1. A BSC can be configured with up to 1024 local NSVLs.
2. The local NSVL must be configured on the GFGUG.
3. A local NSVL is uniquely identified in a BSC by the two parameters: IP Address and UDP Port No..
| ID | Name | Description |
|---|---|---|
| NSVLI | Local NSVL Identifier | Meaning:Local NSVL Identifier Value range:0~1023 Explanation: This parameter specifies the ID of an NSVL on the BSC side. This parameter uniquely identifies an NSVL. NSVL refers to network service virtual link. Default value:None |
| NSEI | NSE Identifier | Meaning:NSE Identifier Value range:0~65534 Explanation: This parameter specifies the NSE index. Default value:None |
| IP | IP Address | Meaning:IP Address Value range:0.0.0.0-255.255.255.255 Explanation: This parameter specifies the IP address of the GEPUG. The value of this parameter must be in dotted decimal format. Default value:None |
| UDPPN | UDP Port No. | Meaning:UDP Port No. Value range:1214~65000 Explanation: This parameter specifies the UDP port number. The setting of this parameter must be consistent with that on the SGSN side. Default value:None |
| SRN | Subrack No. | Meaning:Subrack No. Value range:0~11 Explanation: This parameter specifies the number of the subrack that holds the GFGUG. Default value:None |
| SN | Slot No. | Meaning:Slot No. Value range:0~27 Explanation: This parameter specifies the number of the slot in which the GFGUG is located. Default value:None |
| SIGLW | Signaling Load Weight | Meaning:Signaling Load Weight Value range:0~255 Explanation: This parameter specifies the load sharing of signaling data. In Gb Over IP mode, the load sharing of uplink signaling messages involves the selection of local and remote IP end points. The selection of local IP end points is not specified in the protocol. To simplify the selection, polling mechanism is used for all the available local signaling end points. Default value:None |
| SRVLW | Traffic Load Weight | Meaning:Traffic Load Weight Value range:0~255 Explanation: This parameter specifies the load sharing of the traffic data. The traffic load sharing involves the selection of local and remote IP end points. The selection of local IP end points uses the polling mechanism. The data weight ranges from 0 to 255. Default value:None |