Looking for the optimal upgrade for your desktop or Wi-Fi network?
Looking for the optimal upgrade for your desktop or Wi-Fi network?
I'm managing a simple Netgear WiFi router at the base of my home, which then supplies an older powerline adapter to my desktop on the upper floor. My living space includes Google Home speakers, a few phones, tablets, and a laptop, all connected via WiFi through my two-story house. The configuration functions fine, though the powerline connection is becoming slower lately. There are no major coverage gaps, but performance drops noticeably in the back bedroom on the second floor—especially when using the 5GHz band without switching. I'm planning an upgrade after the new year but have no clear direction on what to choose or how to set it up. My desktop requires near-top speeds (I'm paying for 200MB cable internet), while the WiFi should suffice for everyday use, improving coverage even in the garden. The only wired connections are my desktop and the laptop/satellite box near the TV, beside the router. I might consider adding a media server to expand storage and think about hardwiring it for better reliability. I don’t yet have a budget in mind, and I’m open to suggestions rather than specific part recommendations.
I’m uncertain if this question can be resolved. It depends on predicting signal strength for high-frequency radio in a home setting. The specifics of the devices’ Wi-Fi standards aren’t clear, which complicates matters. While many connections exist, they vary in type and could affect performance.
WiFi options are available. I’ll explore a mesh network setup. ASUS offers routers with AI mesh support, Netgear, Ubiquiti, and Google provide solid alternatives. This should cover your coverage needs. Regarding powerline adapters, performance depends on your home wiring quality. They come in different speeds, but reliability varies. If you have coax near your PC, consider Moca. It functions similarly to cable providers, just add a filter on the cable line to block Moca signals. Moca adapters typically handle 400 to 800 Mbps, though they won’t work with satellite TV signals.
I've noticed Mesh WiFi concepts while shopping in a large retail store recently, so it might be worth exploring. TP-Link options seem promising—I recall seeing a good deal on a two-device set that would suffice (just a guess). If space allows, I'd consider powerline too; otherwise, I've seen affordable gigabit kits that could help. I have coaxial cable in the adjacent room, which was used for a second cable box when my parents had TV, but it doesn't connect with my router despite being the same line as downstairs. If that worked, I'd run a short Ethernet cable to my PC for maximum speed.
TP Link is an affordable option, but results can differ. Several factors might affect performance. Cable modems require a strong signal, so the line in your parent room could be damaged or fragmented before reaching the main connection. This might cause a signal problem. Without details about your coax setup, it's difficult to determine if Moca would help. The situation really depends on your home’s construction materials and the level of interference present. If the mesh units function properly, you might see improvement. I’d suggest purchasing some mesh and testing it out. Just remember, mesh relies on wireless backhaul, so positioning is key.
I'll check some reviews of the TP-Link products to see how they perform. Otherwise, I'll wait and consider a more expensive option if it makes sense. I'm not constrained by a budget, but I'd prefer to avoid overspending if it's unnecessary. What I understand about our cable setup is that there was none initially when we purchased the service. To meet our needs for TV and internet, the cable company ran a line from our street to the house, connecting to a coax point in the living room with a splitter for the TV box and modem. A couple of years later, they added another coax point in an upstairs bedroom for TV. After my dad passed away, we stopped using TV, so the ISP's WiFi router is now our only coax connection.