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Ubiquiti U6-LITE UniFi 6 Lite Access Point

£9.9£99Clearance
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For the next test, I switched over to my MacBook Pro and it’s 3 spatial stream Wi-Fi 5 radio. This is an interesting test because it shows the impact of an additional spatial stream, and removes the highest-end modulation and longer symbol duration of Wi-Fi 6. This is a more even playing field, and the U6-LR and AC-HD rightfully pull ahead due to their 4x4 MIMO radios. Upstairs I have placed the U6 lite and measured the speed from my office. Between the access point and my office are two drywalls. We will not sell, distribute or lease your personal information to third parties unless we have your permission or are required by law to do so. We may use your personal information to send you promotional information about third parties which we think you may find interesting if you tell us that you wish this to happen. Please Note: If you require a PoE Power Adapter, please see the Ubiquiti PoE Power Adaptor 48V 802.3af (U-POE-AF). Ubiquiti UniFi WiFi 6 Lite Access Point (U6-Lite)

So best is to place the access point high on a wall or ceiling. But you can always try it and measure the signal strength with the Wifi Man app from Ubiquiti. Even though the new Unifi 6 access points don’t support WiFi 6 on the 2.4 GHz band, we can still see a clear improvement in speed between the old and new models. The new U6 LR is slightly faster than the U6 lite, but you won’t see many differences here. Here you can really see the performance improvement of the new U6 LR. The speedtest are done on 40Mhz for the 2.4Ghz band and 80Mhz for the 5Ghz band. The performance improvement of the U6 lite is between 20% and 30%.I have 1 Meraki MR33 whose license is almost up. I have in on the second floor closer to 1 side of the house but still fairly center. I added this location recently during a renovation. I also added another 1 gang box by the 2 new bedrooms about 20ft away on the 2nd floor. All these improvements really benefit the performance and battery lifetime of your devices. Keep in mind though that your clients need to support WiFi 6 to fully benefit from these new features. Unifi 6 lite vs Unifi 6 Long Range

The 160 Mhz channel width is at the moment only supported on the U6 LR. In the chart below you won’t see the full potential of the 160 MHz channel width, due to the limitation of the 2×2 Wifi 6 adapter in my notebook. The advantage of the Unifi 6 Long Range with its 4×4 MU-MIMO 5 GHz radio really comes into play when connecting with multiple clients. When further away, you can see the impact of the lower EIRP of the U6-Lite. The UDM and AC-HD are able to compensate with better beamforming, and ended up performing slightly better than the U6-Lite from the furthest location. This is where the U6-LR shows it’s biggest advantage over the U6-Lite. Its higher gain antenna and higher transmit power allow it to reach further than any of the other models I’ve tested. A better antenna and few extra dBm is enough to allow the U6-LR to effectively cover a larger area than any of the other APs listed. We are a responsible supplier to the growing IP convergence industries, distributing and supporting technologies such as Wireless Broadband, Wi-Fi, Networking, Routing, VoIP, IoT, Fibre, Access Control and IP Video. We only supply best-of-breed products, deliver strong pre and after-sales technical support, internationally-certified trainings, as well as finance solutions to our customers. We serve and support business partners in South Africa, Namibia, Botswana, Zimbabwe, Zambia, Angola, Malawi, Mozambique, Lesotho, and Swaziland.Overall, the U6-Lite is the best deal in the UniFi AP lineup and it’s my default recommendation for a new UniFi network.

Multi-device throughput should see a significant throughput increase, due to multi-user MIMO and OFDMA. OFDMA is a technology borrowed from LTE cellular modems. It’s main impact on Wi-Fi is that it breaks up a wireless channel into smaller Resource Units (RU), and each RU can be assigned to a specific client. There are up to 9 clients per 20 MHz channel, and up to 36 users per 80 MHz channel. Clients can also request and use multiple RUs at once if they need more bandwidth. Early implementations of OFDMA were tested by SmallNetBuilder, and he found no discernible benefits. I am torn between a 6 Lite and a 6 LR for a bar area guest wifi. The room is about 25’x45′ with 12′ ceilings. I was going to place one of the AP’s in the center of the room to hopefully provide good signal to the 75 guests inside. I need to explain a little bit how I tested the speed of the access points. Measuring the speed of a wireless network connection really depends on many factors. Transmit power settings, the distance between an access point and client, wireless network congestion (if you live in an urban environment, then the 2.4 GHz channels are probably crowded), the wireless adapter of the client device, etc. When possible, place two Lite‘s in the center of each wing of your home, that would give the best result. Otherwise, go for the LR.

Analogy: Instead of sending “H E L L O”, Wi-Fi devices send “Hotel Echo Lima Lima Oscar”. The receiving device can then understand the transmission even if a few characters are dropped. Currently have a AC-Pro in my living room and it had issues with coverage in my garage so I added a AC-M near the garage. I was considering the 6 LR as an upgrade and was wondering if the 6 LR could eliminate the AC-M.

And even though the congestion is bad the connection is ultra stable, no link drops at all, while the router from isp was really struggling (which made me buy the ubiquity ap) To test only the speed of the Wi-Fi connection between the client and the AP, my iPerf server was connected over gigabit Ethernet to my Switch Lite 8. I primarily used my dedicated pfSense box for this, but I also used my PC and laptop depending on what I was testing. To specify which AP and which band was being used, I made an AP group for each AP, and swapped them in and out as needed. I then stepped through the different channel widths and bands, letting the connection stabilize before beginning my tests. I ran all of my tests with multiple TCP streams, and occasionally reversed the direction as a point of comparison. These tests ran for 60 seconds, so a typical client command would look like: iperf3 -c 172.25.10.5 -P 8 -t 60 I had set the transmit power to high and used channel 6 (which was used the least) to test the 2.4 GHz performance. Setting the transmit power to high can result in the access point over shouting the client. The test was done with a clear line of sight, at a distance of 7 meters. To test the performance of each access point I created a separate wireless network and access point group. This allowed me to connect only to one device and made sure that the access point wasn’t connecting to anything else. Unifi 6 – 2.4 GHz performanceUniFi is Ubiquiti’s all-in-one, enterprise Wi-Fi portfolio and is supported by a fully integrated software-defined network (SDN) platform for all UniFi Wi-Fi, surveillance and networking devices. The unique features of each UniFi device provide you with the freedom to deliver the ideal solution for your application, whether it be large-scale enterprise Wi-Fi deployments or home Wi-Fi deployments. MiRO’s partnership with Ubiquiti When it comes to speed improvement we can see the biggest difference in the 5 GHz band. You really see here the advantage of WiFi 6, with much higher throughput. For testing, I had set the transmit power to medium. The speed where lower on high, which is probably the result of being too close to the access point.

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