Any trial from your side done on feature in Huawei RAN17.1 called "TCP Proxy" which tend to improve the latency and user speed.As couple of tests done to understand where have the improvement, and what till now concluded this feature looks improve the control plane latency.Many test done on Ookla,testmy which shows slight change while the measurement captured on WNG tool shows significant improvement .
Dear
please to explain meaning of different reserved param:
SET UL2RSVPARA: RSVSWITCH0=RESERVED_SWITCH_0_BIT9-1;
SET UDPUCFGDATA: RsvdSwitch2=RsvdSwitch2_Bit5-1;
SET UDPUCFGDATA: RsvdPara3=16803036;
SET UL2RSVPARA: RSVU32PARA2=64.
And do you confirm throughput enhancement via Huawei KPIs ?
I'm going to test this feature in my network. After studying the description, I found some interesting counters; please let me know if the values of your network are like mine: VS.PS.DLfirstPacket.RttDelay.Mean KPIs.jpg
To get the counters you must run first:
SET UDPUCFGDATA:OPTIMIZATIONSWITCH=UP_MAINT_STAT_COUNT_SWITCH-0;
SET UL2RSVPARA:RSVSWITCH0=RESERVED_SWITCH_0_BIT9-1;
SET UL2RSVPARA:RSVU8PARA5=10;
SET UDPUCFGDATA:OMSWITCH=TCPPROXY_OM_ENH_SWITCH-1;
I my network the related counters:
Ratio of downlink TCP traffic in the initial transmission stage = VS.PS.TCP.InitStage.DLTraffic(BSC6900,BSC6910)/VS.PS.DLMeanThroughput.TCPTransfer.TotalBytes(BSC6900,BSC6910) x 100%
Ratio of initial downlink traffic over a TCP connection with an initial CWND size greater than 8 MSS = VS.PS.TCP.InitStage.DLTraffic.Cwnd.More8(BSC6900,BSC6910)/VS.PS.TCP.InitStage.DLTraffic(BSC6900,BSC6910) x 100% 2017-05-22_151849.jpg
Your network has way less delay than mine. What actions apart of this have you taken?
Bookmarks