some devices are designed to go through hard surfaces like concrete
some devices are designed to go through hard surfaces like concrete
I face a significant issue with my router placement. It's located three walls away from my PC, and the device I use is a basic model from my ISP. Currently, I rely on powerline connectivity but only achieve about 2MB/s despite a 200MB/s contract. My goal is to boost speed for gaming while minimizing disruption—avoiding long cable runs or drilling holes. I need something that prioritizes fast internet for gaming. Are there gaming routers available?
Yes, there are gaming routers available. They're often considered overrated. Any router that supports gigabit speeds can handle your 200 MBPS connection—whether it's for gaming or not. Even if it's meant for gaming, it won't work well through three solid walls. You'd need a long cable, set up the router in your bedroom, or use Wi-Fi extenders in each room, linking them together so your PC connects to the one in the bedroom. This setup won't provide 200 MBPS, but it will offer better than 2 Mbps.
You have two main choices: use Wi-Fi extenders or install physical connections by drilling. Which one suits your situation best?
100-foot Ethernet cord and a few duct tape/pins to secure it in place.
In short, essentials won’t reach 200 MBPS and you’ll need gigabit devices instead, especially if you’re not buying them.
Just need the basic info for your PC setup. Your consoles work fine with the power line, but you’ll have to consult an electrician to map out the cables before drilling through concrete. Perfect!
signals passing through concrete require power, and this might be resolved by using a small section of Wi-Fi signal. Multiple access points could be considered, or directional antennas may help. Reflecting signals off mirrors can also improve performance. The indoor wall mount wireless antennas designed for LAN environments provide strong gain in a compact, slim package. Two versions are available, each with varying beam widths to suit different coverage requirements.