]LdrFirstPri[/PARA],[PARA]Ld N (No impact on the UE in idle mode) [PARA]LdrFirstPri[/PARA],[PARA]Ld N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) [PARA]LdrFirstPri[/PARA],[PARA]Ld N (No impact on the UE in idle mode) [PARA]LdrFirstPri[/PARA],[PARA]Ld N (No impact on the UE in idle mode)

Not involved The load EQ table index is config N (No impact on the UE in idle mode) The load EQ table index is config N (No impact on the UE in idle mode) The load EQ table index is config N (No impact on the UE in idle mode)

[PARA]MinForDlBasicMeas[/PARA];When [PARA]ChoiceRprtUnitForUlBasicMeas[/PARA] and

1.The parameter is used in command [MML]ADD ADJMAP [/MML] as loadeq table index for gold,silver,and bronze users.2.When TRANST of ADJNODE is dual stack or hybird IP,loadeq can be added.

Not involved None Not involved None Not involved When the value of [PARA]LCARRYT[ Not involved When the value of [PARA]OT[/PARA] N (No impact on the UE in idle mode)

None Not involved None Not involved When the value of [PARA]LCARRYT[ Not involved This paramter is valid only when [ N (No impact on the UE in idle mode) The low activity rate adjustment N (no impact on the UE in idle mode) None Not involved

When the value of [PARA]LNKT[/ Not involved

This is a parameter in [MML]ADD OPC[/MML]. The [PARA]LENO[/PARA] field in [MML]ADD M3LE[/MML]


None Not involved

None Not involved When the value of [PARA]LS[/P Not involved

None Not involved The parameter must not be the same as Not involved None N (No impact on the UE in idle mode) None Not involved

None Y None Y None Y When the value of [PARA]MODE[/PAR Y

POUa, the link number should be set and the value range is from 0 to 167. When the value of [PARA]BT[/PARA] in [MML]LOP E1T1[/MML] is set to AEUa or PEUa, the value range of [PARA]LNKN[/PARA] is 0 to 31. When the value of [PARA]BT[/PARA] in [MML]LOP E1T1[/MML] is set to AOUa or POUa, the value range of [PARA]LNKN[/PARA] is 0 to 167. When the value of [PARA]BT[/PARA] in [MML]STR E1T1TST[/MML] is set to AEUa or PEUa, the link number is required and the value range is from 0 to 31.When the value of [PARA]BT[/PARA] in [MML]STR E1T1TST[/MML] is set to AOUa or POUa, the link number is required and the value range is from 0 to 167. When the value of [PARA]LS[/PARA] in [MML]SET E1T1[/MML] is set to SINGLE,the value of [PARA]LNKN[/PARA] should be set. When the value of [PARA]BT[/PARA] in [MML]SET E1T1[/MML] is set to AEUa,PEUa,the value range of [PARA]LNKN[/PARA] is from 0 to 31. When the value of [PARA]BT[/PARA] in [MML]SET E1T1[/MML] is set to AOUa or P0U,the value range of

None Not involved This parameter determines whet Y When the value of [PARA]LOGPORTF Y When the value of [PARA]LOGPORTF Y None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Y When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) When the value of [PARA]LCARRYT[ Not involved

When the value of [PARA]CARRYFLA Not involved

None Not involved When the value of [PARA]CARRYFLA Y None Not involved None Not involved

None Not involved None Not involved None Not involved When the value of [PARA]LCARRYT[ Not involved When the value of [PARA]CXT[/PAR Not involved None Not involved None Y None N (No impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Not involved

When [PARA]CARRYLNKT[/PARA] is Not involved None Not involved

None N (no impact on the UE in idle mode) MASK needs to be set when [PARA] Not involved None Not involved None Not involved None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) None Not involved

This parameter is valid only when N(impact on Cell Selection and Reselection of the UE in idle m None N (No impact on the UE in idle mode)


Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) The value to be set should be la N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)




None N (No impact on the UE in idle mode) None Not involved None N (no impact on the UE in idle mode) The value of this parameter mus N (No impact on the UE in idle mode) This parameter is required when N (No impact on the UE in idle mode)

1.When the value of [PARA]BWADJ[/PARA] in [MML]ADD IPLOGICPORT[/MML] is set to ON, this parameter should be set.2.[PARA]MINBW[/PARA] must be less than [PARA]MAXBW[/PARA].

The value of this parameter must satisfy the following relationship:[PARA]MaxCAPSLowLoad[/PARA] > [PARA]MaxCAPSMidLoad[/PARA] > [PARA]SharingOutCAPSMidLoad[/PARA].


None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]FPMUXSWI N (no impact on the UE in connected mode and the UE in idle None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


Y None N (No impact on the UE in idle mode) When the value of [PARA]SAALLNKT[/ N (No impact on the UE in idle mode) The value to be set should be s N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)



Y None N (No impact on the UE in idle mode) None Not involved

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


[PARA]MAXMFLEN[/PARA] must not be less than [PARA]MAXSFLEN[/PARA]*2+8. When the value of [PARA]PPPMUX[/PARA] in [MML]ADD MPGRP[/MML] is set to ENABLE, this parameter should be set.

The value of this parameter must be set to meet the following conditions: 100 x [PARA]MaxQueueTimeLen[/PARA] > [PARA]PollTimerLen[/PARA].

[PARA]MAXSFLEN[/PARA]*2+8. 1.When the value of [PARA]PPPMUX[/PARA] in [MML]ADD MPGRP[/MML] is set to ENABLE, this parameter should be set.2.[PARA]MAXMFLEN[/PARA]

None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]CHKTYPE[/ Not involved Only valid to the slot of FG2a and G Not involved None Not involved This parameter is valid only when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) This parameter is used with the [M N (No impact on the UE in idle mode) This parameter is valid olny when N (No impact on the UE in idle mode) None Not involved None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) None Not involved

None N (No impact on the UE in idle mode) When the value of [PARA]ST[/PARA Not involved

None Not involved



None N (No impact on the UE in idle mode) When the value of [PARA]MPTYPE[/ N (No impact on the UE in idle mode) When the value of [PARA]ST[/PARA Not involved




When the value of [PARA]MEPTYPE[ Not involved None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) This paramter is valid only when N (No impact on the UE in idle mode) When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode)

Valid when [PARA]ChoiceRptUnitFo N (no impact on the UE in idle mode)

Valid when [PARA]ChoiceRptUnitFor N (no impact on the UE in idle mode)

Valid when [PARA]ChoiceRptUnitFor N (no impact on the UE in idle mode)


This parameter is valid only when N (No impact on the UE in idle mode)


This parameter is valid only when N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode)



Valid when [PARA]ChoiceRptUnitFor N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) When the value of [PARA]CHKTYPE[/ Not involved When the value of [PARA]CHKTYPE[/ Not involved None N (No impact on the UE in idle mode) None Y

None Not involved When [PARA]MOCNSupport[/PARA] i N (No impact on the UE in idle mode)

[PARA]OlcPeriodTimerLen[/PARA]/2 . This parameter is valid only when [PARA]ChoiceRprtUnitForDlBasicM

[PARA]OlcPeriodTimerLen[/PARA]/2 . This parameter is valid only when [PARA]ChoiceRprtUnitForUlBasicM

The value of this parameter must satisfy the following relationship:[PARA]MinPCPICHPower[/PARA] <= [PARA]MaxPCPICHPower[/PARA].

None N (No impact on the UE in idle mode) None Not involved None Y None N (No impact on the UE in idle mode) When the value of [PARA]CHKTYPE[/ Not involved

None Y None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is required when t N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) When the value of [PARA]USEMP[/PA N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) When the value of [PARA]SAALLNKT[/ Not involved None N (No impact on the UE in idle mode) None Not involved None N (no impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]MsgInd[/PAR N (The UE in idle mode may receive the RNC built-in cell broa None N (The UE in idle mode may receive the RNC built-in cell broa None Not involved


The value of this parameter must satisfy the following relationship:[PARA]MtchMaxPwr[/PARA] > [PARA]MtchRsvPwr[/PARA] .


The value of this parameter must f Not involved

The value of this parameter must f Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode)

Not involved

None Y

When the value of [PARA]PPPMUX[/ Y When the value of [PARA]MODE[/PA Not involved When the value of [PARA]SAALLNKT[/ N (No impact on the UE in idle mode)

The value of this parameter must satisfy the following relationship:[PARA]MtchMaxSf[/PARA] > [PARA]MtchRsvSf[/PARA] .

The value of this parameter must satisfy the following relationship:[PARA]MtchMaxPwr[/PARA] > [PARA]MtchRsvPwr[/PARA].

The value of this parameter must satisfy the following relationship:[PARA]MtchMaxSf[/PARA] > [PARA]MtchRsvSf[/PARA] .

When the value of [PARA]MTRLGY[/PARA] in [MML]ADD GPS[/MML] is selected as MET, the ALTITUDE should be set;When the value of [PARA]MTRLGY[/PARA] in [MML]ADD GPS[/MML] is selected as IMP, the ALTITUDEIMP should be set.




Y

Y None N (No impact on the UE in idle mode) None Y When the value of [PARA]NBTRANT N (No impact on the UE in idle mode) When the value of [PARA]NBTRANT N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]NBTRANT N (No impact on the UE in idle mode) When the value of [PARA]NBTRANT N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]USENBLB2 N (No impact on the UE in idle mode)

The value of this parameter must be set to meet the following conditions:[PARA]NB01max[/PARA] >= [PARA]NB01min[/PARA].

