appendix 18 data preparation gsm
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Parameter Name Value Example
BSC Name BSC001
Country Code 021
City Code 86
A Interface Tag
GSM_PHASE_2Plus
Um Interface Tag GSM_PHASE_2Plus
Abis Interface Tag GSM_PHASE_2Plus
Service mode SEPARATE
Parameter Name Value Example
Operator Type PRIM
Operator Index 0
Operator Name 46010
MCC 460
MNC 10
Parameter Name Value Example
OSP name BSC001
OSP index 0
Network ID NAT
OSP code bits BIT14
Signal point data format WNF
OSP code[Whole Number] H'B1
OSP code[Divided 11-22-33
Parameter Name Value Example
DSP name MSC001
DSP index 0
OSP index 0
Signal point data formatWNF
DSP code[Whole Number]
H'C1
DSP code[Divided Number]
8-8-8
DSP type IUCS
Signalling route mask B0000
Adjacent flag YES
STP function switch OFF
DSP bear type MTP3SS7 protocol type ITUT
Basic Information
OSP
DSP
Operator Information
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Parameter Name Value Example
Local entity type M3UA_ASP
Routing Context 0
Local entity name RNC
Destination entity typeM3UA_IPSP
Destination entity name MSC
Routing Context 0
M3UA Local and Destination
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Source Remark
Network planning
Network planning
Network planning
Negotiation with the peer
The value of this parameter
should be the same as thaton the MSC side.
Negotiation with the peer
Negotiation with the peer
Network planning
Source Remark
Network planning
Network planning
Network planning
Network planning
Network planning
Source Remark
Network planning
Internal planning
Network planning
Negotiation with the peer
Negotiation with the peer
Network planning
Network planning
Source Remark
Network planning
Internal planning
Internal planning
Negotiation with the peerGenerally, the default value
is used.
Negotiation with the peer
The value of this parameter
should be the same as that
on the peer side.
Negotiation with the peer
The value of this parameter
should be the same as that
on the peer side.Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Internal planning
Internal planning
Negotiation with the peer
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Source Remark
Negotiation with the peer
Negotiation with the peerRoute context of the local
entity
Network planning
Negotiation with the peerThe value of this parametershould be the same as that
on the peer side.
Network planning
Negotiation with the peerRoute context of the
destination entity
ntities
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Parameter Name Value Example
Is remote cabinet YES
Subrack No.
5
Subrack name TCS3
Connect power monitoring
boardNO
Subrack Type TCS
Work Mode GSM
Remote TC Central YES
Parameter Name Value Example
TimeZone GMT-0800
DaylightSave NO
Clock source priority 1
Clock source type LINE1_8KHZ
System clock working
mode
AUTO
Parameter Name Value Example
Work Mode NON-REVERTIVE
Frame Structure NOT-INDICATE-END
Line code B8ZSScramble Switch OFF
Parameter Name Value Example
Revertive type NON-REVERTIVE
K2 Mode NOT-INDICATE-END
SDSF Priority DISABLE
Backup mode MODE1
Parameter Name Value Example
TX frame length D128
IMA protocol version V1.1
PPP/MLPPP
Cabinet and Subrack
Time and Clock
Attributes of the E1/T1 li
IMA group
Attributes of the MSP
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Parameter Name Value Example
Local IP address 10.10.10.11
Subnet mask 255.255.255.255
Peer IP address 10.10.10.12
Bearing time slot TS1
Parameter Name Value Example
Board type. FG2a
Port type FE
Auto negotiation ENABLE
FE port rate 10M
Working mode 10M
MTU 1500
Physical layer flow control
switch
OFF
Flow control switch ONLocal IP address 11.11.11.12
Subnet mask 255.255.255.255
Trunk No. 1
Aggregation Mode STATIC_LACP
Trunk Link Slot No. 0
Trunk Link No. 0
Parameter Name Value Example
Scramble switch OFF
Optical interface standard SDH
J0 transmit type 16byte
J0 transmit value SBS 155
J0 expected incept type 16byte
J0 expected incept value SBS 155
J1 transmit type 16byte
J1 transmit value SBS 155
J1 expected incept type 16byte
J1 expected incept value SBS 155
J2 transmit value SBS 155
J2 expected incept value SBS 155
Ethernet port
Optical port
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Source Remark
Network planning
Internal planning
The number of the
EPS/TCS must match the
setting of the DIP switch on
the subrack.Internal planning
Internal planningThe power distribution box
is configured as required.
