Connection to powerline ethernet failing to maintain link
Connection to powerline ethernet failing to maintain link
Hi everyone, I bought a powerline adapter a few months ago to fix my slow and unstable Wi-Fi connection. It’s mostly worked well for online VR gaming. Recently, when I wake up my PC from sleep mode, Windows 10 shows the network is disconnected on the taskbar. Even after trying to repair it, I have to restart the computer to get a stable Ethernet link again. I guess it might be related to the router lease time, but I haven’t adjusted that setting before and never checked it in the router tool. I’m using a Netgear Nighthawk AC1900. Thanks!
Windows sleep settings and powered Ethernet devices often clash. I’d suggest turning hibernate on or shutting everything off entirely. What kind of powerline adapters are you connecting?
Thanks, I've never had the issue before this week which is kind of strange. I have the netgear powerline 1000 mbps version. What is the difference between sleep and hibernate? Will I still be able to wake the computer up by pushing the power button? It's not a huge deal to completely shut off the computer because Windows boots pretty quickly with a SSD. I just hope this isn't the start of potential connection issues. I don't know if this is related, but the issues (seem) to have started when I plugged another device into the dual power outlet I'm using for the powerline adapter. I am not using a surge protector.
Sleep preserves your system's current state in memory, while hibernate stores it on your storage device. From what I've noticed, hibernate is less prone to disrupting tasks compared to sleep mode. And yes, you can still power on it using the power button from a hibernate session.
More precisely, Sleep maintains your PC in a minimal power mode, typically powering only the RAM. Hibernate functions similarly to turning off normally but saves all RAM data to disk before shutting down, then restores it upon powering up. Both achieve comparable results through different approaches. Interestingly, I've observed instances where Sleep consumes less power than Hibernate. This might occur because Sleep prioritizes energy conservation, disabling features like USB high-current charging while Hibernate completely shuts down, allowing the BIOS to manage other tasks.