integration 2g bts using netact_rnw

8/2/2019 Integration 2G BTS Using NetAct_RNW

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1 © NOKIA Integration 2G BTS Using Nokia NetAct.PPT / 28-02-2005 / Henny Company Confidential

INTEGRATION 2G BTS USING NOKIA

NETACT

By

Gohar Hameed Khan

[email protected]




Roll-Out Procedure

Installation

Commissioning

Integration

• the network elements areconfigured

• tested as stand-alone entities

• configure interconnection betweennetwork elements

• customising the radio networkparameters

• ready for commercial use• ready for calls (circuit and packet

switched)

• physical installation of antennas,racks, subracks

• Power connections




Integration Process

Preparation for BTS site database (Creation)

Checking and Activation of Transmission Link

Unlocking The Site

Test Call

Checking Alarm

Locking The Site and Waiting for ATP




Prerequisites

Ensure that the following tasks have been completed:

• The BTS site and transmission commissioning tasks have been completedbefore the BTS software is activated.

• The BSC that the BTS is connected to is integrated with the NetAct.

• The ET (Exchange Terminal) for the BTS site(s) is installed and configured

in the BSC.

• The BSC ET is in working state.

• The correct BTS software package is available either in the BSC or NetAct.

• If GPRS functionality is included, the software package must includesupport for GPRS.

• The name and identification numbers of the transmission objects areavailable.

• MSC parameters have been created.




Parameter Required

ü Parameter Entry Sheet (PES) for BTS new sites from Radio NetworkPlanning Engineer.

ü Parameter of A-bis Allocation Time Slot (LAPD-Link) and ET fromTransmission Planning Engineer.

ü BSC Transmission Capacity from Transmission Planning Engineer.




Preparation for BTS Site Database

(Creation)




Preparation for BTS Site Database(Creation)

Start

Create LAPD linksMML Command Session

Create BCFRadio Network Manager

Create BTSRadio Network Manager

Create HOC and POCRadio Network Manager

Continue…




Continue…

Create TRX(s)Radio Network Manager

Create ADCERadio Network Manager

Create ViewsNetwork Editor

End




Create LAPD Links

• The D-channels on Abis interface are the O & M signalling link (OMU link,OMUSIG) and the telecom signalling link (TRX link, TRXSIG).

• Check the BCSU for signaling capacity then find a suitable BCSU in thecorresponding BSC with signaling capacity available for the new link.

MML command for checking : ZEEI::BCSU;Example : Checking BCSU at BSC Baturaden

Z EEI::BCSU:;

DX 200 BATURADEN 2005-01-26 13:13:39

NUMBER OF CREATED TRXS, LINKS AND REAL TCHS UNDER BCSUS:

D-CHANNEL D-CHANNEL REALUNIT TRXS TELECOM LINKS O&M LINKS TCHS======== ====== ============= ========= ======BCSU-3 57 57 6 465BCSU-1 51 51 5 565BCSU-2 51 51 12 438BCSU-4 55 55 5 495

BCSU-5 55 55 5 507BCSU-0 51 51 5 439======== ====== ======TOTAL 320 2909

HARDWARE SUPPORTED MAXIMUM TRX CAPACITY : 660HW AND SW SUPPORTED MAXIMUM TRX CAPACITY: 660

COMMAND EXECUTED




Create LAPD Links

Create LAPD Link Using MML CommandZDSE:<D-channel link set name>:<unit type>,<unit index>:<service access pointidentifier>,<terminal end point identifier>:<bit rate>,<PCM-TSL of D-channel>;

Naming convention for LAPD link name (D-Channel link set name) :

For O & M signaling link (OMU link,OMUSIG) : OM<BCFid>

For telecom signaling link (TRX link,TRXSIG):T<BCFid><TRXid>

Where : BCFid = BCF number in 3 digit decimal format,

TRXid = TRX number in 1 digit hexadecimal format,

Unit Type : BCSU

Unit Index : BCSU index for the new l ink created

Service Access Point Identifier (SAPI) : For OMUSIG, SAPI =62, For TRXSIG, SAPI =0

Terminal End Point Identifier (TEI) : For OMUSIG, TEI =1, For TRXSIG, TEI= 1-12 ß CORRESPOND WITH TRX NUMBER