The value of this parameter must be set to meet the following conditions:[PARA]NB01max[/PARA] >= [PARA]NB01min[/PARA].

None N (No impact on the UE in idle mode) If the Downlink CAC algorithm switch N (No impact on the UE in idle mode)

PUC should not be adopted if cell' N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode)


None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid only when N(impact on Cell Selection and Reselection of the UE in idle m None Y None Not involved

For AEUa/AOUa/UOIa_ATM, next hop mu Not involved

N (No impact on the UE in idle mode) This parameter depends on network pl Not involved None N (No impact on the UE in idle mode) NMO needs to be set when [PARA N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

Not involved None Not involved

The value of the parameter must satisfy the function below: [PARA]NFastSpdEst[/PARA]*[PARA]TSlowSpdEst[/PARA] >= [PARA]NSlowSpdEst[/PARA]*[PARA]TFastSpdEst[/PARA].

When the value of [PARA]NODET[/PARA] in [MML]ADD ADJNODE[/MML] is set to IUB, this parameter is valid. When the value of [PARA]SelectType[/PARA] in [MML]STR NODEBDETECT[/MML] is set to SINGLE, this parameter is valid.


The value of this parameter is d Not involved None N (No impact on the UE in idle mode) None Not involved None Not involved None Not involved

None Not involved None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) None N(impact on Cell Selection and Reselection of the UE in idle m None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) This paramter is valid only when [P N (No impact on the UE in idle mode)


None N (No impact on the UE in idle mode) None Not involved

None Not involved None Y

This paramter is valid only when [PARA]NPrioFlag[/PARA] is set to TRUE. This paramter is valid only when [PARA]NPrioFlag[/PARA] is set to TRUE; Also the value of this parameter must be different to the others.

Not involved



None Not involved [PARA]OAMFLOWDSCP[/PARA] can n N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

1. If the original ATM address of the NodeB is configured with the route through [MML]ADD AAL2RT[/MML], the parameter cannot be modified.2. If the original ATM address of the NodeB is configured with the route in the AAL2RT table, the parameter cannot be modified.


configure;else,need not configure. If [MML]ADD CELLDSACMANUALPARA[/MML][PARA]RestrictionType[/PARA] value is RestrictionFixed,need set AcRestriction value;when [MML]ADD CELLDSACMANUALPARA[/MML

N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode)

None Not involved None N (no impact on the UE in idle mode) When the value of [PARA]BT[/PARA] Not involved Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) Valid when [PARA]CellLocCfgType N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) This parameter is valid when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (no impact on the UE in connected mode and the UE in idle None N (no impact on the UE in connected mode)

When [PARA]ChoiceRprtUnitForUlBasicMeas[/PARA] and [PARA]ChoiceRprtUnitForDlBasicMeas[/PARA] are set to MIN,the value of this parameter must satisfy the following relationship:[PARA]OlcPeriodTimerLen[/PARA] > 2 x 60 x 1000 x [PARA]MinForUlBasicMeas[/PARA];[PARA]OlcPeriodTimerLen[/PARA] > 2 x 60 x 1000 x [PARA]MinForDlBasicMeas[/PARA];When [PARA]ChoiceRprtUnitForUlBasicMeas[/PARA] and [PARA]ChoiceRprtUnitForDlBasicMeas[/PARA] are set to TEN_MSEC,the value of this parameter must satisfy the following relationship:[PARA]OlcPeriodTimerLen[/PARA] > 2 x [PARA]TenMsecForUlBasicMeas[/PARA];[PARA]OlcPeriodTimerLen[/PARA] > 2 x [PARA]TenMsecForDlBasicMeas[/PARA].

Not involved

None Not involved When the value of [PARA]ANI[/PAR Not involved When the value of [PARA]BT[/PAR N (No impact on the UE in idle mode) None N (Impact on page message receiving of UEs in idle mode)

N (Impact on pilot message receiving of UEs in idle mode) None N (No impact on the UE in idle mode)

Not involved

When the value of [PARA]LNKT[/PARA] in [MML]ACT VCLCC[/MML] is set to AAL2PATH, the AAL2 path ID should be set. When the value of [PARA]LNKT[/PARA] in [MML]LOP VCL[/MML] is set to AAL2PATH, the value of [PARA]PATHID[/PARA] should be set.

[PARA]MaxPCPICHPower[/PARA]2. To modify the PCPICH power, the intra-frequency load balance algorithm of the cell should be disabled. You can use [MML]LST

1.When the value of [PARA]ST[/PARA] in [MML]ADD ATMTRF[/MML] is set to CBR or RTVBR or NRTVBR and [PARA]UT[/PARA] is selected, this parameter should be set.2.[PARA]PCR[/PARA] must be larger than [PARA]SCR[/PARA].

None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved

None Not involved

None N (No impact on the UE in idle mode) The parameter must not be the same as Not involved None N (No impact on the UE in idle mode) None Not involved None Y None Y

Not involved [PARA]IPADDR[/PARA] and [PARA] Not involved

None N (No impact on the UE in idle mode) ([PARA]IPADDR[/PARA],[PARA]PEE Not involved None N (No impact on the UE in idle mode) None Y None N (No impact on the UE in idle mode) Only when [PARA]PEERT[/PARA] is sel N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is required when t N (No impact on the UE in idle mode) This parameter is required when t N (No impact on the UE in idle mode) When the value of [PARA]PATHCHK[ N (no impact on services when the Ping detection succeeds)



When the value of [PARA]LNKT[/PARA] in [MML]LOP VCL[/MML] is set to IPOAPVC,the value of [PARA]PEERIPADDR[/PARA] should be set. When the value of [PARA]LNKT[/PARA] in [MML]ACT VCLCC[/MML] is set to IPOAPVC, the peer IP address should be set.






None N (No impact on the UE in idle mode) This parameter is valid when [PAR N (Impact on random access for UEs in idle mode)

None Y When the value of [PARA]ISQOSPATH Not involved 1.The phb of the traffic's transmiss Not involved

None Not involved None Not involved None Not involved None Not involved None N (Impact on page message receiving of UEs in idle mode) None Not involved None Y None Y None Not involved None Not involved None Not involved

Not involved

Not involved When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) If the Ip path is configured on N (No impact on the UE in idle mode)

Not involved None Not involved None Not involved None Not involved None Y

The value of this parameter must satisfy the following relationship:[PARA]PlmnValTagMax[/PARA] > [PARA]PlmnValTagMin[/PARA].

The value of this parameter must satisfy the following relationship:[PARA]PlmnValTagMax[/PARA] > [PARA]PlmnValTagMin[/PARA].

[MML]STR IPCHK[/MML] is set to SBFD or ARP, the Ethernet port

When the value of [PARA]CHKTYPE[/ Not involved None Not involved None Not involved None Not involved


None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None N (Impact on random access for UEs in idle mode) When the value of [PARA]USEPPP[/P N (No impact on the UE in idle mode) None Not involved

The parameter [PARA]PPPLNKN[/PARA Not involved

None Not involved When the value of [PARA]PORTPRO N (No impact on the UE in idle mode) None Not involved

This parameter is valid when [PA N (No impact on the UE in idle mode) None N (Impact on random access for UEs in idle mode) None N (Impact on random access for UEs in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None Not involved

The value of this parameter must be set to meet the following conditions: 100 x [PARA]MaxQueueTimeLen[/PARA] > [PARA]PollTimerLen[/PARA].


None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


None Not involved N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) When the value of [PARA]BT[/PARA] Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (Impact on network searching of UEs in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Y None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

be 0 at the same time. 2. For the detection timers that need be 0 at the same time. 2. For the detection timers that need be 0 at the same time. 2. For the detection timers that need be 0 at the same time. 2. For the detection timers that need

1. For the detection timers that do not need to configure streaming services, the related T1 and T2 must be 0 at the same time. 2. For the detection timers that need to configure streaming services, the related T1 and T2 must not be 0 at the same time.

N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode) N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) PsInfoUpdTmr needs to be set whe N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) PSNRILength needs to be set when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

When [PARA]DsacAutoSwitch[/PARA] is N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

This parameter is valid when [PARA]NcovHoOn2GldInd[/PARA] in [MML]SET INTERRATHONCOV[/MML] is set to ON. This parameter is valid when [PARA]NcovHoOn2GldInd[/PARA] is set to ON.be 0 at the same time. 2. For the detection timers that need be 0 at the same time.2. For the detection timers that need be 0 at the same time. 2. For the detection timers that need be 0 at the same time. 2. For the detection timers that need

1. For the detection timers that do not need to configure streaming services, the related T1 and T2 must be 0 at the same time. 2. For the detection timers that need to configure streaming services, the related T1 and T2 must not be 0 at the same time.


