CALIBRATION 0%, STUCK!

I did it by using speedtest.net, but it still shows its calibration rate is at 0%.

I tried both UPnP option on and off, but it didn't help me.

Isn't there another way to calibrate cFosSpeed?


Version 10.22.2290
Windows Name Windows 10 Education Multiprocessor Free (4 procs)
Windows Version 10.00.15063 (x64)
Maximum Raw Send Speed 63.39 mbytes/s
Maximum Acked Send Speed 63.39 mbytes/s
Maximum Receive Speed 63.3 mbytes/s
Minimum Delay 1 ms
Delay Variance 7 ms
Current Maximum Receive Speed 63.3 mbytes/s
Current Maximum Send Speed 63.39 mbytes/s
Traffic Counting Method raw_ip
Pinger udp_km3
MTU Limit 65535 (65535) bytes
Averager Time 4 s
Total Raw Sent Volume 17.06 gbytes
Total Acked Sent Volume 16.49 gbytes
Total Received Volume 29.88 gbytes
Total Time Used 10h 55m
Inhibit Bridged Yes
Maximum IP Length 1500 bytes
Pings Sent 9,146
Pongs Received 9,136 (99.8%)
Current Send Speed 134.2 mbytes/s
Send Delay 10-22 ms
Receive Delay 20-32 ms
Calibration Done 0% (Poor)
Traffic Shaping Status shaping is active

This is my current status. I tried recalibrating about two days ago, yet it doesn't help me.

I would do a massiv upload and/or download which uses all bandwidth for severeal seconds. Thereby you can also calibrate cFosSpeed.

maxtxraw=66.03M maxtxacked=65.99M maxrx=60.82M avg_time=4000
mindelay=769 variance=5481 vari_fixed=0
reg_id=3 method=adaptive ( pinger=udp_km3 mtu_limit=65535 (65535)
voltxraw=9686M voltxacked=9203M volrx=10.28G time_used=17m 32s
maxiplen=1500 rx_limit=inf tx_limit=inf inhibit_bridged=1
ping_cnt=1183 pong_cnt=1173 (99.1%) burst_cnt=1
adapter=LAN link speed: rx=125M tx=125M
txspeed=134.2M fixed=0 tx_bounce_cnt=0 calibrated=0
tx delay=10000-20481 rx delay=20000-25481 delay_auto=1

This is my result through console with 'spd speed' command.

I downloaded about 10gbytes, uploaded about 10gbytes, yet this program says 'NOPE YOU HAVE TO DO MORE'. The calibration rate is still at 0(Poor).

I bet that you can't tell me that I have to use my full internet bandwith more than this. Ain't me right?

So, please, tell me the way to fulfill that calibration rate. Please.