Example : If the BCF id =1, and PCM/ET ID = 98, configuration 3/3/3 TRX

ZDSE:OM001:BCSU,1:62,1:16,98-31,0;

ZDSE:T0011:BCSU,1:0,1:32,98-25,0;ZDSE:T0012:BCSU,1:0,2:32,98-25,4;ZDSE:T0013:BCSU,1,0,3:32,98-26,0;ZDSE:T0015:BCSU,1,0,5:32,98-27,0;ZDSE:T0016:BCSU,1,0,6:32,98-27,4;ZDSE:T0017:BCSU,1,0,7:32,98-28,0;ZDSE:T0019:BCSU,1,0,9:32,98-29,0;ZDSE:T001A:BCSU,1,0,10:32,98-29,4;ZDSE:T001B:BCSU,1,0,11:32,98-30,0;




Create BCF

Creating a BCF is done by RNW Manager application.To create a BCF:

1. Open RNW Manager from Top Level User Interface ® Utils ® Network Configuration Mgmt ® RNW Manager

2. Expand the browser at the left until you see the BSC for this BCF

3. Highlight the BSC then press Select




Create BCF

4. On the menu, click Add Child ®

Child by Object Class and choose BCF then press OK5. Fill in the Objects info in the Objects folder: identification of the BCF (BCF number), Name, Address, Maintenance Region

and coordinate of the BCF.




Create BCF

6. Go to the General folder and choose the correct LAPD link, BCF type and other parameters




Create BCF

7. Fill in the necessary Outputs and Inputs (External Alarm) definition if needed.8. Once all parameters have been set, on the menu click File ® Send to Network to create the BCF in the

BSC.




CREATING EXTERNAL ALARM SYSTEMUSING MML

ZEFX:001:INBR=1:ROU=ACT,POL=OPEN,:SEV=AL1,TID=1,:;ZEFX:001:INBR=2:ROU=ACT,POL=OPEN,:SEV=AL3,TID=2,:;

ZEFX:001:INBR=3:ROU=ACT,POL=OPEN,:SEV=AL1,TID=3,:;



ZEFX:001:INBR=6:ROU=ACT,POL=OPEN,:SEV=AL2,TID=6,:;ZEFX:001:INBR=7:ROU=ACT,POL=OPEN,:SEV=AL1,TID=7,:;





ZEFX:001:INBR=14:ROU=NOT,POL=OPEN,:SEV=AL3,TID=14,:;



BCFid in 3 Digit




EXTERNAL ALARM

• External alarm defined for indosat network is described as below :




ss gnmen o x erna arm or ra eBTS

Low Volt Battery

Main (PLN OFF)

Spare

Arrester Fail

Outdoor Unit AC

AVR Automatic Bypass

Major Rectifier

Temperature

ATS Fail

Genset Run

Fire

Door

Alarm Description

Major12

Critical11

-10

Minor9

Major8

Minor7

Major6

Major5

Minor4

Minor3

Critical2

Critical1

SeverityAL No.

Remarks:1. Cable pair no 1 – 6 to be used for external control output2. For Eltek Rectifier, the assignment of Eltek’s alarms are matched with the following description

• Load Fuse trip à alarm no 7. AVR Automatic bypass• Rectifier/Module Fail à Major Rectifier• Battery fuse trip : not connected at the moment




Create BTSCreating a BTS is done by RNW Manager application.

To create a BTS:Open RNW Manager application if not opened yet from Top Level User Interface ® Utils ® Network Configuration Mgmt ® RNW Manager…

Expand the browser on the left for the destination BSC and the BCF where you need to create BTS to.

Highlight the BCF and press Select. Go to the Template and select the Template.

On the menu, click Add Child ® Child by Object Class then select BTS then press OK.




Create BTS5. Fill in the object information on the Objects folder: BTS id (number), Name, and Network Name.




Create BTS6. On the General folder, fill in the Cell id, MNC, MCC, LAC, RAC, NCC, BCC, Hopping Mode, GPRS parameters, Frequency Band in use and other

necessary parameters.




