Windows – Can’t connect to router settings through Ethernet

ethernetnetworkingrouterwindows 10

I have a D-Link router. I want to connect to the settings menu (using 192.168.1.1) in order to do things like port forwarding. I am unable to connect to this address while using Ethernet (Chrome just tries to load the page forever and nothing happens), but when connecting through WiFi I can load the page. Why might this be happening? I'm using Windows 10.

Update: Tried again with Edge and IE. Same result, page just hangs and doesn't load; I don't even get the sign-in prompt.

Update 2: Used the commands ipconfig /release, ipconfig /renew and ipconfig /flushdns. Page now doesn't load at all; Chrome just says

The 192.168.1.1 page isn't working. 192.168.1.1 didn't send any data. ERR_EMPTY_RESPONSE

Update 3: Doesn't even work with WiFi now. I changed nothing.

Update 4: After reading some stuff about Java and how Chrome no longer supports Java plugins (or something) I decided to try updating to the latest version of Java. Internet Explorer now says

This page can't be displayed

and Chrome says

The 192.168.1.1 page isn't working. 192.168.1.1 didn't send any data.

Update 5: Talked to a TalkTalk agent about the problem, no change unfortunately. My router is a D-Link DSL-3680

Best Answer

If you don't get anything back, and you've already tried resetting the router, then try booting a linux liveCD on the PC and accessing your router via browser on the linux environment over ethernet. If that works then we can assume the issues lies with your network configuration on the Windows 10 machine - something like a proxy setting, protocol setting, or driver is causing issues. Troubleshoot those manually or reset to factory defaults.

If linux can't access the router, we can assume the problem is hardware-based. Test as many of the following as possible:

  • Use a different ethernet port on the PC (might have to add a NIC if you have an old one laying around)
  • Use a different ethernet port on the router
  • Use a different ethernet cable
  • Try a different router
  • Try a shorter cable

This process should step you through the remaining possibilities. With every part of the chain tested, there is no possibility of the problem remaining after proper implementation of this process, unless you happen to be operating in an unusually high radiation or electromagnetic field.

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