In a nutshell, my ISP (TimeWarner Cable), after some hard-fought phonecalls, acknowledged and identified a problem with their networking node and the utilization of it's channels within my neighborhood (And city as a whole). Whenever -that- will be fixed is a question nobody can answer.
However, my limited knowledge of channel pathing has me asking; would this be causing my Upload power levels to be spiked so high? If not, are there any logical steps I can do to bring them back down a bit?
This is a DOSCIS 2.0 modem (I plan to upgrade it once the networking node errors are repaired, since they're monitoring the devices of the neighborhood and a swap would be disruptive, and the replacement not currently being a 3-in-1 pile of garbage), to give an idea of 'acceptable' power levels:
Downstream:
Channel ID: 7
Frequency: 621.000 MHz
Power: -9 dBmV
Signal to Noise Ratio: 36 dB
Upstream:
Channel ID: 4
Frequency: 37.000 MHz
Power: 55 dBmV
Upstream Data Rate: 2560 Ksymbol/second
Modulation: QAM-16
The Downstream is usually closer to -7/-8, and the Upstream -usually- sits at 52, and is usually at a higher Data Rate (I imagine it went down to 2560/QAM-16 because of power levels).
I have heard of the use of boosters (IE: http://www.amazon.com/Motorola-Signal-Booster-1-Port-Amplifier/dp/B003T2RY7I/ref=sr_1_1?ie=UTF8&qid=1456856622&sr=8-1&keywords=Active+Return+Cable+Modem+Boost ) to assist. Possibly just having all the (old) wiring replaced finally (I think the wiring of the house is on the older side of acceptable + I question what they were thinking running it from tap to house). If there are any additional splitters being used, they're likely inside the drywall, meaning it'd be more... affordable/less insane to just run a new cable from the tap to the modem.
Any help would be appreciated.
However, my limited knowledge of channel pathing has me asking; would this be causing my Upload power levels to be spiked so high? If not, are there any logical steps I can do to bring them back down a bit?
This is a DOSCIS 2.0 modem (I plan to upgrade it once the networking node errors are repaired, since they're monitoring the devices of the neighborhood and a swap would be disruptive, and the replacement not currently being a 3-in-1 pile of garbage), to give an idea of 'acceptable' power levels:
Downstream:
Channel ID: 7
Frequency: 621.000 MHz
Power: -9 dBmV
Signal to Noise Ratio: 36 dB
Upstream:
Channel ID: 4
Frequency: 37.000 MHz
Power: 55 dBmV
Upstream Data Rate: 2560 Ksymbol/second
Modulation: QAM-16
The Downstream is usually closer to -7/-8, and the Upstream -usually- sits at 52, and is usually at a higher Data Rate (I imagine it went down to 2560/QAM-16 because of power levels).
I have heard of the use of boosters (IE: http://www.amazon.com/Motorola-Signal-Booster-1-Port-Amplifier/dp/B003T2RY7I/ref=sr_1_1?ie=UTF8&qid=1456856622&sr=8-1&keywords=Active+Return+Cable+Modem+Boost ) to assist. Possibly just having all the (old) wiring replaced finally (I think the wiring of the house is on the older side of acceptable + I question what they were thinking running it from tap to house). If there are any additional splitters being used, they're likely inside the drywall, meaning it'd be more... affordable/less insane to just run a new cable from the tap to the modem.
Any help would be appreciated.