PS_RAB_DOWNSIZING_SWITCH is v N (no impact on the UE in idle mode) None Not involved None Not involved When the value of [PARA]USEFE[/PA N (No impact on the UE in idle mode) When the value of [PARA]USEFE[/PA N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]BRDTYPE[/ N (No impact on the UE in idle mode)


N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) From [PARA]Q0MINDSCP[/PARA] t N (No impact on the UE in idle mode) From [PARA]Q0MINDSCP[/PARA] t N (No impact on the UE in idle mode) From [PARA]Q0MINDSCP[/PARA] t N (No impact on the UE in idle mode) From [PARA]Q0MINDSCP[/PARA] t N (No impact on the UE in idle mode) From [PARA]Q0MINDSCP[/PARA] t N (No impact on the UE in idle mode) When the value of [PARA]NODET[/ N (No impact on the UE in idle mode)

[PARA]MinForDlBasicMeas[/PARA];When [PARA]ChoiceRprtUnitForDlBasicM

N (No impact on the UE in idle mode) None N(impact on Cell Selection and Reselection of the UE in idle m None N(impact on Cell Selection and Reselection of the UE in idle m None N(impact on Cell Selection and Reselection of the UE in idle m None N(impact on Cell Selection and Reselection of the UE in idle m None N(For the UE in idle mode, the larger the value of this parameter

This parameter is valid only when N(impact on Cell Selection and Reselection of the UE in idle m None N (For the UE in idle mode, the parameter will impact the UE wh None N(For the UE in idle mode, the larger the value of this parameter

This parameter is valid only when [ N(impact on Cell Selection and Reselection of the UE in idle m

This parameter is valid only when [ N(impact on Cell Selection and Reselection of the UE in idle m None N (For the UE in idle mode, the parameter will impact the UE wh None N(impact on Cell Selection and Reselection of the UE in idle m None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode)

This parameter is valid only when [PARA]UseOfHcs[/PARA] is set to USED. This paramter is valid only when [PARA]UseOfHcs[/PARA] is set to USED. This parameter is valid only when [PARA]UseOfHcs[/PARA] is set to TRUE.

This paramter is valid only when [ Not involved None N (Impact on random access for UEs in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Not involved None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) The value of this parameter must N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) None Not involved


1.When the value of [PARA]BWADJ[/PARA] in [MML]ADD IPLOGICPORT[/MML] is set to ON, this parameter should be set.2.[PARA]RECOVERTHD[/PARA] must be larger than [PARA]RPTTHD[/PARA].

DRD[/MML] command. This parameter is valid when [PARA]RedirBandInd[/PARA] is not set to BandIndNotUsed. 1. This parameter is valid when [PARA]RedirSwitch[/PARA] is set to ONLY_TO_INTER_FREQUENCY or ONLY_TO_INTER_RAT. 2. If the value of this parameter is set in both the [MML]SET





[PARA]RedirSwitch[/PARA] is set to ONLY_TO_INTER_FREQUENCY or ONLY_TO_INTER_RAT. 2. If the value of this parameter is set in both the [MML]SET REDIRECTION[/MML] and [MML]ADD [PARA]RedirSwitch[/PARA] is set to ONLY_TO_INTER_FREQUENCY or ONLY_TO_INTER_RAT. 2. If the value of this parameter is set in both the [MML]SET REDIRECTION[/MML] and [MML]ADD

Special frequencies: {2587, 2612, 2637, 2662, 2687, 2712, 2737, 2762, 2787, 2812, 2837, 2862, 2887, 2912}Band8Common frequencies: [2937-3088]Special frequencies: noneBand9Common frequencies: [9237-9387]Special frequencies: noneBandIndNotUsed:[0-16383] If this parameter is set through both the [MML]ADD CELLDRD[/MML] and [MML]SET DRD[/MML] commands, the parameter set through the [MML]ADD CELLDRD[/MML] command takes precedence over that set through the [MML]SET DRD[/MML] command. The value range of this parameter depends on the setting of the [PARA]ReDirBandInd[/PARA] parameter, as shown below:Band1Common frequencies: [10562-10838]Special frequencies: noneBand2Common frequencies: [9662-9938]Special frequencies: {412, 437, 462, 487, 512, 537, 562, 587, 612, 637, 662, 687}Band3Common frequencies: [1162-1513]Special frequencies: noneBand4Common frequencies: [1537-1738]Special frequencies: {1887, 1912, 1937, 1962, 1987, 2012, 2037, 2062,


N (No impact on the UE in idle mode) Y N (No impact on the UE in idle mode)

None Y None Y None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

Band8:Common frequencies: [2712-2863]Special frequencies: noneBand9:Common frequencies: [8762-8912]Special frequencies: noneBandIndNotUsed: [0-16383] If this parameter is set through both the [MML]ADD CELLDRD[/MML] and [MML]SET DRD[/MML] commands, the parameter set through the [MML]ADD CELLDRD[/MML] command takes precedence over that set through the [MML]SET DRD[/MML] command. This parameter is required only when the [PARA]ReDirUARFCNUplinkInd[/PARA] parameter is set to TRUE. The value range of this parameter depends on the setting of the [PARA]ReDirBandInd[/PARA] parameter, as shown below:Band1:Common frequencies: [9612-9888]Special frequencies: noneBand2:Common frequencies: [9262-9538]Special frequencies: {12, 37, 62, 87, 112, 137, 162, 187, 212, 237, 262, 287}Band3:Common frequencies: [937-1288]Special frequencies: noneBand4:Common frequencies: [1312-1513]Special frequencies: {1662, 1687, DRD[/MML] command. This parameter is valid when [PARA]RedirBandInd[/PARA] is not set to BandIndNotUsed. 1. This parameter is valid when [PARA]RedirBandInd[/PARA] is not set to BandIndNotUsed. 3. If the value of this parameter is set in both the [MML]SET CLK[/MML] is set to AOUa/POUa, the value range of CLK[/MML] is set to AOUa/POUa, the value range of



None Not involved




None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Not involved None N (No impact on the UE in idle mode) This parameter is required when t N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Not involved The value of this parameter must no N (No impact on the UE in idle mode) The value of this parameter must no N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Not involved None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]CARRYT[/ Y When the value of [PARA]RSCGRPFLA Y When the value of [PARA]CARRYFLAG Y None N (No impact on the UE in idle mode)

When [PARA]ISFIRSTCLASSE[/PARA] Not involved

1.When the value of [PARA]BWADJ[/PARA] in [MML]ADD IPLOGICPORT[/MML] is set to ON, this parameter should be set.2.[PARA]RECOVERTHD[/PARA] must be larger than [PARA]RPTTHD[/PARA].

None Not involved


None Not involved When the value of [PARA]SPCBITS[/PA Y None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Y

None Y When [PARA]RTCPSwitch[/PARA] in N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) When [PARA]TnlBearerType[/PARA] N (No impact on the UE in idle mode) None Not involved None Not involved None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) This parameter is valid when N (no impact on the UE in idle mode)

N (no impact on the UE in idle mode) This parameter is valid when N (no impact on the UE in idle mode)



[PARA]RtEFach2DHTvmThd[/PARA];

The following relationship must be satisfied:[PARA]RtDH2FTvmThd[/PARA] < [PARA]RtEFach2CpcTvmThd[/PARA].

The following relationship must be satisfied:[PARA]RtDH2FTvmThd[/PARA] < [PARA]RtEFach2DHTvmThd[/PARA].


N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) The value to be set should be la N (No impact on the UE in idle mode) The value to be set should be la N (No impact on the UE in idle mode) The value to be set should be sm N (No impact on the UE in idle mode) None Not involved When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) When the value of [PARA]BWADJ[/P N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) When [PARA]GRPT[/PARA] in [MML N (No impact on the UE in idle mode)

Y


N (No impact on the UE in idle mode) When [PARA]CARRYLNKT[/PARA] is Not involved When[PARA]CARRYLNKT[/PARA] is S Not involved

The following relationship must be satisfied:[PARA]RtDH2FTvmThd[/PARA] < [PARA]RtF2CpcTvmThd[/PARA].

The following relationship must be satisfied:[PARA]RtDH2FTvmThd[/PARA] < [PARA]RtF2DHTvmThd[/PARA].

[PARA]CARRYT[/PARA] in [MML]ADD AAL2PATH[/MML] is set to UNI, IMA, FRAATM, NCOPT, or ATM logic port, this parameter is valid. 1.When the value of [PARA]CARRYT[/PARA] in [MML]ADD IPOAPVC[/MML] is set to UNI, IMA, FRAATM, NCOPT, or ATMLGCPORT, this parameter is required.

The value of the parameter must satisfy the function below: [PARA]RxTxtoTrig6F[/PARA] - [PARA]RxTxtoTrig6G[/PARA] >= 256.

The value of the parameter must satisfy the function below: [PARA]RxTxtoTrig6F[/PARA] - [PARA]RxTxtoTrig6G[/PARA] >= 256.

Not involved

When the value of [PARA]NODET[/ Y None Not involved None N (No impact on the UE in idle mode)

Not involved None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode)

Not involved None Not involved

Not involved

When the value of [PARA]LNKT[/PARA] in [MML]ACT VCLCC[/MML] is set to SAALLNK, the SAAL link number should be set. When the value of [PARA]LNKT[/PARA] in [MML]LOP VCL[/MML] is set to SAALLNK, the value of [PARA]SAALLNKN[/PARA] should be set.

The value of this parameter is dependent on the value of [PARA]SAC[/PARA] in [MML]ADD SAC[/MML];This service area is not configured as a classified zone.

1.When the value of [PARA]ST[/PARA] in [MML]ADD ATMTRF[/MML] is set to RTVBR or NRTVBR and [PARA]UT[/PARA] is selected, this parameter should be set.2.[PARA]SCR[/PARA] must be smaller than [PARA]PCR[/PARA].

