basic Ubiquiti configuration...?
basic Ubiquiti configuration...?
You're looking at setting up a PoE network using a cloud gateway max. The idea of injecting PoE into an access point like a TP-Link is possible, but you should verify compatibility with your specific hardware. Using PoE switches from brands such as Netgear or Cisco can work well if they support the same PoE standards. With your 1 Gbps service and a 2.5 Gb port, keeping everything in the 2.5 Gb range could help maintain performance and reduce latency. For coverage across your townhouse (about 600 ft per floor), models like the U7 Pro or U7 Pro Max are designed for such distances, but you may need multiple APs depending on the layout and interference. Make sure to check the power requirements and distance limitations of each device before finalizing your setup.
Yep. At least my HD Nano uses pretty much any PoE 48V standard (including passive), but as long as the injector supports 802.3af/at, you should be set for pretty much anything. Probably not noticeably (aside from internal transfers), but it's not a bad thing to strive for if you're starting from scratch anyways. One AP might be able to do it, depending on where it is and how dense your walls/ceilings/floors are. I have a NanoHD that covers my 1000ft² condo relatively well if it's placed centrally (currently in my office for testing and so I can't get Wifi on my porch ).
How many levels are there? With just two floors of 600 square feet each, the U7pro will easily cover it. You’ll also be able to support the 5 GHz frequency range throughout.
Also, if you're mainly after fast Wi-Fi, the internal network is mostly smart devices. So Ubiquiti might be too much for your needs? You considered it as an affordable Wi-Fi 7 setup versus brands like Netgear or Asus that offer more power. The Ubiquiti option around $500 felt like a good deal. Are you using the right gear?
You’re likely to experience consistent 6 GHz coverage when positioned at the same height as the access point. On other levels, results vary, but a stable 5 GHz connection remains possible with a U7pro. The 5 GHz and 6 GHz frequencies behave differently compared to the 2.4 GHz band—while the latter penetrates walls effortlessly, the higher bands are more affected by physical barriers. You can usually estimate range based on distance alone, disregarding obstacles. My experience shows that signal strength drops noticeably when passing through metal doors or vents. For better performance across floors, consider placing the AP on a flat surface like a table or mounting it high in the ceiling. This helps spread the signal throughout your home. Ubiquiti devices can be powerful but may feel excessive for most homes; a basic gateway with a PoE injector works well as a starting point. If issues arise, you can easily swap in another AP without replacing the whole system.
It produces 360 on the surface it rests on, though the strength is higher toward the dome and drops off beyond the flat area (where it attaches to the ceiling). This doesn't imply you won't receive any signal above the flat section—it's simply less intense there. If you're mounting it on the ceiling, positioning it on the second floor could ensure full coverage throughout your home.