Ubiquiti UniFi 6 Long-Range Access Point U6-LR

Product Information

Opening up the U6-LR was a pain in the behind, but the Ubiquiti U6-Pro is even worse. The top plastic part is glued to the bottom section and even if I was using a heat gun, I still had to scratch and deform the case to finally be able to pop the top part off (this time, my fingers remained relatively intact). Ubiquiti U6-Pro Antenna Positioning. I understand the push towards using PoE more since it’s so convenient, but I would have still wanted the option to power up the access point via a power cable. I have mentioned before that the Ubiquiti U6-Pro was built to withstand outdoor conditions and the device is indeed IP54-rated which I suppose could ensure that it withstands some degree of abuse from the elements. But I would still be careful to not put it completely in the open. Make sure that there is some sort of roof above it, otherwise it’s not going to last that long. Internal Hardware (Ubiquiti U6-Pro Teardown) enabling a minimum RSSI (Received Signal Strength Indicator) to prevent distant devices from connecting to the Access Point (to improve overall quality). the channel bandwidth used, with our best results achieved with an 80 MHz channel bandwidth. Using DFS channels, we were able to operate five Access Points in our Wi-Fi network without using overlapping channels

I’ve seen this approach with lots of EnGenius access points, including the ECW230 and the latest WiFi 6E ECW336, and it works wonders for the heat management of compact access points. Ubiquiti still insists that their APs are suitable for outdoors, so there are no ventilation holes and you do get a silicone cover for the ports area, which means that the device will get hotter to the touch when it’s operational (due to the heat transfer), but there should be no risk of overheating. Ubiquiti U6-Pro Heat Management. radio conditions, with the best speeds obtained when the client device was situated close to the Access Point. By using multiple Access Points, we were able to ensure that the UniFi 6 Long Range Access Point operated in its highest speed mode (using 1024-QAM modulation) in all our targeted locations BSS Colour. By assigning a ‘colour code’ to each Wi-Fi 6 Access Point or router, interference from surrounding Access Points or routers transmitting on the same channel (but different colour codes) can effectively be reduced. Whether you own a motorhome, van or emergency vehicle, Poynting antennas can bring you the stable and reliable connection you need to stay in touch no matter the conditions or circumstances. Here is your buying guide to find the perfect model for you!Compared with Ubiquiti’s nanoHD Wi-Fi 5 Access Point, for little more money, the UniFi 6 Long Range Access Point provides future proofing, noticeably higher speeds with Wi-Fi 6 devices and improved range. For anyone looking for a new Access Point now, opting for the UniFi 6 Long Range Wi-Fi Access Point is a no-brainer. While Wi-Fi 6 is more about efficiency improvement rather than speed enhancement, we still measured significant throughput increases. With modern Apple devices (equipped with 2×2 MIMO), we measured real, close-range throughputs of over 900 Mbps, compared with about 640 Mbps achieved with the nanoHD Access Point. In other words, throughputs nearly match Gigabit Ethernet, which is a very impressive result. So, optimally deploying several UniFi 6 Long Range devices in a home or business would finally do full justice to the fastest ultrafast broadband connections. For products which are showing as 'in 2-5 working days', these are shipped direct from the manufacturer or supplier and so can be subject to a 2-5 day leadtime.

U6-LR is a high-performance Access Point leveraging advanced WiFi 6 technology to provide powerful wireless coverage to enterprise environments. Before discussing the practical performance of the UniFi 6 Long Range Access Point, it is important to realise that, unlike previous iterations of Wi-Fi standards, increasing speeds to individual client devices has not been the overriding objective with Wi-Fi 6. Many of the benefits of Wi-Fi 6 are concerned with improving efficiency (when operating with a large number of client devices) and reducing power consumption, rather than increasing maximum speeds to individual devices. Having said this, the introduction of new modulation and coding schemes with Wi-Fi 6 (using 1024-QAM) does provide for modest speed improvements in excellent radio conditions. The U6-LR may be installed outdoors under an eave or other protected location thanks to its IP54 rating. Please note, however, that the U6-LR should not be installed in an open environment. The mounting location should be at least 60 cm (2 ft) from the edge of the eave or ceiling, with the cable feed pointing downwards when wall-mounted.We found that the UniFi 6 Long Range Access Point delivers excellent performance in both Wi-Fi 5 and Wi-Fi 6 operating modes, and range is noticeably superior to the similarly-priced UniFi 5 Nano Access Point (as would be expected by the higher transmit power). Given that the prices of these two units are so similar, we have no hesitation in recommending the UniFi 6 Long Range unit as the preferred choice. The UniFi Nano Access Point is the top recommendation in our Best Access Point for 2021. The UniFi 6 Long Range Access Point becomes our top recommendation in our forthcoming Best Access Point For 2021 guide. The only challenge is getting hold of this unit, as it has been in very short supply for many months. During this time, Ubiquiti has had the opportunity to sell a huge number of these units and it seems a bit crazy that the supply shortage has lasted for such a long period. the MIMO capabilities of client devices, with our speeds consistent for the client devices we used, which were both equipped with 2×2 MIMO (Apple iPhone 12 Pro Max and an Apple Macbook Air M1). While 3×3 MIMO could have achieved higher radio link speeds, these would not have resulted in higher throughputs due to The curious thing is that the industry wants to push us now towards WiFi 6E. Slow down, guys, you’re not going to pull this off in the WiFi networking market, although I applaud your effort. I know people that are still using 802.11n (WiFi 4) routers, so the adoption at the home-user level is really not that great; neither is at the SMB or enterprise level because the equipment costs money, the monitoring and the management for new hardware costs money and it’s not worth it upgrading every couple of years. Wireless Test (5GHz)