E1T1[/MML] is set to AEUa or AOUa, the value of [PARA]SCRAMBLESW[/PARA] can be set. When the value of [PARA]BT[/PARA] in [MML]SET OPT[/MML] is set to UOIa and the

Not involved When the value of [PARA]DST[/PARA Y None Not involved None Not involved None N (no impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) None Not involved None Not involved

None Not involved

If this parameter is set through N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Not involved When the value of [PARA]NODET[/P Not involved

The parameter [PARA]SCTPLNKN[/PARA] in [MML]ADD SCTPLNK[/MML] When [PARA]CARRYLNKT[/PARA] is SCTP or SAAL-SCTP, this parameter is valid.

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is required when th N (No impact on the UE in idle mode) This parameter is valid when t N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)



None N(For the UE in idle mode, the value of this parameter decides

None N(For the UE in idle mode, the value of this parameter decides None N (No impact on the UE in idle mode) This parameter cannot be set to N (No impact on the UE in idle mode)

Not involved None Not involved None Not involved None Not involved


N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is required when th N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode)

The parameter [PARA]SIGLKSX[/PARA] in [MML]ADD MTP3LKS[/MML] The [PARA]SIGLKSX[/PARA] field in [MML]ADD M3LKS[/MML] The parameter [PARA]SIGLKSX[/PARA] in [MML]ADD M3LKS[/MML]


None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Y When the value of [PARA]DST[/PARA] Y None N (no impact on the UE in idle mode) None Not involved When the value of [PARA]DST[/PARA] Y

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None Not involved None Not involved When the value of [PARA]LNKT[/PA N (No impact on the UE in idle mode) When the value of [PARA]BT[/PARA] N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved

When [PARA]BRDTYPE[/PARA] in [MML Not involved None N (No impact on the UE in idle mode) None Not involved

This parameter is only valid to A Not involved Y Not involved

None Not involved

[PARA]SN[/PARA] is 0, 2, 4, 8 to 27. When the value of and the value range is 0, 2, 4, 8 to 27.When the value of [PARA]UINT[/PARA] in

Not involved None Not involved When the value of [PARA]LNKT[/PAR Not involved None Not involved When the value of [PARA]NODET[/ Not involved None Not involved None Not involved None Not involved None Not involved

SNAC needs to be set when [PARA Not involved


When the value of [PARA]SPDF[/PARA] Y This parameter depends on network pl Y When the value of [PARA]SPDF[/PARA] Y This parameter is valid when N (No impact on the UE in idle mode)

None Y When the value of [PARA]BRDTYPE[/ N (No impact on the UE in idle mode) None N(impact on Cell Selection and Reselection of the UE in idle m


This parameter, [PARA]TrafficClas N (No impact on the UE in idle mode) None Not involved

Only valid to the slot of FG2a and GOUa. For FG2a board, if the type of port 0 is GE, the PN cannot be 1~3; if the type of port 4 is GE, the PN cannot be 5~7. none



N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter must satisfy the f N (No impact on the UE in idle mode) This parameter must satisfy the f N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]MODE[/PA N (No impact on the UE in idle mode)

Not involved

None Not involved When 2MBPS exists on the clock sourc Not involved None N (No impact on the UE in idle mode) When the value of [PARA]SAALLNKT[/ N (No impact on the UE in idle mode)

The value of this parameter must satisfy the following relationship:[PARA]SpucHeavy[/PARA] >= [PARA]SpucLight[/PARA];100 >= [PARA]SpucHeavy[/PARA] + [PARA]SpucHyst[/PARA].

The value of this parameter must satisfy the following relationship:[PARA]SpucLight[/PARA] >= [PARA]SpucHyst[/PARA];100 >= [PARA]SpucHeavy[/PARA] + [PARA]SpucHyst[/PARA].

The value of this parameter must satisfy the following relationship:[PARA]SpucHeavy[/PARA] >= [PARA]SpucLight[/PARA];[PARA]SpucLight[/PARA] >= [PARA]SpucHyst[/PARA].

The parameter must not be the same as any IP address that has been configured in the RNC. The parameter must not be the same as the internal IP address of the BAM.



Not involved When the value of [PARA]SRT[/PARA Y None Not involved None Not involved When the value of [PARA]NODET[/ Not involved None Not involved

When the value of [PARA]OT[/PARA] in [MML]LOD PATCH[/MML] is set to SCUa, SPUa, DPUb, PEUa, AEUa, FG2a, GOUa, AOUa, POUa, UOIa, or ALL, the value of [PARA]SRN[/PARA] should be set. When the value of [PARA]NODET[/PARA] in [MML]ADD ADJNODE[/MML] is set to UNI_AAL2SWITCH, this parameter is valid.When the value of [PARA]LNKT[/PARA] in [MML]LOP VCL[/MML] is set to SAALLNK, the value of [PARA]SRN[/PARA] should be set.When the value of [PARA]SRT[/PARA] in [MML]SET CLK[/MML] is set to RBS, the value of [PARA]SRN[/PARA] should be set.When the value of [PARA]LNKT[/PARA] in [MML]ACT VCLCC[/MML] is set to SAALLNK, the subrack number should be set. none

None Not involved None Not involved None Not involved None Not involved None N (No impact on the UE in idle mode) Valid when [PARA]BEQosPerform[/P N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) SRNTI needs to be set when [PARA Not involved None Y None N (Impact on network searching of UEs in idle mode) [PARA]SSCPUAVEUSAGEALMTHD[/ Not involved [PARA]SSCPUMAXUSAGEALMTHD[/ Not involved


Not involved

Not involved This parameter is required when th N (No impact on the UE in idle mode) None N(impact on Cell Selection and Reselection of the UE in idle m

None Not involved

None Not involved When the value of [PARA]DST[/PARA] Y

Not involved Restriction: [PARA]StaBlkNum5A[ N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]DPCT[/PAR Y None Not involved None N (No impact on the UE in idle mode) This parameter must satisfy the N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

1.When the value of [PARA]BT[/PARA] in [MML]SET CPUTHD[/MML] is set to DPUb, the value of [PARA]SSDSPAVEUSAGEALMTHD[/PARA] should be set.2.[PARA]SSDSPAVEUSAGEALMTHD[/PARA] must be smaller than [PARA]SSDSPMAXUSAGEALMTHD[/PARA].

1.When the value of [PARA]BT[/PARA] in [MML]SET CPUTHD[/MML] is set to DPUb, the value of [PARA]SSDSPAVEUSAGEALMTHD[/PARA] should be set.2.[PARA]SSDSPMAXUSAGEALMTHD[/PARA] must be bigger than [PARA]SSDSPAVEUSAGEALMTHD[/PARA].

UBR_PLUS, the rate unit should be set; when the value of [PARA]UT[/PARA] is selected, the

This parameter must satisfy the N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


Y

None N (No impact on the UE in idle mode) When the value of [PARA]FPMUXSWI N (no impact on the UE in connected mode and the UE in idle None Not involved None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When [PARA]CNProtclVer[/PARA] i N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]DST[/PAR Y None Not involved None Not involved When [PARA]CNDomainId[/PARA] i N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None Not involved


None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved When the value of [PARA]DST[/PARA Y None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) T314 should be set greater than T30 N (No impact on the UE in idle mode) T315 should be set greater than T30 N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) T3212 needs to be set when [PA N (Changing the time for the UE in idle mode to initiate periodi None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode)

This parameter is valid when N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode)

None Not involved

This paramter is valid only when [P Not involved This paramter is valid only when [P Not involved 1.[PARA]TbSizeIndex1[/PARA] < [ N (No impact on the UE in idle mode) 1.[PARA]TbSizeIndex1[/PARA] < [ N (No impact on the UE in idle mode) 1.[PARA]TbSizeIndex1[/PARA] < [ N (No impact on the UE in idle mode) 1.[PARA]TbSizeIndex1[/PARA] < [ N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None Y This paramter is valid only when [P N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is required when th N (No impact on the UE in idle mode) This parameter is required when th N (No impact on the UE in idle mode) This parameter is valid only when N(impact on Cell Selection and Reselection of the UE in idle m This parameter is valid only when N(impact on Cell Selection and Reselection of the UE in idle m

None N (No impact on the UE in idle mode) None Not involved None Not involved None Not involved

This parameter is valid when [PARA] N(For the UE in idle mode, the larger the value of this parameter

This parameter is valid when [PARA] N(For the UE in idle mode, the larger the value of this parameter

Valid when [PARA]ChoiceRptUnitF N (no impact on the UE in idle mode)






This parameter is valid only when N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode)



[/PARA] x 1000/2 (See [MML]SET LDCPERIOD[/MML] and [MML]SET SATLDCPERIOD[/MML]);[PARA]TenMsecForDlBasicMeas[/PARA] < [PARA]PucPeriodTimerLen[/PARA] x 1000/2 (See [MML]SET LDCPERIOD[/MML] and [MML]SET SATLDCPERIOD[/MML]);[PARA]TenMsecForDlBasicMeas[/PARA] < [PARA]LdrPeriodTimerLen[/PARA] x 1000/2 (See [MML]SET LDCPERIOD[/MML] and [MML]SET SATLDCPERIOD[/MML]);[PARA]TenMsecForDlBasicMeas[/PARA] < [PARA]OlcPeriodTimerLen[/PARA]/2 (See [MML]SET LDCPERIOD[/MML] and [MML]SET SATLDCPERIOD[/MML]). This parameter is valid only when [PARA]ChoiceRprtUnitForDlBasicMeas[/PARA] is set to TEN_MSEC,and it must satisfy the following relationship:[PARA]TenMsecForDlBasicMeas[/PARA] < [PARA]IntraFreqLdbPeriodTimerLen[/PARA] x 1000/2;[PARA]TenMsecForDlBasicMeas[/PARA] < [PARA]PucPeriodTimerLen[/PARA] x 1000/2;

