1. The BSC must communicate properly with the BTS.
2. The target BTS must be configured, and the TRX must be in active state.
| ID | Name | Description |
|---|---|---|
| OBJECTTYPE | Object type | Meaning: object type Value range: BYCELL, BYTRX Explanation: This parameter specifies whether to stop the timeslot test on a cell or on a TRX. Default value: None |
| IDXTYPE | Index type | Meaning: how to specify a cell Value range: BYNAME(By Name), BYIDX(By Index) Explanation: This parameter specifies whether to specify a cell by its name or index. Default value: None |
| CELLIDX | Cell index | Meaning: cell index Value range: 0-2047 Explanation: This parameter specifies the index to a cell to which the TRX belongs. The index is unique in a BSC. Default value: None |
| CELLNAME | Cell name | Meaning: cell name Value range: 1-32 characters Explanation: This parameter specifies the name of a cell. Each BTS is named uniquely in a BSC. Default value: None |
| TRXNO | TRX No. | Meaning: TRX number Value range: 0-71 Explanation: This parameter specifies the number of a TRX. Default value: None |
1. Stop the test on the idle timeslots of the TRX (Object type = BYCELL; Index type = BYIDX(By Index); Cell index = 0): STP TRXBURSTTST: OBJECTTYPE=BYCELL, IDXTYPE=BYIDX, CELLIDX=0; 2. Stop the TRX idle timeslot test (Object type = BYTRX; Index type = BYIDX(By Index); Cell index = 0; TRX No. = 0): STP TRXBURSTTST: OBJECTTYPE=BYTRX, IDXTYPE=BYIDX, CELLIDX=0, TRXNO=0;