A configuration command that modifies the basic parameter in other parameters of the cell. In this command, Cell Index or Cell Name uniquely identifies a cell.
1. For the BTS3002C, BTS3001C, BTS3001CP, BTS22C, and BTS20, the parameters "AMR voice quality report switch" and "Power boost before HO enabled or not" are set to NONE and cannot be changed.
2. The value of the parameter Diversity LNA Bypass Permitted can be changed only for BTS3002C.
ID | Name | Description |
---|---|---|
IDXTYPE | Index Type | Meaning:Index Type Value range:BYNAME(By Name),BYIDX(By Index) Explanation:Index Type. Default value:None |
CELLIDX | Cell Index | Meaning:Cell Index Value range:0~2047 Explanation: This parameter indicates the source cell index. The source cell index must be unique. Default value:None |
CELLNAME | Cell Name | Meaning:Cell Name Value range:1-32 characters Explanation: This parameter indicates the name of the source cell. The name of each cell under one BSC must be unique. Default value:None |
LOWNOISESWH | Diversity LNA Bypass Permitted | Meaning:Diversity LNA Bypass Permitted Value range:NO(NO),YES(YES) Explanation:This parameter specifies whether to permit the low noise amplifier (LNA) bypass. Default value:None |
RPTVOICE | AMR voice quality report switch | Meaning:AMR voice quality report switch Value range:NO(Not report),YES(Report),NONE(None) Explanation:This parameter specifies whether the BTS reports the voice quality index (VQI). If this parameter is set to YES(Report), the BTS reports the VQI. The BSC measures the traffic on a per VQI basis. There are 11 levels of speech quality. The speech quality improves increasingly with the level. The traffic related to the AMR and non-AMR is measured separately to monitor the speech quality. Default value:None |
HOPOWERBOOST | Power boost before HO enabled or not | Meaning:Power boost before HO enabled or not Value range:NO(Not StartUp),YES(StartUp),NONE(None) Explanation:If this parameter is set to StartUp, the BTS transmit power is adjusted to the maximum before the BSC sends a handover command to the MS. In addition, the BTS transmit power is not adjusted during the handover to ensure the success of the handover. When the receive level of an MS drops rapidly, a handover occurs. In this case, the BSC cannot adjust the transmit power of the MS and BTS in time. The MS may fail to receive the handover command, thus leading to the call drop. Default value:None |