Several APs connected to a single network
Several APs connected to a single network
You're dealing with a bit of a tricky setup. With your XB6 in the middle, Rax800 upstairs, and Tap-R3 in the basement, it sounds like you're trying to connect all devices through a single network. The issue is that each router broadcasts the same network name, so they can't communicate properly. It might help if you configure each router to use different DHCP servers or adjust their settings to ensure proper device discovery. Understanding mesh networks can be confusing, but experimenting with these changes could improve connectivity.
Consider setting up a mesh network for simpler device configuration without adjusting network settings. I rely on the Linksys Velop which offers application setup and Ethernet support. If budget isn’t an issue, you can assign different router names based on floor numbers. For DHCP, there are plenty of guides showing how to connect routers via Ethernet using a single main router. Let me know if this assists!
That happens because when routers operate in router mode each device functions independently on its own network. If they're set up in AP mode they'd essentially form a single unified network. Also, moving between devices would probably fail to connect. It's usually better to use identical APs since different roaming protocols aren't universally compatible.
If "AP mode" isn't available... Follow these steps:
1. Turn off DHCP on the routers you want to run as APs.
2. Connect your modem via a LAN port instead of the WAN port.
3. Assign a static IP address to the connected router so it doesn’t clash with your Comcast DHCP range.
These devices allow both wireless and wired connections to be combined. Leaving the WAN port off makes them function like basic Ethernet switches. Just ensure DHCP is disabled to avoid issues.
Roaming might be inconsistent, but with all AC radios enabled, you should have a solid feel. You can reduce overlap by lowering the radios' power. This helps the client move to a stronger access point. The current connection switches to a nearby AP, which reduces signal strength. This creates clearer boundaries, allowing clients to initiate roaming more effectively.
This configuration involves a mesh network where every node communicates directly through a shared network. It requires devices from the same brand to work together. Broadcasting the same SSID is acceptable, but it forces clients to select the strongest signal and connect accordingly. As @eece_ret explains, all wireless access points should operate in access point mode, using static IPs within the same subnet as the gateway but outside its DHCP range. This prevents conflicts between routers and the main gateway. Roaming between APs is smoother when they’re from the same brand that supports it. Adjusting antenna power appropriately is crucial; setting it too high can actually reduce connection quality as devices move. A mesh setup isn’t essential here since the equipment already meets basic needs. You don’t need to change router names unless you’re overly particular. The key takeaway is adopting a reliable, business-like approach to home networking, focusing on consistent performance rather than complex mesh solutions.
Not always. Certain gadgets can freeze when connected to an AP. Switching between APs works under about three main protocols according to IEEE. Every AP you have should follow the standard you pick. Some use custom rules, like Ubiquti did before. It’s wise to stick with the same APs throughout your network since standards can vary by device.
I've never come across a Google Home device that can travel. They're typically fixed in one place, which is how Wi-Fi is configured on each unit. I recommend connecting the cables to the router's LAN ports, not the WAN port. Disable DHCP in all but one of the routers (or all if the modem includes a built-in router and supports DHCP). You can purchase Ubiquiti AP-Lite units that work well in mesh networks, though you already have functional equipment. Right now, many routers are mixed together, and most consumer-grade networking gear lacks true AP functionality.
It worked flawlessly! One of the routers operated in AP mode, which simplified things. I had everything configured correctly until I switched to the WAN port instead of the LAN. Thanks for your support and guidance!