Internal planning
Network planning
Network planning
Source Remark
Network planning
Network planning
Network planning
Network planning
Network planning
Source Remark
Network planning
Network planning
Network planningNetwork planning
Source Remark
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Source Remark
Negotiation with the peer
Negotiation with the peer
k
The MSP attributes should
be negotiated when the
boards work in
active/standby mode.
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Source Remark
Network planning
Network planning
Network planning
Network planning
Source Remark
Network planning
Network planning
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peerNetwork planning
Network planning
Network planning
Network planning
Network planning
Network planning
Source Remark
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
When setting the RX and
TX bytes of J0 and J1, the
setting of the TX byte at the
local end must be the same
as the setting of the RX
byte at the peer end.
The data should be
negotiated only for the
IP address of the Ethernet
port.
Link aggregation mode
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Parameter Name Value Example
Timeslot Mask TS1
Parameter Name Value Example
BM/TC config flag CFGBM
Ater Mask TS1
Transmission Mode TRRS
Congestion Start Threshold 90
Congestion End Threshold 60
Window Size 16
Ater Signaling Link
Ater OML
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Source Remark
Network planning TS0 for system internal
Source Remark
Internal planning
Network planning
Network planning
Network planning
Network planning
Network planning
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Parameter Name Value Example
Operator Name ABC
MSC Available Capability
1800
MSC Administrable State
NORMAL
Timeslot Type ALLCIC
Start CIC 0
Parameter Name Value Example
Signalling link mask B1111
Emergency verification OFF
Signalling link set name NAME1
Signalling link code 0Link Bear type MTP2
Ater Mask TS1
Link rate type 64K
Satellite flag NO
Route priority 0
Signalling Route name MTPRT
Parameter Name Value Example
Signalling link mode SERVER
Application type M3UA
Local SCTP port No. 1024
Destination SCTP port No. 2048
First local IP address 11.11.11.11
Second local IP address 11.11.11.12
First destination IP address 11.11.11.111
Second destination IP
address11.11.11.112
Logic Port Flag NO
Calculate checksum when
send messageNO
Checksum arithmetic CRC32
Parameter Name Value Example
Signalling link mask B1111
Traffic mode_ _
Work mode M3UA_ASP
PENDING timer 5
IP
M3UA
TDM
SCTP link
MTP3 link
GSM CN node and E1/T
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M3UA Signalling link set
nameMSC
Route priority 1
M3UA route name MSC
Signaling link ID 1
Signaling link ID 1
Signalling link priority 1
Initial bearing traffic active
tagM3UA_MASTER_MOD
M3UA Signaling link name MSC
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Source Remark
Internal planning
Internal planning
This parameter needs to be
set when the MSC Pool
function is enabled.
Network planning
This parameter needs to be
set when the MSC Pool
function is enabled.
Network planning
Internal planning
Source Remark
Internal planning
Internal planning
Internal planning
Internal planningInternal planning
Internal planning
Internal planning
Network planning
Internal planning
Network planning
Source Remark
Internal planning
Internal planning
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Internal planning
Negotiation with the peer
Negotiation with the peer
Source Remark
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Internal planning
The value of this parameter
should be the same as that
on the MSC side.
1
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Negotiation with the peer
Network planning
Network planning
Internal planning
Internal planning
Internal planning
Network planning
Internal planning
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Parameter Name Value Example
PCU Type INNER
Operator Name OP1
SGSN Management Status ALLOW
Configure Capacity 1800
NSE Identifier 0
Subnet Protocol Type GB_OVER_FR
Subnetwork Configure
ModeSTATIC
Server IP 10.10.10.11
Server UDP Port 6215
RIM Support NO
PFC Support NO
PS Handover Support NO
Bearing Timeslot TS1
Frame Relay Protocol Type Q933
BC Identifier 0
The Identifier of Data Link
Connection0
PTP BVC Identifier 5
Cell Name CELL1
Parameter Name Value Example
PCU Type INNER
Operator Name OP1
SGSN Management Status ALLOW
Configure Capacity 1800
NSE Identifier 0
Subnet Protocol Type GB_OVER_FR
Subnetwork Configure
ModeSTATIC
Server IP 10.10.10.11
Server UDP Port 6215
RIM Support NO
PFC Support NO
PS Handover Support NO
Bearing Timeslot TS1
Frame Relay Protocol Type Q933
Gb over FR
Gb over IP
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Local IP Address 10.10.10.11
Local UDP Port No. 1214
Remote IP Address 10.10.10.12
Remote UDP Port No. 60000
Signalling Load Weight 100
User Data Load Weight 100
PTP BVC Identifier 5
Cell Name CELL1
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Source Remark
Network planning
Internal planning
Internal planning
This parameter needs to be
set when the SGSN Pool
function is enabled.