Create BTS7. On Additionals folder, Diversity used is chosen (“on”)




Create BTSOn Cell Access folder, fill in Rx Lev Access Min Rx Level and MS Tx Pwr Max CCH

The parameters at other folder (CCH & Interference, Quequeing & C2, etc) if necessary

Once all parameter is set, on the menu click Fi le ® Send to network to create the BTS.




Create HOC and POCCreating HOC and POC are done by RNW Manager application.

To create a BTS:Open RNW Manager application if not opened yet from Top Level User Interface ® Utils ® Network Configuration Mgmt ® RNW Manager…

Expand the browser on the left for the destination BSC-BCF-BTS where you need to create HOC to Highlight the BTS and press Select. Go to the Template andselect the Template.

Highlight the BTS and press Select. Go to the Template and select the Template.

On the menu, click Add Child ® Child by object class then select HOC then press OK.




Create HOC and POC

Fill in the object information on the Objects folder: HOC id (number).

Fill in also the necessary parameters in General, Averaging, etc folder.

Once all parameter is set, on the menu click Fi le ® Send to network to create the HOC.

Repeat the procedure from step 1-3 to create POC (but when click Add Child ® Child by object class then select POC then press OK. )




Create HOC and POC

Fill in the object information on the Objects folder: POC id (number).

Fill in also the necessary parameters in General, Averaging, etc folder.

Once all parameter is set, on the menu click Fi le ® Send to network to create the POC.




Create TRXTRX(s) is done by RNW Manager application.

To create a TRX:Open RNW Manager application if not opened yet from Top Level User Interface ® Utils ® Network Configuration Mgmt ® RNW Manager…

Expand the browser on the left for the destination BSC-BCF-BTS where you need to create HOC

Highlight the BTS and press Select.

On the menu, click Add Child ® Child by object class then select TRX then press OK.




Create TRX

5. Fill in the object information on the Objects folder: TRX id (number)




Create TRX

6. Fill in the General information: Initial Frequency, EDGE Availability, TSC (=BCC), GPRS Parameters, LAPD link and other required parameters.




Create TRX

Fill in the PCM-TSL and channel type in the Channels folder

Fill in also the necessary parameters in other folders

Once all parameter is set, on the menu click Fi le ® Send to network to create the TRX

Repeat the procedure from step 2-9 to create other TRXs.




Create ADCEADCE is done by RNW Manager application.

To create ADCE :Open RNW Manager application if not opened yet from Top Level User Interface ® Utils ® Network Configuration Mgmt ® RNW Manager…

Expand the browser on the left for the destination BSC-BCF-BTS where you need to create ADCE

Highlight the BTS and press Select.

On the browser, search the destination BTS by expanding the destination BSC-BCF until you see the target BTS

Highlight both source BTS and target BTS (Hint: press and hold CTRL button to select multiple objects)

On the menu, click Add Child ® Adjacent Cell if you need to create one-direction adjacency or select Multiple Adjacenct Cells for bi-directional adjacencies




Create ADCE7. If you only need to select one-directional adjacency, you can swap the source and target or create bi-directional adjacencies automatically

8. If you only choose to create one-direction adjacency, check and change the parameters before sending it to network by File ® Send to Network. Note:before sending to network, the Adjacency’s CI, LAC, BSIC and BCCH Frequency will be zero. It will be updated after sending to network.




Create ADCE

8. If you only choose to create one-direction adjacency, check and change the parameters before sending it to network by File ® Send to Network. Note:before sending to network, the Adjacency’s CI, LAC, BSIC and BCCH Frequency will be zero. It will be updated after sending tonetwork. Change anynecessary parameters at the folders




Create ADCE

9. When you create Multiple Adjacency (in step 6), the system will only ask for your confirmation to create multiple adjacenciesand then sendto network automatically. This will create incoming and outgoing adjacencies.




