ZS4180SB:BSCRPT_FR_DOWN_RX_QLTY_0_AVR
ZS4181SB:BSCRPT_FR_DOWN_RX_QLTY_1_AVR
ZS4182SB:BSCRPT_FR_DOWN_RX_QLTY_2_AVR
ZS4183SB:BSCRPT_FR_DOWN_RX_QLTY_3_AVR
ZS4184SB:BSCRPT_FR_DOWN_RX_QLTY_4_AVR
ZS4185SB:BSCRPT_FR_DOWN_RX_QLTY_5_AVR
ZS4186SB:BSCRPT_FR_DOWN_RX_QLTY_6_AVR
ZS4187SB:BSCRPT_FR_DOWN_RX_QLTY_7_AVR
The receive quality ranges from class 0 to class 7. Each class corresponds to a bit error rate range. This measurement provides the number of MRs with the receive quality on uplink TCHF belonging to certain class in all cells controlled by a BSC. Higher class suggests higher bit error rate and worse receive quality.
Integer number or integer.
The value of this counter is calculated according to the following formula.
Number of MRs on Downlink TCHF (Mean Receive Quality Rank N) per BSC =
[Number of MRs on Downlink TCHF (Receive Level Rank 0 and Receive Quality Rank N) per BSC] +
[Number of MRs on Downlink TCHF (Receive Level Rank 1 and Receive Quality Rank N) per BSC] +
[Number of MRs on Downlink TCHF (Receive Level Rank 2 and Receive Quality Rank N) per BSC] +
[Number of MRs on Downlink TCHF (Receive Level Rank 3 and Receive Quality Rank N) per BSC] +
[Number of MRs on Downlink TCHF (Receive Level Rank 4 and Receive Quality Rank N) per BSC] +
[Number of MRs on Downlink TCHF (Receive Level Rank 5 and Receive Quality Rank N) per BSC] +
[Number of MRs on Downlink TCHF (Receive Level Rank 6 and Receive Quality Rank N) per BSC] +
[Number of MRs on Downlink TCHF (Receive Level Rank 7 and Receive Quality Rank N) per BSC]