Internal planning
This parameter needs to be
set when the SGSN Pool
function is enabled.
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Source Remark
Network planning
Internal planning
Internal planning
This parameter needs to be
set when the SGSN Pool
function is enabled.
Internal planning
This parameter needs to be
set when the SGSN Pool
function is enabled.
Internal planning
Internal planning
Internal planning
Internal planning
Negotiation with the peer
The value of this parameter
should be negotiated with
the SGSN side. In addition,
the Gb IP port on theSGSN side must not be set
to 65535.
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
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Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
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Parameter Name Value Example
PCU Type OUTER
PCU Name PCU1
Start PCIC 0
Timeslot Type ALLCIC
Transmission Mode TRRS
Port No. 0
Timeslot No. 0
TEI 63
Congestion Start Threshold 60
Congestion End Threshold 60
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Source Remark
Network planning
Internal planning
Internal planning
Internal planning
Network planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
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Parameter Name Value Example
BTS Index 0
BTS Name BTS1
BTS Type BTS3012
Separate Mode UNSUPPORT
Service Type TDMFlex Abis Mode FIX_16K_ABIS
Abis by Pass Mode FALSE
Config Ring NO
Multiplexing Mode MODE4_1
Main Port No 0
Is Support SRAN Mode SUPPORT
Configure RFU by Slot NO
Work Mode E1
Parameter Name Value Example
Index Type BYIDBTS Name BTS1
BTS Index 0
Cabinet No. 0
Is Support SRAN Mode NOT_SUPPORT
Cabinet Type BTS3900_GSM
Parameter Name Value Example
Index Type BYNAME
BTS Name BTS1
BTS Index 0
Subrack No. 0Slot No. 0
Board Type MCD
Parameter Name Value Example
Index Type BYNAME
BTS Name BTS1
BTS Index 0
Board Type TRU
Subrack No. 1
Slot No. 0
Parameter Name Value Example
Index Type BYNAME
BTS Name BTS1
BTS Index 0
Chain No. 0
BTS data
Cabinet
BTS board
TRX board (3X series and double-transceive
TRX board (3900 series base s
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Topo Type CHAIN
Head Cabinet No. 0
Head Subrack No. 0
HEAD Slot No. 0
Head Port No. 0
Tail Cabinet No. 0
TAIL Subrack No. 0
TAIL Slot No. 0
Tail Port No. 0
Index Type BYNAME
BTS Name BTS1
BTS Index 0
Board Type DRRU
RXU Name RXU01
RXU Chain No. 0
RXU Board Position 1
RXU Board Type DRRU
DRRU Second Receive
ModeSGL_ANTENNA
DRFU Second Receive
Mode SGL_ANTENNAMRRU/GRRU Second
Receive ModeSGL_ANTENNA
MRFU/GRFU Second
Receive ModeSGL_ANTENNA
BTS3900E Second
Receive ModeSGL_ANTENNA
Parameter Name Value Example
Index Type BYNAME
BTS Name BTS1
BTS Index 0Subrack No. 1
Slot No. 0
Board Type DDPU
Down Link No. 1
Down TRX Subrack No. 1
Down TRX Slot No. 1
Down TRX Board Pass No. A
Parameter Name Value Example
Cell Name CELL_1
Cell Type GSM900MCC 460
MNC 10
Cell LAC 3
Cell CI 3
NCC 1
BCC 1
OSP Code 163
Antenna board
Cell Basic Information
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Main BCCH Frequency 12
SDCCHChannelNumber 1
Support GPRS NO
T3212 32
Parameter Name Value Example
Source Cell Name CELL_1
Neighbor 2G Cell Name CELL_2
Source Cell MCC 460
Source Cell MNC 10
Source Cell LAC 3
Source Cell CI 3
Neighbour Cell MCC 460
Neighbour Cell MNC 10
Neighbour Cell LAC 3
Neighbour Cell CI 3
Current HO CTRL
Algorithm in Source CellHOALGORITHM1
BCCH FD 0
NCC 0
Co-MSC NO
Parameter Name Value Example
Index Type BYNAME
BTS Name BTS1BTS Index 0
BTS In Port No 0
Dest Node Type 0
Subrack No. 0
Slot No. 0
Port No. 0
Dest Father BTS Index 0
Dest Father BTS Name BTS2
Dest Father BTS Port No. 0
Up DXX Index 0
Up DXX Port No. 0
Parameter Name Value Example
Subrack No. 0
Slot No. 0
Device IP Address Type LOGIC_IP
Transmission Data (IP over
Device IP address
Transmission Data (TDM/H
Neighboring Cell
BTS Connection
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IP address 11.11.11.11
