Then reboot the router and after the reboot run the following commands in an admin command prompt on your pc: Running IPV6 by any chance? If so, go into the router and turn it off.
Wifi speed test netgear pro#
Fwiw, I see 500 Mb/s tops, on an older Asus P5Q Pro Turbo motherboard and ~940 Mb/s on my P9X79 Pro Motherboard. The only thing that I have running on my Asus RT-AC68U is the AI Protection. I would also recommend going thru the entire range of function selections, starting at the top left hand functions, working thru them one by one and disabling anything that you know that is not in use or needed in any fashion. Older verions of the AsusWRT would also kick off the NAT Acceleration when the QOS was enabled. But, I'm not familiar with your particular version in terms of the Asus base version. The one exception is supposed to be the Adaptive QOS now. Any function that routes the data to the processor for some type of processing will kick off the NAT Acceleration. I don't know if you're aware of the NAT Acceleration or not, but that is actually Broadcom's Cut Through Forwarding, which routes data thru the modem with little or no processing. Also turn QOS and any Traffic Monitoring that you have running. SWITCH CONTROL and ensure that the NAT Acceleration is enabled.
Some items to note for the R7000 since you essentially have AsusWRT loaded. Indicate that the modem is running at 16QAM instead of 64QAM and ask if there is any issue at the Cable Modem Termination System (CMTS) which is the network equipment that the modem is connected to. Ask the CSR to look at the background noise and noise history to see if there is any issue. If they are, I would call tech support and ask the CSR to run a signal check on the modem just to see what turns up.
Wifi speed test netgear Pc#
When the modem is finally up and running and the pc has an IP address, log back into the modem and see if the upstream channels are still running at 16QAM. I would try a modem restart, pull the power off of the modem then plug it back in after about 30 seconds. That may have some effect on the downstream rates as the modem may not be able to transmit the data packet receipts back to the CMTS fast enough. Reduced the QAM levels results in reduce symbol transmit rates, and therefore reduced data transmission rate. I would expect the 3552 to run with 64QAM which means that it transmits more symbol data per QAM value. The interesting thing is that the upstream is showing 16QAM instead of 64QAM, which to me seems slightly odd.
The signal to noise ratios are ok as are the upstream signal levels. They're a little low across the board with a roll-off at the upper frequencies, but, all still within spec. Your downstream signal levels aren't terrible.
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