Why is the UL Througput 0 in this Code?

[Angèle Hager Hafaiedh]

The code is in the following file. Here is what I found in the log:

Flow 1 (7.0.0.2:49153 -> 1.0.0.1:1236) proto UDP

  Tx Packets: 250
  Tx Bytes:   132000
  TxOffered:  1.056000 Mbps
  Rx Bytes:   0
  Throughput:  0 Mbps
  Mean delay:  0 ms
  Mean jitter: 0 ms
  Rx Packets: 0
Flow 2 (7.0.0.3:49153 -> 1.0.0.1:1236) proto UDP
  Tx Packets: 250
  Tx Bytes:   132000
  TxOffered:  1.056000 Mbps
  Rx Bytes:   0
  Throughput:  0 Mbps
  Mean delay:  0 ms
  Mean jitter: 0 ms
  Rx Packets: 0
Flow 3 (7.0.0.4:49153 -> 1.0.0.1:1236) proto UDP
  Tx Packets: 250
  Tx Bytes:   132000
  TxOffered:  1.056000 Mbps
  Rx Bytes:   0
  Throughput:  0 Mbps
  Mean delay:  0 ms
  Mean jitter: 0 ms
  Rx Packets: 0
Flow 4 (7.0.0.5:49153 -> 1.0.0.1:1236) proto UDP
  Tx Packets: 250
  Tx Bytes:   132000
  TxOffered:  1.056000 Mbps
  Rx Bytes:   0
  Throughput:  0 Mbps
  Mean delay:  0 ms
  Mean jitter: 0 ms
  Rx Packets: 0
Flow 5 (1.0.0.2:49153 -> 7.0.0.2:1235) proto UDP
  Tx Packets: 100
  Tx Bytes:   128000
  TxOffered:  1.024000 Mbps
  Rx Bytes:   128000
  Throughput: 1.024000 Mbps
  Mean delay:  3.247855 ms
  Mean jitter:  0.005000 ms
  Rx Packets: 100
Flow 6 (1.0.0.2:49154 -> 7.0.0.2:1234) proto UDP
  Tx Packets: 50
  Tx Bytes:   6400
  TxOffered:  0.051200 Mbps
  Rx Bytes:   6400
  Throughput: 0.051200 Mbps
  Mean delay:  3.244284 ms
  Mean jitter:  0.001429 ms
  Rx Packets: 50
Flow 7 (1.0.0.2:49155 -> 7.0.0.3:1235) proto UDP
  Tx Packets: 100
  Tx Bytes:   128000
  TxOffered:  1.024000 Mbps
  Rx Bytes:   128000
  Throughput: 1.024000 Mbps
  Mean delay:  1.922141 ms
  Mean jitter:  0.495714 ms
  Rx Packets: 100
Flow 8 (1.0.0.2:49156 -> 7.0.0.3:1234) proto UDP
  Tx Packets: 50
  Tx Bytes:   6400
  TxOffered:  0.051200 Mbps
  Rx Bytes:   6400
  Throughput: 0.051200 Mbps
  Mean delay:  1.673570 ms
  Mean jitter:  0.002143 ms
  Rx Packets: 50
Flow 9 (1.0.0.2:49157 -> 7.0.0.4:1235) proto UDP
  Tx Packets: 100
  Tx Bytes:   128000
  TxOffered:  1.024000 Mbps
  Rx Bytes:   128000
  Throughput: 1.024000 Mbps
  Mean delay:  0.909284 ms
  Mean jitter:  0.005714 ms
  Rx Packets: 100
Flow 10 (1.0.0.2:49158 -> 7.0.0.4:1234) proto UDP
  Tx Packets: 50
  Tx Bytes:   6400
  TxOffered:  0.051200 Mbps
  Rx Bytes:   6400
  Throughput: 0.051200 Mbps
  Mean delay:  0.887856 ms
  Mean jitter:  0.002143 ms
  Rx Packets: 50
Flow 11 (1.0.0.2:49159 -> 7.0.0.5:1235) proto UDP
  Tx Packets: 100
  Tx Bytes:   128000
  TxOffered:  1.024000 Mbps
  Rx Bytes:   128000
  Throughput: 1.024000 Mbps
  Mean delay:  0.516872 ms
  Mean jitter:  0.006161 ms
  Rx Packets: 100
Flow 12 (1.0.0.2:49160 -> 7.0.0.5:1234) proto UDP
  Tx Packets: 50
  Tx Bytes:   6400
  TxOffered:  0.051200 Mbps
  Rx Bytes:   6400
  Throughput: 0.051200 Mbps
  Mean delay:  0.494998 ms
  Mean jitter:  0.002143 ms
  Rx Packets: 50


  Mean flow throughput: 0.358400
  Mean flow delay: 1.074738

Thank you in advance

[Gabriel Ferreira]

200MHz band with 4dBm transmit power? Not a lot.
The problem is only on UL though (based on IP addresses of the flows).
Sounds like it needs to set the primary UL index to use the FDD UL BWP.
But then it won't use the TDD one... Dunno what is happening there if not that.