Subnet mask 255.255.255.255
MTU 1696
Parameter Name Value ExampleSubrack No. 3
Slot No. 20
Port No. 0
IP address index 0
Local IP address 10.171.35.123
Subnet mask 255.255.255.0
Parameter Name Value Example
Subrack No. 3
Slot No. 20
Destination IP address 35.35.35.35Destination address mask 255.255.255.255
Forward route address 26.26.26.28
Priority HIGH
Route use description test
Parameter Name Value Example
Index Type BYNAME
BTS Name BTS1
Port No. 0
Physical IP 10.161.20.1
IP Mask 255.255.255.0
Parameter Name Value Example
Index Type BYNAME
BTS Name BTS1
BTS Communication Type PORTIP
BTS IP 10.161.20.1
BSC IP 2.3.4.5
Parameter Name Value Example
Index Type BYNAME
BTS Name BTS1BTS Index 0
Destination IP Address 1.1.1.0
Destination Address Mask 255.255.255.0
Route Priority OUTIF
Forward Route Address 26.26.26.28
Interface Type PPP
Outgoing Interface No. 0
IP Route of the BTS
Ethernet Port IP address of t
IP Route of the BSC
Port attributes of the BT
IP address of the BTS
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Parameter Name Value Example
BTS Interface Board Bar
Code 121021127226T8C007274
Parameter Name Value ExampleAdjacent Node ID 1
Adjacent Node Name BTS-1
Adjacent Node Type ABIS
Site Index 1
Parameter Name Value Example
Adjacent Node ID 0
IP path ID 1
Interface Type ABIS
IP path type EF
forward bandwidth 1000
backward bandwidth 1000
Parameter Name Value Example
Index Type BYNAME
BTS Name BTS1
BTS Index 0
BTS In Port No 0
Dest Node Type 0
Subrack No. 0
Slot No. 0
Port No. 0
Dest Father BTS Index 0
Dest Father BTS Name BTS2
Dest Father BTS Port No. 0
Up DXX Index 0
Up DXX Port No. 0
Parameter Name Value Example
Subrack No. 0
Slot No. 0
Board type PEUa
Logic function type Abis_IP
PPP link No. 0
E1T1 port No. 0
Bearing time slotTS1-1&TS2-1&TS3-1&TS4-
1
Borrow DevIP NO
Local IP address 2.2.2.2
Subnet mask 255.255.255.0
Peer IP address 2.2.2.3
BTS Equipment Serial Nu
Adjacent Node
IP path
Transmission Data (IP ove
BTS Connection
PPPLNK
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Parameter Name Value Example
Index Type BYID
BTS Name BTS1
BTS Index 8
PPP Link No. 0Port No. 0
Port Cabinet No. 0
Port Subrack No. 0
Port Slot No. 6
Bearing Time SlotTS1-1&TS2-1&TS3-1&TS4-
1
Local IP Address 2.2.2.3
Subnet Mask 255.255.255.0
Peer IP Address 2.2.2.2
Parameter Name Value Example
Subrack No. 0Slot No. 24
Board type PEUa
Logic function type Abis_IP
MPGRPN 0
MP type MCPPP
Borrow DevIP No
Local IP address 11.22.33.44
Subnet mask 255.255.255.0
Peer IP address 11.22.33.45
Parameter Name Value Example
Subrack No. 0Slot No. 24
Board type PEUa
MP Group No. 0
PPP sub-link No. 0
E1T1 port No. 0
Bearing time slotTS1-1&TS2-1&TS3-1&TS4-
1
Parameter Name Value Example
Index Type BYID
BTS Name BTS1
BTS Index 8MLPPP Group No. 0
Local IP Address 11.22.33.45
Subnet Mask 255.255.255.0
Peer IP Address 11.22.33.44
Parameter Name Value Example
BTSMPLNK
BTSPPPLNK
MPGRP
MPLNK
BTSMPGRP
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Index Type BYID
BTS Name BTS1
BTS Index 8
MLPPP Group No. 0
PPP Link No. 0
Port No. 0
Port Cabinet No. 0
Port Subrack No. 0
Port Slot No. 6
Bearing Time SlotTS1-1&TS2-1&TS3-1&TS4-
1
Parameter Name Value Example
BTS Interface Board Bar
Code 121021127226T8C007274
Parameter Name Value Example
IP path ID 1Interface Type ABIS
IP path type Qos
forward bandwidth 1000
backward bandwidth 1000
BTS Equipment Serial Nu
IP path
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Source Remark
Internal planning
Internal planning
Network planning
Network planning
Network planningNetwork planning
Network planning
Network planning
Network planning
Network planning
Network planning
Network planning
Negotiation with the peer
Source Remark
Internal planningInternal planning
Internal planning
Internal planning
Network planning
Network planning
Source Remark
Internal planning
Internal planning
Internal planning
Internal planningInternal planning
Internal planning