[MML]SET SATLDCPERIOD[/MML]);[PARA]TenMsecForUlBasicMeas[/PARA] < [PARA]OlcPeriodTimerLen[/PARA] /2 (See [MML]SET LDCPERIOD[/MML] and [MML]SET SATLDCPERIOD[/MML]) . This parameter is valid only when [PARA]ChoiceRprtUnitForUlBasicMeas[/PARA] is set to

Valid when [PARA]ChoiceRptUnitF N (no impact on the UE in idle mode)

N (No impact on the UE in idle mode) This parameter is valid only when [ Not involved

None Not involved None Not involved Restriction: [PARA]StaBlkNum5A[ N (no impact on the UE in idle mode) Restriction: [PARA]ThdEa[/PARA] N (no impact on the UE in idle mode) Restriction: [PARA]ThdEa[/PARA] N (no impact on the UE in idle mode) This parameter, [PARA]TrafficClass N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is required when th N (No impact on the UE in idle mode) None Not involved

None Not involved This paramter is valid only when [ Not involved None Y None Not involved



This parameter is required when t N (No impact on the UE in idle mode)


This parameter is valid when [PA N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

This parameter is required when t N (No impact on the UE in idle mode) This parameter is required when t N (No impact on the UE in idle mode) None Not involved The TRMMAP index is configured N (No impact on the UE in idle mode) The TRMMAP index is configured N (No impact on the UE in idle mode) The TRMMAP index is configured N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

Y None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]DST[/PARA] Y

3. If the NodeB is configured with adjacent nodes through [MML]ADD


None N (No impact on the UE in idle mode) This paramter is valid only when [ N (No impact on the UE in idle mode) None Not involved

None N(For the UE in idle mode, the larger the value of this parameter None N (No impact on the UE in idle mode)



None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved

This parameter, [PARA]UserPriority[/PARA], [PARA]THP[/PARA], and [PARA]SPI[/PARA] form an SPI mapping table.

Not involved

None

Not involved

None Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)


parameter is valid. When the value of [PARA]ITFT[/PARA] in [MML]ADD TRMMAP[/MML] is set to IUB_IUR_IUCS, this parameter is valid. When the value of

None N(impact on Cell Selection and Reselection of the UE in idle m None N(impact on Cell Selection and Reselection of the UE in idle m None N(impact on Cell Selection and Reselection of the UE in idle m None Not involved

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None Not involved

None Not involved None N (No impact on the UE in idle mode) This paramter is valid only when [P N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]BT[/PARA] Y When the value of [PARA]BT[/PAR Not involved

Not involved None N (No impact on the UE in idle mode) None Not involved

N (No impact on the UE in idle mode) This parameter is valid when [PARA] N (No impact on the UE in idle mode) None Not involved None N (No impact on the UE in idle mode) When the value of [PARA]STPMODE[ Y None Not involved None Not involved None N (No impact on the UE in idle mode) When [PARA]GRPT[/PARA] in [MML N (No impact on the UE in idle mode)

None Y None Not involved None Not involved

N (No impact on the UE in idle mode) None Y

None Y

[PARA]BRDTYPE[/PARA] in [MML]ADD PPPLNK[/MML]is set to PEUa, the value of[PARA]TSBITMAP[/PARA] must be set.3.When the value of [PARA]BRDTYPE[/PARA] in [MML]ADD MPLNK[/MML]is set


2.When the value of [PARA]CARRYT[/PARA] in [MML]ADD AAL2PATH[/MML] is set to UNI, IMA, FRAATM, NCOPT, or ATMLGCPORT, this parameter is required. When the value of [PARA]CARRYT[/PARA] in [MML]ADD AAL2PATH[/MML] is set to UNI, IMA, FRAATM, NCOPT, or ATM logic port, this

When [PARA]UARFCNUplinkInd[/PARA] i Y

None Y None N (No impact on the UE in idle mode) When the value of [PARA]UDPMUXM N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) When the value of [PARA]UDPMUXM N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]BT[/PARA] Not involved None Not involved This parameter is valid only when N (No impact on the UE in idle mode)





None N (no impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode)


If this parameter is set throug N (No impact on the UE in idle mode) This parameter can be used for se N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)










N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode)

This parameter is available if th N (no impact on the UE in idle mode) N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

The value of this parameter must satisfy the following relationship:[PARA]UlOlcTrigThd[/PARA](See [MML]ADD CELLLDM[/MML]) >= [PARA]UlCellTotalThd[/PARA];[PARA]UlCellTotalThd[/PARA] > [PARA]UlNonCtrlThdForHo[/PARA] .

When the value of UlMidRateCalc is HAND_APPOINT,the following relationship must be satisfied:[PARA]UlDcccRateThd[/PARA] <= [PARA]UlMidRateThd[/PARA].

users ([PARA]UserPriority[/PARA] is set to GOLD) >=

The value of this parameter must satisfy the following relationship:[PARA]UlHoCeResvSf[/PARA] >= [PARA]UlLdrCreditSfResThd[/PARA] .




The value of this parameter must no N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)










None N (no impact on the UE in idle mode) The parameter is valid when [PAR N (no impact on the UE in idle mode)



The value of this parameter must satisfy the following relationship: [PARA]UlLdrTrigThd[/PARA] >= [PARA]UlLdrRelThd[/PARA];[PARA]UlOlcRelThd[/PARA] >= [PARA]UlLdrRelThd[/PARA].

[PARA]UlOlcTrigThd[/PARA] > [PARA]UlLdrTrigThd[/PARA];

The parameter is valid when [PARA]UlMidRateCalc[/PARA] in [MML]SET DCCC[/MML] is set to HAND_APPOINT, and the following relationship must be satisfied:[PARA]UlDcccRateThd[/PARA] <= [PARA]UlMidRateThd[/PARA].

The following relationship must be satisfied: [PARA]UlModeChangeTimerLen[/PARA] <= [PARA]DlModeChangeTimerLen[/PARA].



The value of this parameter must satisfy the following relationship:[PARA]UlNonCtrlThdForHo[/PARA] > [PARA]UlNonCtrlThdForAMR[/PARA];[PARA]UlNonCtrlThdForAMR[/PARA] > [PARA]UlNonCtrlThdForOther[/PARA].


The value of this parameter must satisfy the following relationship:[PARA]UlCellTotalThd[/PARA] > [PARA]UlNonCtrlThdForHo[/PARA] ;[PARA]UlNonCtrlThdForHo[/PARA] > [PARA]UlNonCtrlThdForAMR[/PARA];[PARA]UlNonCtrlThdForHo[/PARA] > [PARA]UlNonCtrlThdForNonAMR[/PARA] .


The value of this parameter must satisfy the following relationship:[PARA]UlNonCtrlThdForHo[/PARA] > [PARA]UlNonCtrlThdForNonAMR[/PARA];[PARA]UlNonCtrlThdForNonAMR[/PARA] > [PARA]UlNonCtrlThdForOther[/PARA].



The value of this parameter must satisfy the following relationship:[PARA]UlNonCtrlThdForAMR[/PARA] > [PARA]UlNonCtrlThdForOther[/PARA];[PARA]UlNonCtrlThdForNonAMR[/PARA] > [PARA]UlNonCtrlThdForOther[/PARA];[PARA]UlNonCtrlThdForOther[/PARA] >= [PARA]UlLdrTrigThd[/PARA].






The value of this parameter must satisfy the following relationship: [PARA]UlOlcTrigThd[/PARA] >= [PARA]UlOlcRelThd[/PARA];[PARA]UlOlcRelThd[/PARA] >= [PARA]UlLdrRelThd[/PARA].

[PARA]UlOlcTrigThd[/PARA] >= [PARA]UlOlcRelThd[/PARA];

None N (No impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode)

None N (No impact on the UE in idle mode) Valid when [PARA]VPQosPerform[/P N (no impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (no impact on the UE in idle mode)

None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter is valid only when N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) Restriction: [PARA]UlThd6A1[/PA N (no impact on the UE in idle mode)


N (no impact on the UE in idle mode) Restriction: [PARA]UlThd6A2[/PA N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) This parameter can only be set to N (No impact on the UE in idle mode)



Restrictions: 1) [PARA]UlThd6A2[/PARA] <= [PARA]UlThd6B2[/PARA]; 2) [PARA]UlThd6A2[/PARA] > [PARA]UlThd6B1[/PARA]

Restrictions: 1) [PARA]UlThd6A1[/PARA] <= [PARA]UlThd6B1[/PARA]; 2) [PARA]UlThd6A2[/PARA] > [PARA]UlThd6B1[/PARA]







N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) The value of this parameter must N (No impact on the UE in idle mode) When the value of [PARA]IsROOTNO Not involved

Valid when [PARA]CellLocCfgType[/PARA] is set to BOTH or CELL_CENTER;[PARA]UncertSemiMajor[/PARA]>=[PARA]UncertSemiMinor[/PARA].




