The accumulated interference power for PRB1

Unit: mW * 2^(-44)

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Condition: Samples summed over the measurement period. Measurements are averaged over receive antennas. One sample for each PRB per 40ms.

Counter type: CC/SUM

Counter is reset after measurement period: Yes

How can I convert them to dBm?

If I apply directly factor 2^(-44) the values make no sense.

For example, for CELL_1 the value of PMRADIORECINTERFERENCEPWRPRB1 for DAY_1 is

166744963

If factor 2^(-44) is applied the mW value is

9.47835E-06 |

and in dBm the value is -50.23 which makes no sense.

Thanks in advance.

I am working with counters like

pmRadioRecInterferencePwr

which is expresed in terms of

The measured Noise and Interference Power on PUSCH, according to 36.214 PDF ranges: [0]: N+I <= -121 [1]: -121 < N+I <= -120 [2]: -120 < N+I <= -119 [3]: -119 < N+I <= -118 [4]: -118 < N+I <= -117 [5]: -117 < N+I <= -116 [6]: -116 < N+I <= -115 [7]: -115 < N+I <= -114 [8]: -114< N+I <= -113 [9]: -113 < N+I <= -112 [10]: -112 < N+I <= -108 [11]: -108 < N+I <= -104 [12]: -104 < N+I <= -100 [13]: -100 < N+I <= -96 [14]: -96 < N+I <= -92 [15]: -92 < N+I |

But, what I am trying is to convert that Probability Density Function (PDF) into a single value.

Anybody knows?

Thanks ]]>