Choose a mesh router that suits your needs, considering speed, coverage, and reliability.
Choose a mesh router that suits your needs, considering speed, coverage, and reliability.
My Verizon Quantum router we got when we switched to gigabit a while back isn’t working well anymore. With six people in the house, my little sister can’t connect in her upstairs room, and I’m still struggling to get a signal downstairs. A few years ago my dad added an extender for the upper floor, hoping it’d solve the problem—but it didn’t turn out that way. Mesh networking seems like the answer now. The reviews on Amazon and YouTube look old, from 2018. The top pick so far appears to be Amazon’s Eero with their pro router and a wall-mounted beacon. It costs $299 for one beacon and $399 for two. My main worry is the cost of getting two modules for each floor. I’d like a better setup per level. Plus, the beacons only support dual-band, which might slow things down, but that’s probably not a huge deal. Once I tried the TP-Link Deco x20, it felt much more promising. It’s $269, includes three modules, and supports Wi-Fi 6. I’m curious if the advertised Wi-Fi 6 is just a marketing claim rather than real performance. I don’t need cutting-edge specs, but early models might be less stable. The Deco x60 is also available at Costco for about $329, offering three modules and Wi-Fi 6. I’m wondering if the wireless backhaul mentioned in reviews actually matters much, or if it’s something Eero could handle better. From what I’ve seen, the x20 or x60 seem like the clear winners—cheaper than the three-module Eero and still delivering solid speeds. The Wi-Fi 6 feature is a plus, though only a few devices here support it, mainly iPhones. Any advice would be appreciated!
for a smooth experience avoid mesh nets in multi-story buildings with heavy traffic. run a dedicated cable from the first floor router down to the basement, then connect it to the second floor and set up an access point there. invest around $200 for two gigabit routers and a 250-500 foot cat6 cable—plenum isn’t necessary. mesh networks cause interference by communicating with each other, which increases noise and adds latency. instead, use a direct connection via cable to the router on both floors. if you prefer advanced setup, add keystones or wall sockets; connect the access point to the wall for about $10 worth of hardware, or run RJ45 directly from the wall/ceiling to the device. i typically use an ubiquiti device at work and configure it with a single network and password, automatically switching to the strongest signal as you move. in homes, air ducts are common for cabling—just wrap them securely afterward with metal tape.
To solve this issue, you have various options for achieving multi-level WiFi coverage. The easiest approach is to install a wireless mesh system, but not any generic one. Opt for 3-band setups featuring one 2.4GHz and two 5GHz channels. The extra 5GHz band helps with backhaul traffic while keeping your clients’ dedicated 2.4GHz and 5GHz connections intact. Using a dual-band mesh for backhaul means you lose one frequency and gain another for your users. Many current mesh solutions support wired backhaul, letting you operate APs in AP mode, boost speeds over Ethernet, and add an additional wireless channel for clients. Although these systems can be costly initially, the long-term investment often pays off. Popular models include Netgear Orbi AX6000, Linksys Velop MX5/MX10, and Asus ZenWiFi XT8 or CT8.
For a more involved setup, position several wireless access points throughout your home at various levels to ensure optimal coverage. The goal is for users to connect to nearby APs, avoiding overload on any single point and enabling smooth handoffs as they move. This requires running Ethernet from a central switch/router—connected to the modem or internet gateway—and properly configuring all devices. You can either use premium managed hardware (such as Ubiquiti, Meraki, enGenius) or replicate the setup with budget-friendly home routers in AP mode.
For a clearer layout, consider sharing a simple floor plan of your home so we can estimate coverage needs and placement.
I would purchase a switch similar to a Procurve for each floor and connect it. The 1410-8G is currently difficult to obtain, so this TP-Link appears to be a suitable alternative. As you need an unmanaged model, here’s the link: https://www.amazon.co.uk/TP-Link-TL-SG10...07HP6ZLSM/