When [PARA]ISFIRSTCLASSE[/PARA] Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved

None N (No impact on the UE in idle mode) None Not involved

This parameter is valid when t N (No impact on the UE in idle mode)



This parameter is valid when the OVERLAY_SWITCH is ON The OVERLAY_SWITCH is in [PARA]HoSwitch[/PARA] in [MML]SET CORRMALGOSWITCH[/MML]. This parameter is valid when the OVERLAY_SWITCH is ON The OVERLAY_SWITCH is in [PARA]HoSwitch[/PARA] in [MML]SET CORRMALGOSWITCH[/MML] and [PARA]MeasQuantityOf3A[/PARA] is CPICH_EC/NO or AUTO.



This parameter is valid when the OVERLAY_SWITCH is ON The OVERLAY_SWITCH is in [PARA]HoSwitch[/PARA] in [MML]SET CORRMALGOSWITCH[/MML]. This parameter is valid when the OVERLAY_SWITCH is ON The OVERLAY_SWITCH is in [PARA]HoSwitch[/PARA] in [MML]SET CORRMALGOSWITCH[/MML] and [PARA]MeasQuantityOf3A[/PARA] is CPICH_RSCP or AUTO.


This parameter is valid when t N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode)

N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved When the value of [PARA]CARRYT[/ Y When the value of [PARA]LNKT[/PA Not involved

This parameter, [PARA]TrafficClass[/PARA], [PARA]THP[/PARA], and [PARA]SPI[/PARA] form an SPI mapping table.

This parameter determines whethe Y

Not involved None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) When the value of [PARA]ITFT[/PAR N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved None Not involved When the value of [PARA]CARRYT[/ Y

None N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) None N (No impact on the UE in idle mode) Valid when [PARA]AMRQosPerform[/ N (no impact on the UE in idle mode) None Not involved

When the value of [PARA]VLANFlAG[/PARA] in [MML]ADD IPPATH[/MML] is set to ENABLE, this parameter is valid. When the value of [PARA]VLANFlAG[/PARA] in [MML]ADD SCTPLNK[/MML] is set to ENABLE, this parameter is valid.


None Not involved None Not involved When the value of [PARA]BT[/PARA Not involved When the value of [PARA]RT[/PARA] Not involved This parameter defines an offset re N (No impact on the UE in idle mode) None N (no impact on the UE in idle mode) None Y

Interruption Scope Interruption Duration(min) Caution

AAL2 Path Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The deleting operation can be done Subsystem Less than 10 minutes CPU usage to be increased. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The deleting operation can be done

Not involved Not involved Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter cannot be modified. Not involved Not involved The parameter cannot be modified. Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no

NodeB according to [AGPS type]. If the AGPS type is RNC, the AGPS reference receiver is added to the RNC. If the AGPS type is NodeB, the AGPS reference receiver is added to the NodeB. 2. One RNC can be configured with one AGPS reference receiver at most while one NodeB can be configured with five AGPS reference receivers at most. 3.If the AGPS reference receiver is configured in the RNC, the AGPS reference receiver must be integrated on the clock card. 4. If the AGPS reference receiver is added to a NodeB, the ID of the home cell of the AGPS reference receiver must be specified, and this cell must have been configured.5. If the AGPS reference recevier is added to an NRNC, the ID of the home RNC of the AGPS reference receiver must be specified and this NRNC must have been configured.6. If the AGPS reference recevier is added to a NodeB of an NRNC, the IDs of the home RNC and the home cell of the AGPS reference receiver must be specified, and the NRNC and the cell must have been configured. 7. If the AGPS reference receiver is added to a NodeB or a NodeB of an NRNC, one cell can be configured with only when AGPS reference receiver.



Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.

Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Service not interrupted, but CPU wil This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no The service on the Ethernet Port. Interrupt the service until the corre In order to modify this paramet Not involved Not involved In order to modify this paramet Not involved Not involved The parameter modification has no Not involved Not involved If the transport type of the NodeB Not involved Not involved If the transport type of the NodeB Not involved Not involved The modification of ATT is vali

PPP link Interrupt the service until negotiate The negotiation will be successful o



Not involved Not involved The negotiation will be successful o Port If the mode is not consistent, will int The modification may affect the state Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. RNC Less than 5 minutes Each 8 kHz clock of the backplane c

RNC Less than 5 minutes Each 8 kHz clock of the backplane c Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved In order to modify this paramet Not involved Not involved In order to modify this paramet Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no



Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no



Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no






Not involved Not involved The parameter modification has no Not involved Not involved The modification of the timer invol Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Cell Less than 5 minutes None Not involved Not involved This parameter cannot be modified. Not involved Service not interrupted, but CPU wil This parameter cannot be modified. RNC Less than 5 minutes This parameter cannot be modified. Not involved Not involved If a link is used, you cannot convert Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. When the value of [PARA]BWADJ[/ Not involved The auto adjust bandwidth paramete

Not involved Not involved The following conditions should be Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved Not involved Not involved Not involved Not involved

bandwidth, or Handover reserved bandwidth = Congestion threshold = Congestion clear threshold = 0. bandwidth, or Handover reserved bandwidth = Congestion threshold = Congestion clear threshold = 0. bandwidth, or Handover reserved bandwidth = Congestion threshold = Congestion clear threshold = 0.


Not involved Not involved The following conditions should be Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no AAL2 Path Less than 5 minutes The parameter modification has no IP Path Less than 5 minutes The parameter modification has no



Not involved Not involved This parameter cannot be modified.



Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Not involved Not involved This parameter is the bearing slot Not involved Not involved This parameter is the bearing subra Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

AAL2 Path Less than 5 minutes The parameter modification has no


Services carried on the SAAL link The services are interrupted until t The configuration data must be consi

Services carried on the SAAL link The services are interrupted until t The configuration data must be consi

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.

Not involved Not involved 1. Cell ID is in one-to-one corr Not involved Not involved After running the [MML]ADD CBSAD Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Not involved Not involved Modifying this parameter does not a Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no



Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no





Cell The services are interrupted until the The cell should be deactivated in ad

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved When the network is in poor running s Not involved Not involved The parameter modification has no

Not involved Not involved This parameter cannot be modified. Services that the SCTP link bears The services are interrupted until t The checksum calculation should be Services that the SCTP link bears The services are interrupted until t The checksum calculation should be Services that the SCTP link bears The services are interrupted until t The checksum calculation should be Not involved Not involved This parameter cannot be modified.











Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no RNC Less than 10 minutes If the clock board type is changed Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved The parameter modification has no


Not involved Not involved The CN indexes of the same PLMN ev Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved When the Iu-Flex function is used, Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no





Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved For parameter modification, refer t Not involved Not involved For parameter modification, refer t Not involved Not involved For parameter modification, refer t Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter is used for power mo

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no


Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter is based on actual n Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The settings of CsInfoUpdFlag i Not involved Not involved The settings of CsInfoUpdTmr is Not involved Not involved Not involved Not involved The settings of CSNRILength is

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved The parameter modification has no


equipment.When [PARA]CNProtclVer[/PARA] in



Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no


Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved If the time delay is very large on the



Not involved Not involved This parameter cannot be modified. Not involved Not involved When running this command, ensure th Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter cannot be modified.






Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved None RNC Less than 10 minutes After this parameter is modified, th Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no RNC Less than 10 minutes After this parameter is modified, th


Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.




Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter can be added or mod Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. RNC Interrupt the service until the parame The parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Port If the mode is not consistent, will int This parameter must be consistent Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This address must be a peer address Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no



RNC Interrupt the service until the parame Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Modifiying this parameter will affec Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no RNC Interrupt the service until the parame The parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved For parameter modification, refer t Not involved Not involved The parameter modification has no RNC Interrupt the service until the parame The parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

day. Therefore, you must abide this specification to ensure the setting is


Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The modification of the timer invol Not involved Not involved The modification of the timer invol RNC Interrupt the service until the parame The parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no RNC Interrupt the service until the parame The parameter cannot be modified. RNC Interrupt the service until the parame The parameter cannot be modified. Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.


Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.


PPP link Interrupt the service until negotiate Modify this parameter will cause fail Not involved Not involved The parameter modification has no


Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The IP address of the DHCP server


Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no This parameter cannot be modified. This parameter cannot be modified. In [MML]EXP ELABEL[/MML], the [PARA]F Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved When this parameter is set to No_H Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This FACTORTABLE must be alread Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The following conditions should be Not involved Not involved This parameter cannot be modified. Not involved Not involved Not involved Not involved

bandwidth, or Handover reserved bandwidth = Congestion threshold = Congestion clear threshold = 0. bandwidth, or Handover reserved bandwidth = Congestion threshold = Congestion clear threshold = 0.

Not involved Not involved


Not involved Not involved The following conditions should be Not involved Not involved This parameter cannot be modified. Not involved Not involved Not involved Not involved Not involved Not involved Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved Modifiying this parameter will affec

bandwidth, or Handover reserved bandwidth = Congestion threshold = Congestion clear threshold = 0.



Not involved Not involved Modifiying this parameter will affec


Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


Not involved Not involved The parameter modification has no Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect

Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no



Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.




Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec

Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved This parameter cannot be modified. Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.


