The Ubiquiti U6-IW UniFi In-Wall WiFi 6 PoE Access Point is a dual-band, wall-mounted access point, with four (4) GbE RJ45 ports, that brings plug-and-play WiFi 6 to your home or office. One of the U6-IW's ports also supports PoE output so you can connect and power a device via Ethernet. With its 2.4 and 5 GHz WiFi 6 bands, the U6-IW offers an aggregate, over-the-air throughput rate of 5.3 Gbps, which can support over 300 clients. The U6-IW is also Bluetooth-compatible so it can be set up in minutes and managed from anywhere via the UniFi Network web application or mobile app. Key Features US DFS Channels will result in lower maximum power settings on APs that can exceed the EIRP limit for DFS. The UniFi6 In-Wall (U6 IW) is a dual-band, wall-mounted access point with (4) GbE RJ45 ports that brings plug-and-play WiFi 6 to your home or office. One of the U6 IW's ports also supports PoE output so you can connect and power an Ethernet device. With its 2.4 and 5 GHz WiFi 6 bands, the U6 IW offers an aggregate, over-the-air throughput rate of 5.3 Gbps, which can support over 300 clients. The U6 IW is also Bluetooth-compatible so it can be set up in minutes and managed from anywhere via the UniFi Network web application or mobile app.

The Ubiquiti UniFi6 In-Wall (U6 IW) is a dual-band, wall-mounted access point with (4) GbE RJ45 ports, bringing plug-and-play WiFi 6 to your home or office. One of the U6 IW's ports also supports PoE output so you can connect and power an Ethernet device. With its 2.4 and 5 GHz WiFi 6 bands, the U6 IW offers an aggregate, over-the-air throughput rate of 5.3 Gbps, which can support over 300 clients. The U6 IW is also Bluetooth-compatible so it can be set up in minutes and managed from anywhere via the UniFi Network web application or mobile app. Approximate maximum EIRPs for each AP. Actual Transmit power and gain may be lower depending on your channel width, frequency, and specific hardware details. To get your AP's exact Tx power level run iwconfig in an ssh session. Gain values are relative to a theoretical perfect omnidirectional antenna, and are subject to the radiation patterns of the antennas in the device.US 6Ghz Low Power Indoor (LPI) operation is subject to power limits based on channel width - EIRP limits by channel width: 20Mhz 18dBM, 40Mhz 21dBm, 80Mhz 24dBm, 160Mhz 27dBm, 320Mhz 30dBm. When comparing the UAP-AC-Lite, UAP-AC-LR, and UAP-AC-Pro (all ac Wave 1) for example, in a clear environment the LR is usable at further distances, but in any congested environment that just means the AP will be able to receive more interference, making it less useful. Also theoretically they have different antenna configurations - the "LR" name for both Wi-Fi 5 and Wi-Fi 6 means a more sensitive reception circuit, and an antenna that is more optimized for out along the ceiling/wall, versus down/out from the AP