Tips for optimizing your home Wi-Fi mesh system
Tips for optimizing your home Wi-Fi mesh system
Mesh operates in a single network style, which is exactly what you require. You don’t need an Ethernet port at each mesh point. I deliberately avoided any Google smart gadgets. From my perspective, they’re only marginally more intrusive than tracking your activity on random sites without the app. I own one here: https://shop.asus.com/us/90ig06s0-ma1g0v...i-et8.html. If I wanted more than two access points, I could easily add more. I’ve had this setup for over six months now and it outperforms my previous configuration in both coverage and speed. You can connect these with Ethernet at each location—but I’m using Ethernet only on the main unit and not on the satellite. The performance drop is barely perceptible. It becomes obvious when your range is limited to a single AP. A strong wireless signal from the AP matches the wired one almost perfectly. That’s why mesh technology shines.
I don't use nor need any Smart Home type of device and am completely unaware as to their requirements. So this may be a stupid question, why can't he simply put a couple of range extenders throughout the house so as to remain contact to the hub?
You don't need a mesh setup. Since you're using Ethernet cables, simply connect them to your access points and set each one to match the same wireless network settings you want (just one per case). I'm not comfortable with TP-link access points—check their manual for guidance. You might also consider assigning different VLANs for various tasks.
Using range extenders divides the available bandwidth, leaving less for each step down the line. Wireless connections remain far behind compared to wired options. WLAN serves only as a temporary fix.
Avoid purchasing Ubiquity, as it performs poorly. For budget options, consider buying HP MSM 422 or similar items from eBay, ensuring they include mounting plates.
The required bandwidth depends on the switch's specifications, but it must be sufficient for reliable operation. The delay in milliseconds can impact performance, especially if streaming or gameplay is involved, potentially leading to stuttering issues.
I had them set up with identical SSID configurations before...I assumed some interference between them might be the issue, which is why I considered a mesh network as a fix. As you mentioned, now that the router's signal issues are resolved, I might attempt it again. Originally, each device connected to the same Wi-Fi from the hub router and rebroadcasted the same SSID, but even then, poor signal quality caused frequent drops. This led me to suspect interference between the extenders. After recent renovations, I installed multiple Ethernet access points with the goal of creating a local node that would broadcast strong signals directly to the router, ensuring full coverage without interruptions. I was essentially trying to build a mesh network.
Absolutely, it's more than just simple switches. You're talking about TVs spread across different rooms, music streaming in another area, gaming in yet another space, and video calls going to the kitchen. Plus, I enjoy cooking while watching YouTube or streaming tutorials. It makes sense you'd need reliable bandwidth for all these devices, especially since many aren't directly connected via Ethernet.