No one does, but generally household wiring is limited to about 10-20 Mbps for standard connections.
No one does, but generally household wiring is limited to about 10-20 Mbps for standard connections.
I need to improve my internet connection in my room that’s far from the router. I’m using a TP Link adapter (2000 Mbps) to link my router and computer through the house’s wiring, and I’m checking if this is slowing things down. I also use cat6a cables. Could my motherboard be limiting the speed too?
Powerline networking usually performs significantly below its advertised speeds. Those adapters often include a gigabit Ethernet port, which sets the upper limit, but you're likely to end up with much slower performance. Your motherboard might be the bottleneck, though it's rare to find faster networks than gigabit connections at home. Using Cat 6a would be excessive for this setup.
Powerline adapters can sometimes be less efficient than Wi-Fi. They often aren't the quickest and may occasionally struggle with stability. It really depends on your home's wiring setup. It's likely your internet service provider isn't providing a plan that matches your motherboard's capabilities, causing performance issues.
I doubted it would be a big issue with my motherboard. Right now I’m aiming for about 50-60 MBps download and 20 MBps upload. Would a faster plan lower the ping? Unfortunately, using WIFI isn’t ideal since I’m far from the router, and I’ve already tested it on my motherboard (H370 Aorus Gaming 3 WIFI) which works fine.
It seems unlikely you're utilizing full bandwidth. I'd consider a mesh Wi-Fi system if possible—it could provide stronger connectivity for all devices.
You won't have to. Try giving powerline a chance. For regular local use, you should likely be fine with your current ISP plan unless your home setup limits performance.
It's conceivable that limited bandwidth might be an issue. With several individuals using the internet at once, optimizing your setup could help improve performance.
Yes, standard household wiring is designed to carry about 15 to 20 amps of current.
QOS could assist in this situation. See how your router manages it. For additional bandwidth, if your connection can support the speeds you're paying for, you'll need a more expensive plan from your ISP to get faster speeds.