This provides examples of BSC global data when the BM and TC are configured in different subracks and the built-in PCU is used.
BSC global data is determined during network planning. It provides a basis for the configuration of all the other data. After the BSC global data takes effect, do not modify it unless the network is planned again.
BSC global data includes BSC attributes, SS7 signaling points, and the mapping between the GMPS and the signaling point.
Parameter |
Parameter to Be Configured |
Example |
Source |
---|---|---|---|
Basic Data |
BSC Name |
BSC001 |
Network planning |
Country Code |
86 |
Network planning |
|
City Code |
021 |
Network planning |
|
MCC |
460 |
Network planning |
|
MNC |
10 |
Network planning |
|
A Interface Tag |
GSM_PHASE_2+ |
Network planning |
|
Um Interface Tag |
GSM_PHASE_2+ |
Network planning |
|
Abis Interface Tag |
GSM_PHASE_2+ |
Network planning |
|
NTP Server |
10.161.72.251 |
Negotiation with the M2000 |
|
BSC Subrack Combination Type |
BM/TC separate |
Network planning |
|
PCUType |
Inner |
Network planning |
Parameter |
Parameter to Be Configured |
Example |
Source |
---|---|---|---|
OPC |
OPC Name |
BSC001 |
BSC internal planning |
OPC (Hex) |
B1 |
Network planning |
|
Encoding Scheme |
14 |
Network planning |
|
Network Indicator |
NATB |
Network planning |
|
DPC |
DPC Name |
MSC001 |
BSC internal planning |
DPC(Hex) |
D1 |
Network planning |
If there is no direct physical link between the original signaling point and the destination signaling point, you need to configure STPs. In this case, you have to set Using STP to Yes. For the examples of the data negotiated and planned for configuring the STP, see Table 3.