Power Control Messages per Cell

Description

Power control refers to changing the transmission power of the MS or the BTS. The purpose of power control is to reduce the interference, raise the spectrum usage, and prolong the lifespan of the MS battery.

The factors that influence power control are the receive level and quality of received signals in the MRs. If the quality of both the receive level and the received signals are good, you can reduce the interference by lowering the transmission power at the peer end.

Power Control Messages per Cell refers to the measurement of the transmission power and the receive level between the BTS and the MS.

Measurement Object

CELL

Measurement Counter

The following counter lists the measurement counters related to Power Control Messages per Cell.

Counter

Refer to Section...

S3230A:CELL_MS_PWR_INCREASE_CMD_TIMES

Number of Power Control Increase Messages Sent to MS

S3230B:CELL_MS_PWR_DECREASE_CMD_TIMES

Number of Power Control Decrease Messages Sent to MS

S3231A:CELL_BTS_PWR_INCREASE_CMD_TIMES

Number of Power Control Increase Messages Sent to BTS

S3231B:CELL_BTS_PWR_DECREASE_CMD_TIMES

Number of Power Control Decrease Messages Sent to BTS

S3240:CELL_MS_PWR_LEV

MS Power Rank

S3241:CELL_BTS_PWR_LEV

BTS Power Rank

S327A:CELL_TIME_WHEN_MAX_UP_PWR

Number of Times (Maximum Uplink Transmit Power)

S327B:CELL_TIME_WHEN_MAX_DOWN_PWR

Number of Times (Maximum Downlink Transmit Power)

AS3240:CELL_MS_PWR_LEV_AVR

The Average Power Level of MS

AS3241:CELL_BTS_PWR_LEV_AVR

The Average Power Level of BTS

S325B:CELL_DL_SIG_STRENGTH

Strength of Downlink Signals

S325A:CELL_UL_SIG_STRENGTH

Strength of Uplink Signals

AS325B:CELL_DL_SIG_STRENGTH_AVR

Mean Strength of Downlink Signals

AS325A:CELL_UL_SIG_STRENGTH_AVR

Mean Strength of Uplink Signals

S326B:CELL_DL_SIG_QLTY

Quality of Downlink Signals

S326A:CELL_UL_SIG_QLTY

Quality of Uplink Signals

AS326B:CELL_DL_SIG_QLTY_AVR

Mean Quality of Downlink Signals

AS326A:CELL_UL_SIG_QLTY_AVR

Mean Quality of Uplink Signals

TS327B:CELL_REALTIME_WHEN_MAX_DOWN_PWR

Duration of Maximum Downlink Power

TS327A:CELL_REALTIME_WHEN_MAX_UP_PWR

Duration of Maximum Uplink Power

RS327B:CELL_TIME_WHEN_MAX_DOWN_PWR_AVR

Ratio of Maximum Downlink Power Duration (%)

RS327A:CELL_TIME_WHEN_MAX_UP_PWR_AVR

Ratio of Maximum Uplink Power Duration (%)

S3280:CELL_MS_BTS_DIST

Distance Between MS and BTS

S3281:CELL_MAX_MS_BTS_DIST

Maximum Distance Between MS and BTS

S329:CELL_PWR_CTRL_MR_NUM

Number of Power Control Messages

AS3280:CELL_MS_BTS_DIST_AVR

Mean Distance Between MS and BTS

S3291B: CELL_BTS_POWER_MR_NUM

Total Number of Non-AMR Measurement Reports with BTS Power Level

S3290B: CELL_MS_POWER_MR_NUM

Total Number of Non-AMR Measurement Reports with MS Power Level

S3240A: CELL_AMR_MS_PWR_LEV

MS Power Level of AMR Call

S3241A: CELL_AMR_BTS_PWR_LEV

BTS Power Level of AMR Call

S3291A: CELL_MR_AMR_BTS_POWER_NUM

Total Number of Measurement Reports for AMR with BTS Power Level

S3290A: CELL_MR_AMR_MS_POWER_NUM

Total Number of Measurement Reports for AMR with MS Power Level

AS3240A: CELL_AMR_MS_PWR_LEV_AVE

Average MS Power Level of AMR Call

AS3241A: CELL_AMR_BTS_PWR_LEV_AVE

Average BTS Power Level of AMR Call

S3240NA: CELL_NONAMR_MS_PWR_LEV

The MS Power Level of Non-AMR Call

S3241NA: CELL_NONAMR_BTS_PWR_LEV

The BTS Power Level of Non-AMR Call

AS3240NA: CELL_NONAMR_MS_PWR_LEV_AVE

The Average MS Power Level of Non-AMR Call

AS3241NA: CELL_NONAMR_BTS_PWR_LEV_AVE

The Average BTS Power Level of Non-AMR Call


Huawei Proprietary and Confidential
Copyright © Huawei Technologies Co., Ltd.