Checking and Activation

Transmission Link




Checking and Activation Transmission Link

Start

Checking ET (Exchange Terminal)MML Command Session

Activate the ETMML Command Session

Checking D-ChannelMML Command Session

Activate the D-ChannelMML Command Session

End




Checking ET (Exchange Terminal)

Checking the state of ET using MML command sessionZUSI: INTERROGATE UNIT STATE

USI:[<unit type> | ALL def], [<unit index>... |

<unit group>..., <unit index>... |<all> def]:

[<configuration> | <own side> def]:

[<name of remote station> | <all remote units within given type> def];

Example : Checking PCM/ET ID = 98

BASE STATION CONTROLLER HANDLING COMMAND <EE_>

< ZUSI:ET,61;

LOADING PROGRAM VERSION 19.10-1

EXECUTION STARTED

DX 200 BATURADEN 2005-02-28 15:55:58

WORKING STATE OF UNITS

UNIT PHYS STATE LOCATION INFO

ET-61 WO-EX 1A005-00 BCSU-0 -

TOTAL OF 1 UNITS

COMMAND EXECUTED




Activate The ET

Working State : SE - NH (Separate No Hardware) --> initial condition

SE - OU

TE - EX

WO – EX (Working Execute)

Activate the ET using MML command session

ZUSC: CHANGE UNIT STATE

USC:<unit type>, [<unit index> | <unit group>, <unit index> ]:

<working state>, [FCD | <controlled transition> def]:

[C= (<code load mode> | OPT def )| F= (<file load mode> | VIRT def) ]...;

Example : Activae PCM/ET ID = 98USC:ET,98 :WO,FCD;




Checking D-Channel

Checking the state D-Channel using MML command sessionThere are 2 command used :

DTI: INTERROGATE D-CHANNEL WORKING STATEUse this command to interrogate the working states of the D-channels in a D-channel link set.

DTI:[[NAME=<D-channel link set name> | <all> def] |

[NUMBER=<D-channel link set number> | <all> def]]:

[[<unit type> | <all> def], [<unit index> | <all> def]]:

[[SAPI=<service access point identifier> | <all> def] |

[PCM=<external PCM of D-channel> | <all> def]]:

[<D-channel working state> | <all> def];




Checking D-Channel

Example : Checking D-Channel at ET/PCM=61< ZDTI:::PCM=61;


DX 200 BATURADEN 2005-02-28 15:58:18

INTERROGATING D-CHANNEL WORKING STATE

INTERFACE EXT SUB WORKING

NAME NUM UNIT SIDE PCM-TSL-TSL SAPI STATE

----- --- ------ --------- ----------- ---- -------

OM001 15 BCSU-0 NETW 61-31-00 62 WO-EX

T0011 16 BCSU-0 NETW 61-25-00 0 WO-EX

T0012 17 BCSU-0 NETW 61-25-04 0 WO-EX

T0013 18 BCSU-0 NETW 61-26-00 0 WO-EX

T0014 19 BCSU-0 NETW 61-26-04 0 WO-EX

T0015 20 BCSU-0 NETW 61-27-00 0 WO-EX

T0016 21 BCSU-0 NETW 61-27-04 0 WO-EX

T0017 22 BCSU-0 NETW 61-28-00 0 WO-EX

T0018 23 BCSU-0 NETW 61-28-04 0 WO-EX

T0019 24 BCSU-0 NETW 61-29-00 0 WO-EX

T001A 25 BCSU-0 NETW 61-29-04 0 WO-EX

T001B 26 BCSU-0 NETW 61-30-00 0 WO-EX

T001C 27 BCSU-0 NETW 61-30-04 0 WO-EX

COMMAND EXECUTED




Checking D-Channel

ZDSB: INTERROGATE BASE STATION CONTROLLER D-CHANNELDATAUse this command to interrogate the data on the specified or all existing D-channels on the base station controller.

DSB:[[NAME=<D-channel link set names> | <all> def] |

[NUMBER=<D-channel link set numbers> | <all> def]]:

[[<unit type> | <all> def] | [<unit index> | <all> def]]:

[[<SAPI=<service access point identifier> | <all> def] |

[PCM=<external PCM of D-channel> | <all> def]];




Checking D-Channel

Example : Checking D-Channel at ET/PCM=98

< ZDSB:::PCM=61;


