Even if very high maximum radio link speeds are claimed, real throughput speeds may be limited by the Ethernet connection to the Access Point. Ubiquiti claims that its UniFi 6 Long Range Access Point delivers a ‘radio rate’ of up to 2.4 Gbps in the 5 GHz band. However, since the UniFi 6 Long Range Access Point is equipped with a single Gigabit Ethernet connection, the maximum throughput – determined by the speed limitation of the Gigabit Ethernet connection itself – is about 940 Mbps. The system monitors different aspects of every connection, allowing you to identify and troubleshoot any issues that stand in the way of optimum performance. The excellence of the UniFi Controller software is one of the reasons why UniFi Access Points stand apart from so many alternative products. Ubiquiti’s UniFi system provides home users with ‘enterprise-class’ features and control at consumer prices.

In summary, actual throughput speeds with both Wi-Fi 6 and Wi-Fi 5 are affected by the following four things: When everything is working properly, then the LED will be solid blue and, before it’s adopted to the UniFi controller, it will be solid white. What’s very problematic is that Ubiquiti has advertised that the users would be able to set the color that they wanted (RGB), but they have removed that feature. I have no idea why because as I said, the single LED pales in comparison to the traditional array of LEDs anyway. Why not have some fun?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. 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. With a weight of 800g, the UniFi 6 Long Range Access Point is much heavier than the nanoHD (300g) and feels much more substantial. Both devices support 160 MHz channels in the 5 GHz band and 4 x 4 MIMO. With its higher antenna gain, the Uni-Fi 6 Long Range device should provide better range. While Ubiquiti has not specified the processor or RAM in the nanoHD, the LR unit has a 2-core 1.35 GHz processor with 512MB of RAM, which we assume is improved since Wi-Fi 6 is computationally much more intensive than Wi-Fi 5. Monitoring the CPU and memory usage of the UniFi 6 LR has shown no sign of the device being underpowered, with plenty of performance in reserve.

TheUniFiU6-LR delivers an aggregate radio rate of up to 3.0 Gbps with 5 GHz (4x4 MU-MIMO and OFDMA) and 2.4 GHz 4x4 MIMO radios. The U6-LR seamlessly blends into any environment, and is capable of being mounted in indoor and semi-outdoor environments (IP54 rated). Searching for a smart networking management solution? Look no further. Read to find out how TP-Links OC200 can make your life easier. First name * Please enter your first name Please enter a valid First Name, the maximum length is 50 characters.Poynting has been a huge part of NetXL since its launch in 2019. Let's chat with Hugo to find out what makes Poynting so special and why it's the perfect solution for you! Buffering videos, browsing taking far too long, that little sad face that pops up when you have no internet connection, we all know these feelings far too well. Apart from just being plain annoying, signs like these could mean that your Wi-Fi signal has slowed down, and it's time to boost that Wi-Fi connection.

The speed remains fairly consistent up until the 45 feet spot (-77dB), where the throughput goes down to 162Mbps up and 33.6Mbps downstream. Going farther to 70 feet disconnected the client device once again, so the problem is that the Ubiquiti U6-Pro just doesn’t reach that far, while most other WiFi 6 APs do. Was that done as to not overlap the potential audience for the U6-LR? Probably. 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. 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 So, I adjusted the settings to broadcast the signal at 80MHz and reconnected the WiFi 6 client device (AX200). As expected, the close-to-Gigabit speeds are gone, but the throughput is not bad. At 5 feet, upstream, I saw an average of 735Mbps, while downstream, it was 349Mbps. Ubiquiti U6-Pro – Wireless Test – 5GHz – WiFi 5 and WiFi 6 client devices – Upstream Ubiquiti U6-Pro – Signal Strength – 5GHz – WiFi 5 and WiFi 6 client devices – UpstreamWe offer the best price for Ubiquiti U6LR UniFi WiFi 6 Long-Range, 5 GHz band 4x4 MU-MIMO, Four-stream WiFi 6 technology, 1.3 GHz dual-core processor Access Point | U6-LR in Dubai, UAE. Buy now with the best price!

The U6-LR access point utilises Wi-Fi 6 technology to provide strong and expansive wireless coverage to all enterprise networking environments. Target Wake Time (TWT). This reduces the amount of time that a client device in Power Save (PS) mode needs to be awake (and consuming power). This allows the device to ‘sleep’ longer and reduce energy consumption. This is really important for mobile devices where minimising battery consumption is critical.The beauty of the UniFi Controller software is that it allows you to configure and manage different types and generations of UniFi Access Points, which gives immense flexibility on deployment. So, you have the choice of upgrading specific Access Points (for example, those carrying the most traffic) to Wi-Fi 6 devices while leaving older devices to serve lower-traffic areas. Even if you deploy Wi-Fi 6 everywhere, you could decide to deploy UniFi 6 Long Range Access Points in the most important locations while using lower-cost UniFi 6 Lite Access Points in less-important locations. Because of this flexibility, the UniFi system provides surprising cost-effective evolution for broadband users. Every time you upgrade, you won’t be throwing everything away and starting again.