Yes, multiple APs can lead to connectivity problems or inefficient traffic routing if not properly configured.
Yes, multiple APs can lead to connectivity problems or inefficient traffic routing if not properly configured.
I'm working on updating my home network setup and have a few questions. First, I'm facing challenges when connecting multiple access points. Devices tend to connect to the nearest or strongest signal, but I'm not sure if this is limited to certain clients or if different APs offer solutions. I'm mainly considering Ubiquity APs right now but open to other brands. My main concern is whether this issue matters or not, especially since my only moving devices are phones and laptops. I have some software for Windows laptops that might help pick the best AP, though I'm not sure about iPhones. Second, I plan to run Ethernet to all my APs, but I'm uncertain if that's feasible. A mesh network could be a good fit here, but I'd like more tailored advice. General info: I'll likely need a POE Injector because only one switch supports it. I have 15-20 smart devices—like light switches—that only work on the 2.4 band. My home is long in length compared to width, making cable runs tricky. I'm wondering if there are more specialized APs for this setup. My switches are 1GB each, but my internet speed is much slower than needed. If you could share some recommendations, that would be really helpful. Thanks!
Using several APs from the same supplier works well and avoids connectivity problems or poor AP choices, which usually stem more from client setup than the APs themselves. I have two APs at home (EAP783s) that automatically adjust channels and transmit/receive power levels to prevent interference while still allowing some overlap for better coverage.
You can fine-tune power levels or RSSI settings on Unifi APs to enhance your connections. There’s a trade-off involved... placing APs 20 feet apart in open areas works well, but spacing them too far can cause problems. I’d avoid overspending on APs initially; start with two and add more only when needed. Another factor is the band you intend to use. Modern devices handle transitions smoothly within the same band, but switching bands is much more disruptive. Many users find it annoying, especially with Apple devices that assign a unique IP per band. It feels more like a disconnect than a simple switch—slower and frustrating. This wasn’t something I considered before diving into this setup. In my setup, one AP in the living room offers strong 6G coverage for the kitchen and living area, while another on the second floor provides full coverage of the family room, loft, and upstairs bedrooms. Overall, it’s a great solution for comprehensive home coverage.
I have two Ubiquiti APs in my house (which is not large), and it's all handled automatically. While you can tune it and mess with settings, by default, it will automatically choose the best power levels, and routinely choose channels to make sure there aren't interference issues. Devices will freely roam between the APs with even noticing. You can lock them to APs if you want, but I see no reason to do so. Again, they will just float between what ever has the best signal. It's honestly easier than many routers.
It’s not unusual for an AP to support both 2.4 and 5 bands, even though IoT devices typically only work with 2.4. You can still use multiple band configurations depending on your needs. Replacing your current router isn’t necessarily a big deal—many options exist for upgrading or switching APs. Your setup with separate networks for IoT and guest traffic is common, and you’ll have flexibility in choosing how to manage each band.
Based on my observations, running more than a few access points can lead to complications. I’ve tried Netgear Orbi, Sky Q mesh units, and now Amazon Eero with roaming enabled. The seamless experience you’re aiming for isn’t always achieved. Despite my general dislike for wireless setups, installing Cat6 cabling throughout the house last year helped eliminate many issues. It seems that switching between access points doesn’t automatically prioritize the strongest signal. My phone often clings to the original connection until it loses range, then switches to the better one. I haven’t adjusted roaming settings in a while, but from what I remember, those client-side controls play a big role.
It mainly depends on your home’s size and layout. Generally, two audio systems work well inside most houses—three might be better for unusual shapes or lots of walls. I use a third system in the garage to enhance my front yard because my kids enjoy playing there often.
I restrict my IoT gadgets to specific networks. I understand it doesn’t make sense to secure my phones, tablets, or laptops.