Not involved Not involved The parameter modification has no Not involved Not involved For details of the timer, refer to Not involved Not involved For details of the timer, refer to Not involved Not involved When the network is in poor running s Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no




Not involved Not involved Modifying this parameter does not a Not involved Not involved The parameter modification has no Not involved Not involved The parameter value of IgorTmr m

Not involved Not involved This parameter cannot be modified. Not involved Not involved [IMA ID] is used to identify the IM

Not involved Not involved This parameter cannot be modified. Not involved Not involved The protocol version of IMA group i Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved None RNC Inhibition period of the board Only the OM channel can be kept bet Not involved Not involved For parameter modification, refer t Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved If the Inter RAT Inter Plmn Ho Allo Not involved Not involved If the Intra RAT Inter Plmn Ho Allo Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Port The time between deactivate and acti This parameter cannot be modified.

Not involved Not involved The parameter modification has no Not involved Not involved The parameter value of IntrTmr m Services carried on PVC Not involved This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter must be the same wit Not involved Not involved When this parameter is set to No_H

Not involved Not involved This parameter cannot be modified. Not involved Not involved If the transport type of the NodeB Not involved Not involved If the transport type of the NodeB Not involved Not involved The IP address of the NodeB cannot

Not involved Not involved The IP address of the NodeB cannot Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Port If the mode is not consistent, will int The settings of the local end and the Port If the mode is not consistent, will int The settings of the local end and the Port If the mode is not consistent, will int The settings of the local end and the Port If the mode is not consistent, will int The settings of the local end and the Port If the mode is not consistent, will int The settings of the local end and the Port If the mode is not consistent, will int The settings of the local end and the Port If the mode is not consistent, will int The settings of the local end and the Port If the mode is not consistent, will int The settings of the local end and the




Not involved Not involved Not involved Not involved The value of this parameter should b

Not involved Not involved Modifying this parameter may affect Not involved Not involved In order to modify this paramet Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

1. This command is used for the AOUa and the POUa.2. This command is used only when Huawei equipment is interconnected with the equipment of other vendors.




Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter cannot be modified. Not involved Not involved The parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.









Not involved Not involved This parameter cannot be modified. Not involved Not involved This load EQ table must be already Not involved Not involved This load EQ table must be already Not involved Not involved This load EQ table must be already

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Service not interrupted, but CPU wil This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.

Not involved Not involved The line code should be consisten



Not involved Not involved The link selection mask should be pr Not involved Not involved The frame structure should be consis

Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The local IP address and the peer I Not involved Not involved This parameter cannot be modified.

Cell The services are interrupted until the The cell should be deactivated in ad Services that the SCTP link bears The services are interrupted until t The addresses of both ends of the S Services that the SCTP link bears The services are interrupted until t The addresses of both ends of the S Services that the SCTP link bears The services are interrupted until t The SCTP port number is the paramet

Not involved Not involved The parameter modification has no Services that the SCTP link bears The services are interrupted until t This parameter is based on actual n Services that the SCTP link bears The services are interrupted until t This parameter is based on actual n Services that the SCTP link bears The services are interrupted until t This parameter is based on actual n Not involved Not involved The parameter cannot be modified. Not involved Not involved The parameter cannot be modified.

Services carried on the E1/T1 link The loopback keeps interrupting the s Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.


Not involved Not involved This parameter cannot be modified. IP Path Less than 5 minutes The logic port must exist. Not involved Not involved This parameter cannot be modified. Not involved Not involved If a link is used, you cannot convert

Not involved Not involved Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. The SCTP link works as the server a The services are interrupted until t The parameter modification should b Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

LOCAL_LOOP, the services on this link may be interrupted until the link loopback is cancelled.If the uplink is beared by IMAGRP, the IMAGRP must be reset after the loopmode is cancelled. Otherwise,




Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.






Not involved Not involved The parameter modification has no Not involved Not involved For parameter modification, refer t

Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no



PPP link Interrupt the service until negotiate This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved For parameter modification, refer t Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved For parameter modification, refer t


PPP link Interrupt the service until negotiate This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved GPS record should be deleted befor



Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved Modifiying this parameter will affec Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter is used with the Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.




Not involved Not involved Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.




Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


The value of this parameter must fulfill the following condition: [PARA]McchAccessPeriodCoef[/PARA] > [PARA]McchRepPeriodCoef[/PARA].

The value of this parameter must fulfill the following condition: [PARA]McchModPeriodCoef[/PARA] > [PARA]DRXCycleLenCoef[/PARA] in [MML]ADD CNDOMAIN[/MML].

The value of this parameter must fulfill the following condition: [PARA]McchAccessPeriodCoef[/PARA] > [PARA]McchRepPeriodCoef[/PARA].










Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved In order to modify this paramet Not involved Not involved The parameter modification has no Cell The services are interrupted until the The cell should be deactivated in ad


Not involved Not involved If the RAN Sharing Support and M Not involved Not involved The parameter modification has no Port If the mode is not consistent, will int The value of this parameter should b Not involved Not involved None Not involved Not involved This parameter cannot be modified.

Services carried on the SCTP link The services are interrupted until t Not involved Not involved The modification of the timer invol Not involved Not involved The modification of the timer invol Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The IP address of the DHCP server

Not involved Not involved This parameter cannot be modified. Not involved Not involved Modifying this parameter does not a Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no

Not involved Not involved Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter supports only ASCII Not involved Not involved 1. Set this parameter to ON if you Not involved Not involved This parameter cannot be modified.


If the SCTP link is set to SERVER and the application type is NBAP, the working mode cannot be changed to CLIENT.For the SCTP link whose application type is M3UA, the working mode can be modified only when the upper-layer application is deleted.

1. When the parameter is set to OFF, the MR function is disabled.2. The modification of this parameter has no impact on the equipment.






Not involved Not involved The parameter cannot be modified.

Port If the mode is not consistent, will int The modification may affect the int

PPP link Interrupt the service until negotiate The negotiation will be successful o Not involved Not involved In order to modify this paramet Not involved Not involved For parameter modification, refer t





Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved The parameter modification has no The SCTP link works as the server a The services are interrupted until t The parameter modification should b Not involved Not involved If the transport type of the NodeB Not involved Not involved If the transport type of the NodeB Not involved Not involved The parameter modification has no Not involved Not involved The IP address of the NodeB cannot Not involved Not involved The IP address of the NodeB cannot Not involved Not involved When this parameter is modified, t Not involved Not involved When this parameter is modified, t


Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no



Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no RNC Less than 10 minutes After this parameter is modified, th Not involved Not involved The parameter modification has no


Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The modification of NMO is vali Not involved Not involved When the value of [PARA]CsNriC Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no



Not involved Not involved This parameter cannot be modified. Not involved Not involved Before modifying the NodeB to a ve Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no




Not involved Not involved This parameter cannot be modified. RNC The services are interrupted until the After modification, the RNC should


Not involved Not involved The parameter modification has no Not involved Not involved When the value of [PARA]CsNri


Not involved Not involved The negotiation will be successful o Not involved Not involved The priority of the corresponding ser Not involved Not involved The priority of the corresponding ser Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no

Not involved Not involved Not involved Not involved The parameter modification has no Not involved Not involved The settings of the local end and the Not involved Not involved The parameter modification has no Not involved Service not interrupted, but CPU wil This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter is modified accordin Not involved Not involved The parameter modification has no



Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Service not interrupted, but CPU wil This parameter cannot be modified. Not involved Not involved The parameter modification has no





Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The local IP address and the peer I Not involved Not involved This parameter cannot be modified. Services that the SCTP link bears The services are interrupted until t The addresses of both ends of the S Services that the SCTP link bears The services are interrupted until t The addresses of both ends of the S


Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Services that the SCTP link bears The services are interrupted until t The SCTP port number is the paramet Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved When the network is in poor running s









PPP link Interrupt the service until negotiate Modify this parameter will cause fail Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Port The time between deactivate and acti This parameter cannot be modified. Port The time between deactivate and acti This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This IP path must be already config Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Port The time between deactivate and acti This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


Not involved Not involved Modifying this parameter does not a Not involved Not involved The parameter modification has no Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter cannot be modified. Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The IP address of the DHCP server Not involved Not involved This parameter cannot be modified.


Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter can be added or mod Not involved Not involved This parameter cannot be modified.

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.


Not involved Not involved Modifying this parameter may affect Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


All the switches have multiple choices. SELECT ALL means turning on all the switches; CLEAR ALL means turning off all the switches; GRAYED ALL means keeping the original states of all the switches. If the SYS_INFO_UPDATE_FOR_IU_RST switch is turned off, the BARRED_CELL_FOR_CSDOMAIN_RST switch is invalid.The parameter modification has no impact on the equipment.When the parameter RNCAP_IMSI_HO_SWITCH is set to 1, the SNA_RESTRICTION_SWITCH check box under the Handover algorithm switch parameter in the MML command SET CORRMALGOSWITCH cannot be selected at the same time.

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved The parameter modification has no Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec

Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec


Not involved Not involved The parameter modification has no Not involved Not involved The settings of PsInfoUpdFlag i Not involved Not involved The settings of PsInfoUpdTmr is Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved Not involved Not involved The settings of PSNRILength is Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec

equipment.When [PARA]CNProtclVer[/PARA] in

Not involved Not involved Modifiying this parameter will affec

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The first byte in the IP address of Not involved Not involved The first byte in the IP address of Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.


Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The priority of the corresponding ser Not involved Not involved The priority of the corresponding ser Not involved Not involved The priority of the corresponding ser Not involved Not involved The priority of the corresponding ser Not involved Not involved The priority of the corresponding ser Not involved Not involved When this parameter is set to CS1, t

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The value of RafcTmr can be negot Not involved Not involved If the RAN Sharing Support and M Not involved Not involved The parameter modification has no Not involved Not involved The value of RatcTmr can be negot

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The retransmit mechanism is used i Not involved Not involved The retransmit mechanism is used i Not involved Not involved The retransmit mechanism is used i Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no




Not involved Not involved The parameter modification has no RNC Less than 5 minutes When you set the clock source for t RNC Not involved When you set the clock source for t RNC Less than 5 minutes This parameter cannot be modified. RNC Less than 5 minutes This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The modification of the timer invol Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The modification of the timer invol






Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The modification of the timer invol

Not involved Not involved The negotiation will be successful o Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no AAL2 Path Less than 5 minutes The parameter modification has no AAL2 Path Less than 5 minutes The resource group must exist. IP Path Less than 5 minutes The resource group must exist. Not involved Not involved The parameter modification has no



Not involved Not involved Modifying this parameter may affect

Not involved Not involved This parameter cannot be modified. Not involved Not involved After modification, the RNC should b Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Change this parameter will impact th

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Change this parameter will impact th Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Change this parameter will impact th

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Change this parameter will impact th

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Change this parameter will impact th Not involved Not involved The parameter modification has no Not involved Not involved Change this parameter will impact th Not involved Not involved The parameter modification has no Not involved Not involved Change this parameter will impact th Not involved Not involved The parameter modification has no Not involved Not involved Change this parameter will impact th Not involved Not involved The parameter modification has no Not involved Not involved Change this parameter will impact th Not involved Not involved The parameter modification has no Not involved Not involved Change this parameter will impact th Not involved Not involved The parameter modification has no Port If the mode is not consistent, will int The value of this parameter should b

RNC The services are interrupted until th The negotiation with the peer end is Not involved Not involved The modification of RTCPBWRatio Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The modification of RTCPSwitch Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no




Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved Related traffic record indexes must


Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.


NodeB Less than 5 minutes For the Iub adjacent node, the SAAL Not involved Not involved This parameter cannot be modified. RNC Not involved The parameter modification has no

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved [MML]SET MRSCOPECTRL[/MML] is run


Not involved Not involved The scramble switch should be consi

Not involved Not involved This parameter cannot be modified. RNC Interrupt the service until the parame Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The negotiation will be successful o




day. Therefore, you must abide this specification to ensure the setting is



Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.


Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The source IP address must be one Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no RNC Less than 10 minutes After this parameter is modified, th RNC Interrupt the service until the parame The parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved None RNC Interrupt the service until the parame The parameter cannot be modified.

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Services carried on PVC Not involved This parameter cannot be modified. Not involved Service not interrupted, but CPU wil This parameter cannot be modified. Not involved Not involved When the loopback type is change Not involved Not involved The standby port does not support t

Not involved Not involved This parameter cannot be modified. Not involved Not involved The priority of the corresponding ser Not involved Not involved If a link is used, you cannot convert

Not involved Not involved This parameter cannot be modified. RNC Inhibition period of the board Only the active board can be logicall Not involved Not involved This parameter cannot be modified.



Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.



RNC The services are interrupted until the After modification, the RNC should RNC The services are interrupted until the After modification, the RNC should RNC The services are interrupted until the After modification, the RNC should Not involved Not involved The parameter modification has no

RNC Less than 10 minutes After this parameter is modified, th Not involved Not involved This parameter must be consistent w Not involved Not involved The parameter modification has no





Not involved Not involved The parameter modification has no Not involved Not involved Before enabling load sharing, y Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Modifiying this parameter will affec Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved This parameter cannot be modified. Not involved Not involved One clock source can only with one p Not involved Not involved None


Not involved Not involved This parameter cannot be modified. Not involved Not involved One clock source can only with one Not involved Not involved This parameter cannot be modified. Not involved Not involved For parameter modification, refer t



Not involved Not involved This parameter cannot be modified. RNC Less than 5 minutes None Not involved Not involved None Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. RNC Less than 5 minutes If the interface board clock source Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.





Not involved Not involved This parameter cannot be modified. RNC Interrupt the service until the parame The parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved For parameter modification, refer t RNC Less than 10 minutes After this parameter is modified, th Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no




Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no RNC Not involved None Not involved Not involved Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. RNC Interrupt the service until the parame The parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The modification of Switch3GPP2 Not involved Not involved This parameter is based on actual n Not involved Not involved This parameter is based on actual n Not involved Not involved Change this parameter will impact th Not involved Not involved Change this parameter will impact th

CR528_NOT_SUPPORT; when [PARA]CNProtclVer[/PARA] in

Not involved Not involved Change this parameter will impact th Not involved Not involved Change this parameter will impact th Not involved Not involved Change this parameter will impact th Not involved Not involved Change this parameter will impact th Not involved Not involved Change this parameter will impact th Not involved Not involved Change this parameter will impact th Not involved Not involved Change this parameter will impact th Not involved Not involved Change this parameter will impact th RNC Interrupt the service until the parame The parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved None Not involved Not involved None Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved None Not involved Not involved None Not involved Not involved The parameter modification has no Not involved Not involved None Not involved Not involved The parameter modification has no RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved T302 broadcast in the SIB1 = Round Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The time value of T314 and T315 sh Not involved Not involved The time value of T314 and T315 sh Not involved Not involved The parameter modification has no Not involved Not involved The modification of T3212 is va Not involved Not involved The parameter modification has no RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no Not involved Not involved The parameter modification has no



Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved None Not involved Not involved None Not involved Not involved None








Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. AAL2 Path Less than 5 minutes The parameter modification has no Not involved Not involved The parameter modification has no



Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This TRMMAP must be already conf Not involved Not involved This TRMMAP must be already conf Not involved Not involved This TRMMAP must be already conf RNC Not involved The parameter modification has no RNC Not involved The parameter modification has no NodeB The services are interrupted until the Before modifying this parameter, dea Not involved Not involved Set TnlBearerType according to the Not involved Not involved Set TnlBearerType according to the RNC Interrupt the service until the parame The parameter cannot be modified.






Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.


Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no


Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved When this parameter is modified, t Not involved Not involved When this parameter is modified, t Not involved Not involved When this parameter is modified, t Not involved Not involved This parameter cannot be modified. Cell Less than 5 minutes The loopback test may interrupt the s Not involved Not involved When the BT is AEUa and the L

Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Subsystem Less than 10 minutes This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. ETHPORT/VP/LGCPORT etc. If the mode is not set back, will inter This parameter cannot be modified.



Cell The services are interrupted until the The cell should be deactivated in ad Not involved Not involved The modification of the timer invol Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no








Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved This parameter cannot be modified.

Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified. Not involved Not involved This parameter cannot be modified.






Not involved Not involved The parameter modification has no Not involved Not involved When this parameter is modified, t Not involved Not involved The parameter modification has no Not involved Not involved When this parameter is modified, t Not involved Not involved When this parameter is modified, t

Not involved Not involved The parameter modification has no Not involved Not involved When this parameter is modified, t Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no

Not involved Not involved The parameter modification has no Not involved Not involved When this parameter is modified, t Not involved Not involved This parameter cannot be modified. AAL2 Path Less than 5 minutes The configuration data must be consi Not involved Not involved This parameter cannot be modified.

Services that the SCTP link bears The services are interrupted until t This parameter is based on actual n

Not involved Not involved If the setting is incorrect, the desti Not involved Not involved Modify the relationship between V Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifying this parameter may affect Not involved Not involved Modifiying this parameter will affec Not involved Not involved Modifiying this parameter will affec Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved None Not involved Not involved This parameter cannot be modified. AAL2 Path Less than 5 minutes The configuration data must be consi

Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no Not involved Not involved None

Not involved Not involved The parameter modification has no Not involved Not involved For parameter modification, refer t

Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved To convert a link from E1 to T1 or Not involved Not involved This parameter cannot be modified. Not involved Not involved The parameter modification has no Not involved Not involved The parameter modification has no RNC Interrupt the service until the parame The parameter cannot be modified.

Access Attribute Introduced in Version

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Read & Write Transport RAN11.0Read & Write Transport Versions earlier than RAN11.0Read & Write Transport RAN11.0Read & Write Transport Versions earlier than RAN11.0Read & Write Transport RAN11.0Read & Write Transport Versions earlier than RAN11.0Read & Write Transport RAN11.0Read & Write Transport RAN11.0Read & Write Radio Versions earlier than RAN11.0Read & Write Radio Versions earlier than RAN11.0Read & Write Equipment RAN11.0Read & Write Equipment RAN11.0Read & Write Equipment RAN11.0Read & Write Equipment RAN11.0Read & Write Equipment RAN11.0Read & Write Equipment RAN11.0Read & Write Transport Versions earlier than RAN11.0Read & Write Transport RAN11.0

Read & Write Radio RAN11.0Read & Write Radio Versions earlier than RAN11.0Read & Write Radio Versions earlier than RAN11.0Read & Write Radio Versions earlier than RAN11.0Read & Write Radio Versions earlier than RAN11.0Read & Write Radio Versions earlier than RAN11.0Read & Write Radio Versions earlier than RAN11.0Read & Write Equipment RAN11.0


Read & Write Transport Versions earlier than RAN11.0Read & Write Equipment Versions earlier than RAN11.0Read & Write Transport Versions earlier than RAN11.0Read & Write Transport Versions earlier than RAN11.0Read & Write Radio Versions earlier than RAN11.0Read & Write Radio RAN11.0Read & Write Equipment Versions earlier than RAN11.0

huawei-bsc6810-parameter reference

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