Uninterrupted data drops persist despite Ethernet connection and high network latency spikes
Uninterrupted data drops persist despite Ethernet connection and high network latency spikes
It's not an issue with my home, so installing Ethernet throughout isn't possible. There are cats around, which means they'd probably chew on it. The adapters aren't ideal, but I haven't had any problems until recently—my old powerline adapters performed well. Also, I always get full bandwidth when using them for downloads and games.
It's common to experience some packet loss on your first connection to a network, especially with WiFi. The issue might be related to interference or signal strength at the router level. Powerline connections usually perform better since they're not affected by radio waves.
The connection appears normal once the first red block appears, then again after the second red block when I restart Ethernet. Pings are currently stable, but I assure you it will become inconsistent again when I power up the PC tomorrow.
It's just a temporary pause for 10 minutes to fix the issue. Troubleshooting isn't about guessing—it requires taking real action to resolve problems. Just checking ping and data loss stats won't solve the issue. You need to figure out whether the problem comes from hardware or software. If it boots into Linux, the issue is likely Windows; if it continues, it's hardware-related. Double-check your network setup: remove powerline adapters and connect using a simple long Ethernet cable. "I wasn't having any issues until recently," I used to say. Things can fail unexpectedly, which is just how life works. It doesn’t really matter. My old powerline adapters were fine. In the computer world, if something is working, don’t interfere with it. You can’t make improvements on something that isn’t broken or already functioning properly. Stick with your old adapters if you still have them.
The main problem with powerline adapters is that connection quality changes depending on electrical noise levels in your system. For instance, inexpensive LED bulbs with poor power factor often produce a lot of interference on the line. This can happen when loads fluctuate rather than during a full restart. Noise isn't limited to just the circuit it appears on.