Author: Dustin_Chen, email: Dustin_Chen@compal.com or chuhpsdustin@gmail.com
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(Note)
【計算 SNR】
1. [CRC.ind] Effective SNR => Value: 0-255, representing -64dB to 63.5dB, with 0.5dB step size.
actual SNR(dB) = (Effective SNR) * 0.5 - 64
2. [RX_ULSCH.ind] UL_CQI => Value: 0-255, representing -64dB to 63.5dB, with 0.5dB step size.
actual SNR(dB) = (UL_CQI) * 0.5 - 64
3. [HARQ.ind] PUCCH SINR => Value: 0-255, representing -64dB to 63.5dB, with 0.5dB step size.
actual SINR(dB) = (Effective SNR) * 0.5 - 64
【計算 RSSI】
4. [RACH.ind] Per resource RSSI => Value: 0-255, representing -127.5 dBFS up to 0 dBFS, with 0.5 dB step size.
actual RSSI(dBFS) = (RSSI) * 0.5 - 127.5
5. [CRC.ind] RSSI => Value: 0-255, representing -127.5 dBFS up to 0 dBFS, with 0.5 dB step size.
actual RSSI(dBFS) = (Per resource RSSI) * 0.5 - 127.5
6. [HARQ.ind] PUCCH RSSI => Value: 0-255, representing -127.5 dBFS up to 0 dBFS, with 0.5 dB step size.
actual RSSI(dBFS) = (PUCCH RSSI) * 0.5 - 127.5
7. [CRC.ind] Received Noise and Interference Power => Value: 0-255, representing -127.5 dBFS up to 0 dBFS, with 0.5 dB step size.
actual Received Noise and Interference Power(dBFS) = (Received Noise and Interference Power) *0.5 - 127.5
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