DX 200 BATURADEN 2005-02-28 15:59:58

INTERROGATING BASE STATION CONTROLLER D-CHANNEL DATA

EXT SUB TERM LOG LOG INT

NAME NUM SAPI TEI BR PCM-TSL-TSL C UNIT TERM FUNC UNIT TERM PCM-TSL

----- --- ---- --- -- ----------- - --------------- ---------- -------

OM001 15 62 1 16 61-31-0 BCSU-0 1 3 4160H 13 6-03

T0011 16 0 1 32 61-25-0 BCSU-0 2 3 4160H 14 64-03

T0012 17 0 2 32 61-25-4 BCSU-0 1 4 4160H 15 6-04

T0013 18 0 3 32 61-26-0 BCSU-0 2 4 4160H 16 64-04

T0014 19 0 4 32 61-26-4 BCSU-0 1 5 4160H 17 6-05

T0015 20 0 5 32 61-27-0 BCSU-0 2 5 4160H 18 64-05

T0016 21 0 6 32 61-27-4 BCSU-0 0 6 4160H 19 5-06

T0017 22 0 7 32 61-28-0 BCSU-0 1 6 4160H 20 6-06

T0018 23 0 8 32 61-28-4 BCSU-0 2 6 4160H 21 64-06

T0019 24 0 9 32 61-29-0 BCSU-0 0 7 4160H 22 5-07

T001A 25 0 10 32 61-29-4 BCSU-0 1 7 4160H 23 6-07

T001B 26 0 11 32 61-30-0 BCSU-0 2 7 4160H 24 64-07

T001C 27 0 12 32 61-30-4 BCSU-0 0 8 4160H 25 5-08

COMMAND EXECUTED




Activate The D-Channel

From the user's point of view, the D-channel has the following working states:· working, WO-EX

· blocked, BL-XX

* blocked by system, BL-SY

* blocked by user, BL-US

· activation denied, UA-AD.




Activate The D-Channel

Activate the D-Channel using MML command sessionZDTC: MODIFY D-CHANNEL WORKING STATE

Use this command to modify the working state of a D-channel in a D-channel link set.

DTC: <D-channel link set name>:

<D-channel state change>;

Example : Activate the D-channel for BCF id =1, and PCM/ET ID = 98 (created at slide# 10)

ZDTC:OM031;WO

ZDTC:T0311:WO;

ZDTC:T0312:WO;

ZDTC:T0313:WO;

ZDTC:T0315:WO;

ZDTC:T0316:WO;

ZDTC:T0317:WO;

ZDTC:T0319:WO;

ZDTC:T031A:WO;

ZDTC:T031B:WO;




UNLOCKING THE SITE




Unlocking The SiteTo unlock the site using RNW Manager:

1. Open RNW Manager application if not opened yet from Top Level User Interface ® Utils ® Network Configuration Mgmt ®RNW

Manager…

2. Expand the browser on the left for the destination BSC and the BCF which you want to unlock

3. Highlight the BCF then press Select

4. On the menu, click State ® Unlock




Unlocking The Site5. Select Unlock children also to unlock the BTSs and TRXs then select OK.




TEST CALL




TEST CALL

The purpose of test call is for ensuring that the BTS is ready for commercialused and capable of handling traffic.

During test call, coordinating with drive test team and BTS engineer, check theoccupied TRX and RTSL.

Check the status of occupied TRX and RTSL from MML Command session.

ZERO: OUTPUT TRANSCEIVER PARAMETERSERO :( BCF = <BCF identification> ... |

BTS = <BTS identification> ... |

NAME = <BTS name> ... |

SEG = <segment identification> <option> ... |

SEGNAME = <segment name> <option> ... ) ,

[ TRX = <transceiver identification> ... |

IFREQ = <TRX identification with frequency> ... ] ;




TEST CALL

Example :ZERO:BCF=1,;

DX 200 BATURADEN 2005-02-28 16:05:15

TRANSCEIVER DATA

ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-001 ADIPALA1

BTS-001 ADIPALA1 UNLOCKED WO

TRX-001 EDGE UNLOCKED WO

BCSU-0

TRA NORM HRS Y PREF N

GTRX N

FREQ 5 TSC 1 FRT 0 (REGULAR) LEV N (NOT USED)

