Quote:
Originally Posted by Sephiroth
Well why not provide a link now?
Also, when correlating stats to the TBB Graph, downstream and network log are also advisable.
The upstream power levels are in range, though high-ish. If they're stable, it means that the VM can indeed read what your sending out. The TBB graph doesn't show any noise so the high-ish upstream could be down to an amplifier somewhere or even (less likely) your SH1 (which is a wretched device that ought to be retired except in modem mode).
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ps - at the time of posting this is 1st time I've been on my home network today.
my most recent stats
Upstream US-1 US-2 US-3 US-4
Channel Type 2.0 2.0 N/A N/A
Channel ID 4 5 N/A N/A
Frequency (Hz) 37600000 Hz 31000000 Hz N/A N/A
Ranging Status Success Success N/A N/A
Modulation QAM16 QAM16 N/A N/A
Symbol Rate (Sym/sec) 5120000 5120000 N/A N/A
Mini-Slot Size 128 128 N/A N/A
Power Level (dBmV) 50.8 dBmV 51.0 dBmV N/A N/A
T1 Timeouts 0 0 N/A N/A
T2 Timeouts 0 0 N/A N/A
T3 Timeouts 0 0 N/A N/A
T4 Timeouts 0 0 N/A N/A
Downstream DS-1 DS-2 DS-3 DS-4 DS-5 DS-6 DS-7 DS-8
Frequency (Hz) 299000000 Hz 267000000 Hz 275000000 Hz 283000000 Hz 291000000 Hz 307000000 Hz 315000000 Hz 323000000 Hz
Lock Status(QAM Lock/FEC Sync/MPEG Lock) Locked Locked Locked Locked Locked Locked Locked Locked
Channel ID 53 49 50 51 52 54 55 56
Modulation QAM256 QAM256 QAM256 QAM256 QAM256 QAM256 QAM256 QAM256
Symbol Rate (Msym/sec) 6.952000 6.952000 6.952000 6.952000 6.952000 6.952000 6.952000 6.952000
Interleave Depth I=12
J=17 I=12
J=17 I=12
J=17 I=12
J=17 I=12
J=17 I=12
J=17 I=12
J=17 I=12
J=17
Power Level (dBmV) 4.9 dBmV 4.1 dBmV 4.3 dBmV 3.3 dBmV 3.6 dBmV 5.0 dBmV 4.6 dBmV 4.7 dBmV
RxMER (dB) 39.0 dB 39.9 dB 39.4 dB 39.4 dB 39.4 dB 39.0 dB 38.9 dB 39.1 dB
I don't know what the issue is, all I know is my internet disconnects every day.
a mate doesn't think the levels are too high he thinks they will replaced the hub, not because the current one is duff, because a new one would connect to a different segment of the network..
he also said it might be an area fault.