Source Remark
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Source Remark
Internal planning
Internal planning
Internal planning
Internal planning
r series base stations)
tations)
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Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Source Remark
Internal planning
Internal planning
Internal planningInternal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Source Remark
Network planning
Network planningNegotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Network planning
RXU Board
The value of this parameter
should be the same as that
on the MSC side.
If there are handovers
between the BSCs under
RXU Chain
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Internal planning
Network planning
Network planning
Negotiation with the peer
The location update period
on the MSC side should be
greater than that on the
BSC side.
Source Remark
Internal planning
Internal planning
Network planning
Network planning
Network planning
Network planning
Network planning
Network planning
Network planning
Network planning
Network planning
Negotiation with the peer
Negotiation with the peer
Negotiation with the peer
Source Remark
Internal planning
Internal planningInternal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Source Remark
Internal planning
Internal planning
Internal planning
E/GE)
LC)
If there are handovers
between the BSCs under
one MSC, the values of
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Network planning Device IP address of the
BSC board.
Network planning
Negotiation with the peer
Source RemarkInternal planning
Internal planning
Internal planning
Internal planningIP address index of the
BSC Ethernet port.
Network planning
Network planning
Source Remark
Internal planning
Internal planning
Network planning IP address of the BTSNetwork planning
Network planning Gateway of the BSC
Network planning
Internal planning
Source Remark
Internal planning
Internal planning
Internal planning
Network planning.
Network planning
Source Remark
Internal planning
Internal planning
Network planning
Network planning
Network planning
Source Remark
Internal planning
Internal planningInternal planning
Network planning BSC IP
Network planning
Network planning
Network planning Gateway of the BTS
Network planning
Internal planning
e BSC
S
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Source Remark
Internal planning
Source RemarkInternal planning
Internal planning
Internal planning
Internal planning
Source Remark
Internal planning
Network planning
Network planning
Network planning
Network planning
Network planning
Source Remark
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Source Remark
Internal planning
Internal planning
Internal planning
Network planning
Internal planning
Internal planning
Internal planning
Internal planning
Network planning
Network planning
Network planning
ber
E1)
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Source Remark
Internal planning
Internal planning
Internal planning
Internal planningInternal planning
Internal planning
Internal planning
Internal planning
Internal planning
Network planning
Network planning
Network planning
Source Remark
Internal planningInternal planning
Internal planning
Network planning
Internal planning
Internal planning
Internal planning
Network planning
Network planning
Network planning
Source Remark
Internal planningInternal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Source Remark
Internal planning
Internal planning
Internal planningInternal planning
Network planning
Network planning
Network planning
Source Remark
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146687277.xls.ms_office
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Internal planning
Source Remark
Internal planning
Source Remark
Network planningNetwork planning
Network planning
Network planning
Network planning
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