RS4180A: TRX_FR_UL_RX_QLTY_0_RATIO
RS4181A: TRX_FR_UL_RX_QLTY_1_RATIO
RS4182A: TRX_FR_UL_RX_QLTY_2_RATIO
RS4183A: TRX_FR_UL_RX_QLTY_3_RATIO
RS4184A: TRX_FR_UL_RX_QLTY_4_RATIO
RS4185A: TRX_FR_UL_RX_QLTY_5_RATIO
RS4186A: TRX_FR_UL_RX_QLTY_6_RATIO
RS4187A: 4TRX_FR_UL_RX_QLTY_7_RATIO
RS4180B: TRX_FR_DL_RX_QLTY_0_RATIO
RS4181B: TRX_FR_DL_RX_QLTY_1_RATIO
RS4182B: TRX_FR_DL_RX_QLTY_2_RATIO
RS4183B: TRX_FR_DL_RX_QLTY_3_RATIO
RS4184B: TRX_FR_DL_RX_QLTY_4_RATIO
RS4185B: TRX_FR_DL_RX_QLTY_5_RATIO
RS4186B: TRX_FR_DL_RX_QLTY_6_RATIO
RS4187B: TRX_FR_DL_RX_QLTY_7_RATIO
RS4180C: TRX_HR_UL_RX_QLTY_0_RATIO
RS4181C: TRX_HR_UL_RX_QLTY_1_RATIO
RS4182C: TRX_HR_UL_RX_QLTY_2_RATIO
RS4183C: TRX_HR_UL_RX_QLTY_3_RATIO
RS4184C: TRX_HR_UL_RX_QLTY_4_RATIO
RS4185C: TRX_HR_UL_RX_QLTY_5_RATIO
RS4186C: TRX_HR_UL_RX_QLTY_6_RATIO
RS4187C: TRX_HR_UL_RX_QLTY_7_RATIO
RS4180D: TRX_HR_DL_RX_QLTY_0_RATIO
RS4181D: TRX_HR_DL_RX_QLTY_1_RATIO
RS4182D: TRX_HR_DL_RX_QLTY_2_RATIO
RS4183D: TRX_HR_DL_RX_QLTY_3_RATIO
RS4184D: TRX_HR_DL_RX_QLTY_4_RATIO
RS4185D: TRX_HR_DL_RX_QLTY_5_RATIO
RS4186D: TRX_HR_DL_RX_QLTY_6_RATIO
RS4187D: TRX_HR_DL_RX_QLTY_7_RATIO
The previous counters provide the number of MRs with the average uplink receive quality rank and downlink receive quality rank from 0 to 7 in TCHFs or TCHHs in a granularity period.
%.
At the end of the granularity period, this counter is calculated by using the following formula.
The N in the following formulas ranges from 1 to 7.
Ratio of MRs on Uplink TCHF (Receive Quality Rank N) =
[Number of MRs on Uplink TCHF (Mean Receive Quality Rank N)] x {100}/
([Number of MRs on Uplink TCHF (Mean Receive Quality Rank 0)] +
[Number of MRs on Uplink TCHF (Mean Receive Quality Rank 1)] +
[Number of MRs on Uplink TCHF (Mean Receive Quality Rank 2)] +
[Number of MRs on Uplink TCHF (Mean Receive Quality Rank 3)] +
[Number of MRs on Uplink TCHF (Mean Receive Quality Rank 4)] +
[Number of MRs on Uplink TCHF (Mean Receive Quality Rank 5)] +
[Number of MRs on Uplink TCHF (Mean Receive Quality Rank 6)] +
[Number of MRs on Uplink TCHF (Mean Receive Quality Rank 7)])
Ratio of MRs on Downlink TCHF (Receive Quality Rank N) =
[Number of MRs on Downlink TCHF (Mean Receive Quality Rank N)] x {100}/
([Number of MRs on Downlink TCHF (Mean Receive Quality Rank 0)] +
[Number of MRs on Downlink TCHF (Mean Receive Quality Rank 1)] +
[Number of MRs on Downlink TCHF (Mean Receive Quality Rank 2)] +
[Number of MRs on Downlink TCHF (Mean Receive Quality Rank 3)] +
[Number of MRs on Downlink TCHF (Mean Receive Quality Rank 4)] +
[Number of MRs on Downlink TCHF (Mean Receive Quality Rank 5)] +
[Number of MRs on Downlink TCHF (Mean Receive Quality Rank 6)] +
[Number of MRs on Downlink TCHF (Mean Receive Quality Rank 7)])
Ratio of MRs on Uplink TCHH (Receive Quality Rank N) =
[Number of MRs on Uplink TCHH (Mean Receive Quality Rank N)] x {100}/
([Number of MRs on Uplink TCHH (Mean Receive Quality Rank 0)] +
[Number of MRs on Uplink TCHH (Mean Receive Quality Rank 1)] +
[Number of MRs on Uplink TCHH (Mean Receive Quality Rank 2)] +
[Number of MRs on Uplink TCHH (Mean Receive Quality Rank 3)] +
[Number of MRs on Uplink TCHH (Mean Receive Quality Rank 4)] +
[Number of MRs on Uplink TCHH (Mean Receive Quality Rank 5)] +
[Number of MRs on Uplink TCHH (Mean Receive Quality Rank 6)] +
[Number of MRs on Uplink TCHH (Mean Receive Quality Rank 7)])
Ratio of MRs on Downlink TCHH (Receive Quality Rank N) =
[Number of MRs on Downlink TCHH (Mean Receive Quality Rank N)] x {100}/
([Number of MRs on Downlink TCHH (Mean Receive Quality Rank 0)] +
[Number of MRs on Downlink TCHH (Mean Receive Quality Rank 1)] +
[Number of MRs on Downlink TCHH (Mean Receive Quality Rank 2)] +
[Number of MRs on Downlink TCHH (Mean Receive Quality Rank 3)] +
[Number of MRs on Downlink TCHH (Mean Receive Quality Rank 4)] +
[Number of MRs on Downlink TCHH (Mean Receive Quality Rank 5)] +
[Number of MRs on Downlink TCHH (Mean Receive Quality Rank 6)] +
[Number of MRs on Downlink TCHH (Mean Receive Quality Rank 7)])