BFREQ - BTSC - BFRT - BLEV -

DAL N (NOT USED) LEVD - 77 dBm

BDAL -

MA FREQUENCY LIST 32 SIGN 0




Test Call

D-CH TELECOM LINK SET 16 T0011

RTSL PCM-TSL SUB_TSL TYPE I.LEV ADM.STATE OP.STATE CH.STATUS

------------------------------------------------------------------------------

0 61- 1 0 TCHF 0 UNLOCKED WO FR

1 61- 1 1 TCHF 0 UNLOCKED WO ID







ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-001 ADIPALA1



BCSU-0


GTRX N




BDAL -

SIGN 0




Test Call



------------------------------------------------------------------------------

0 61 - MBCCH - UNLOCKED WO

1 61 - SDCCH - UNLOCKED WO







ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-001 ADIPALA1



BCSU-0


GTRX Y




BDAL -





Test Call



------------------------------------------------------------------------------







6 61- 6 2 TCHF 0 UNLOCKED WO GP


ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-001 ADIPALA1



BCSU-0


GTRX Y




BDAL -





Test Call



------------------------------------------------------------------------------









ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-002 ADIPALA2



BCSU-0


GTRX N




BDAL -

SIGN 0




Test Call



------------------------------------------------------------------------------




3 61- 9 3 TCHD 0 UNLOCKED WO ID ID

4 61- 10 0 TCHD 0 UNLOCKED WO FR




ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-002 ADIPALA2



BCSU-0


GTRX N




BDAL -





Test Call



------------------------------------------------------------------------------









ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-002 ADIPALA2



BCSU-0


GTRX Y




BDAL -





Test Call



------------------------------------------------------------------------------







6 61- 14 2 TCHD 0 UNLOCKED WO GP

7 61- 14 3 TCHD 0 UNLOCKED WO GP

ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-002 ADIPALA2



BCSU-0


GTRX Y




BDAL -





Test Call



------------------------------------------------------------------------------









ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-003 ADIPALA3



BCSU-0


GTRX N




BDAL -

SIGN 0




Test Call



------------------------------------------------------------------------------









ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-003 ADIPALA3



BCSU-0


GTRX N




BDAL -





Test Call

D-CH TELECOM LINK SET 25 T001A


------------------------------------------------------------------------------









ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-003 ADIPALA3



BCSU-0


GTRX Y




BDAL -





Test Call

D-CH TELECOM LINK SET 26 T001B


------------------------------------------------------------------------------









ADM.STATE OP.STATE

--------------------------------------

BCF-001 UNLOCKED WO

SEG-003 ADIPALA3



BCSU-0


GTRX Y




BDAL -




61 © NOKIA Integration 2G BTS Using Nokia NetAct.PPT / 28-02-2005 / Henny

Company Confidential

Test Call

D-CH TELECOM LINK SET 27 T001C


------------------------------------------------------------------------------









COMMAND EXECUTED





CHECKING ALARM





Checking Alarm

ZEOL: LIST ALARMS CURRENTLY ONWith the EOL command you print the BTS alarms that are currently on

EOL [ <BCF identification> ... | <all> def ] :

[[ NR = <BTS alarm number> | <all> def ] |

[ CLS = <alarm class> | <all> def ]] ;

Example : Check alarm currently on at BCF=01 at BSC Baturaden

ZEOL:1:;

TS ALARM LISTING

BATURADEN BCF-001 ENVIR 2005-02-23 00:13:04.31

*** ALARM

(10201) 7412 EXTERNAL AL 12

LOW VOLTAGE BATTERY

END OF BTS ALARM LISTING

COMMAND EXECUTED





Locking and Waiting for ATP

(Acceptance Test Protocol/Procedure)





Locking The Site and Wait for ATP

The purpose of Integration is for :

1. configuring interconnection between network elements

2. customising the radio network parameters

3. ready for commercial use

4. ready for calls (circuit and packet switched)

After integration process done successfully, then the site should be locked again (BCF-BTS-TRX’s) and waiting

for ATP (Acceptance Test Protocol/Procedure).





Locking The Site and Wait for ATPTo lock the site using RNW Manager:

1. Open RNW Manager application if not opened yet from Top Level User Interface ® Utils ® Network Configuration Mgmt ®RNW

Manager…

2. Expand the browser on the left for the destination BSC and the BCF which you want to lock

3. Highlight the BCF then press Select

4. On the menu, click State ® lock



67 © NOKIA I t ti 2G BTS U i N ki N tA t PPT / 28 02 2005 / H

Locking The Site and Wait for ATP5. Select lock children also to lock the BTSs and TRXs then select OK.

integration 2g bts using netact_rnw

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