Need faster internet? Check these powerline adapters for up to 1 Mb/s speed.
Need faster internet? Check these powerline adapters for up to 1 Mb/s speed.
Hey there, your setup seems to be facing some connectivity issues. It sounds like the powerline adapters are causing problems, especially when you switch between devices. You mentioned trying different brands and even swapping plugs, but the speed drops unexpectedly. Since you're not planning to upgrade to fibre, maybe checking the quality of the powerline cables or testing with a wired connection could help. Also, ensure all adapters are properly seated and not damaged. Let me know if you want more specific troubleshooting steps!
Power line adapters have a limited range. The farther apart points A and B are, the weaker the connection becomes. The condition of the wiring also plays a role. Initially, these devices were designed for a single circuit. Today they can handle multiple breakers, but this usually slows down performance. Additionally, power companies in the US typically supply power using two wires per panel—one for each side. If an adapter is placed on one side and another on the other, the signal must travel to the meter and back, which is inefficient. You might consider bringing them closer together. Otherwise, you may want to explore alternatives like Wi-Fi or consider a wired Ethernet connection.
Imagine the connection works like a shared phone line where powerline ethernet operates similarly to walkie-talkies or multiple phones on the same channel. All devices compete for the available bandwidth. If one uses a different protocol, it disrupts everyone else. Overloading the network with data causes all devices to slow down.
My assumption is related to distance or EMI issues. The truth is, are you seeking speed? If yes, then explore other options. Powerline adapters aren't designed for high speeds; they prioritize reliability and stability. Moca adapters using coax can handle 400-800 Mbps and align with cable providers' signals, though they have limitations—half duplex, slower than powerline but generally better. What you're describing in your first message is why I won’t consider powerline adapters. I understand the wiring isn't perfect, so my experience would be similar. As @KarathKasun mentioned earlier, you should use adapters that meet the same standards. Modern powerline adapters utilize all three wires for data transmission, meaning each wire must be correctly installed in your electrical system for optimal performance.