Unifi band steering

I have a customer who is experiencing a difficult WiFi issue in their building. On a normal day, everything works fine.

UniFi WiFi is a revolutionary WiFi system that combines Enterprise performance, unlimited scalability, a central management controller, and disruptive pricing. The UniFi WiFi access points are easy to deploy for home or office environments. There comes a time when you are using the UniFi WiFi and you feel like performance should be better. We share with you a few things that you can check and improve. You need to have access to the UniFi controller to be able to apply the improvements. The UniFi controller when you first set up your WiFi uses the default channel width that is supported by a majority of connected devices. The default channel width may not always provide the best speeds as expected.

Unifi band steering

As many people know, the 5 GHz WiFi band is going to provide better performance and is less crowded than the 2. I have always tried to get my devices on 5 GHz. Unfortunately the devices sometimes prefer the 2. One of the features of the UniFi line of access points is band steering which is supposed to push devices to go to 5 GHz if possible. After enabling the Advanced Features, I went to the configuration for each of my access points and turned on band steering to prefer 5 G. To finish off the configuration I set the transmit power to high for 5 GHz and medium for 2. I tested this configuration for a few days by forgetting the 5 GHz SSID from my devices and watched in the UniFi controller which band the devices chose. Today I removed the 5 GHz SSID and if all goes well no one in the house will notice a difference and devices will continue to operate at peak performance. I set up one access point in my networking closet near my office on the ground floor, one in the garage in the hopes that it would cover up yes, I know it points down and one behind the TV on the mid level wall mounting is not a great option. A few weeks ago, I decided to put the access points where they belonged. Since I have attic access above the mid level and second story, I just had to get a Cat6 cable up there. The result can be seen in these pictures; the access points pretty much blend in with motion detector and the smoke detector. His cable provider kept doing work on the connection and eventually he replaced the cable modem with an ARRIS Ubiquiti has been putting out regular updates to the equipment, but I decided to just leave it on older versions as everything was running.

For the AP s that provide support for that auditorium, how do you have their 2. Band steering can be set to off, prefer 5 GHz, and balanced, unifi band steering. Experiment and see what works best for you.

Band steering is an easy way to request that client devices attempt to connect to a certain WiFi band 2. In summary, 5 GHz is faster but has a shorter range than 2. While 2. Especially older devices, meaning that access points generally support 2. Band steering simply requests, at the access point level, for client devices to prefer the 5 GHz band. This does not guarantee that the device will use that 5 GHz, but it does request that devices attempt to use it. This image is a good depiction of the difference for UniFi Band Steering in terms of how the balanced mode attempts to keep things balanced between 2.

As you probably already know is the 5GHz band for wireless access points the faster way of connection your wireless devices with your internet. However the actual distance the 5GHz waves can travel is less than the distance 2. But there is no need to choose one above the other, especially not if you have an Ubiquiti Unifi access point using band steering. In this very short tutorial I will show you how to add band steering which is the technique to encourage devices connected to 2. This 5GHz band is also likely to be less congested by your neighbours as the 2. Go to settings in the left hand bottom. Now enjoy the freedom of your devices automatically selecting the 5GHz band if they believe that is better for the connection. Your standard 2. Skip to content As you probably already know is the 5GHz band for wireless access points the faster way of connection your wireless devices with your internet. But there is no need to choose one above the other, especially not if you have an Ubiquiti Unifi access point using band steering In this very short tutorial I will show you how to add band steering which is the technique to encourage devices connected to 2.

Unifi band steering

Nowadays, the demand for smart devices has tremendously increased as modern society emerges. Most people and households have at least a single smart device, like cellphones, tablets, CCTVs, etc. These smart devices operate with an internet connection. The increasing number of connected smart devices introduces connectivity problems such as high latency, interference, network congestion, and many more. With all devices connected to a single 2.

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If you have any questions, feel free to leave them in the comments! This means you only have to update a setting once for all or most of your access points. When doing this, make sure the port you are connecting the AP to is a trunk port, and it has access to the virtual network you are assigning. The cable modem has been rebooted a number of times, but none of the UniFi gear has been touched. This is less secure overall than requiring WPA3, but it is more flexible and less likely to cause issues as we transition to WPA3 as a default. Oh that would be helpful know if the Guest network is doing anything that would require the Cloud Key to actually do something, like providing a splash page, or limiting bandwidth. Multicast And Broadcast Control Multicast and broadcast control restricts the ability to send multicast or broadcast traffic, and allows you to define a list of exceptions. The cloud key may not be upto the job if you are using the unifi captive portal. Skip to main content. Especially older devices, meaning that access points generally support 2. Multicast and broadcast control restricts the ability to send multicast or broadcast traffic, and allows you to define a list of exceptions. Multicast is hard to troubleshoot without a packet capture and knowledge of the protocols involved. For most networks, especially with less experienced administrators, auto channel optimization usually leads to good results.

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Enabling this and increasing the maximum size removes the single digit percentage penalty you have from the Ethernet frame header and processing. I really like some of the features and their openness is refreshing. Recommendation : Leave at default. If normal use is approaching a limit somewhere in your infrastructure, adding another hundred plus users could easily push you over. Number of clients per AP is the obvious assumption, so I think the idea of adding an AP is a good simple thing to try. Disabling this is a good troubleshooting step if you have performance or connectivity issues. Access points provide good coverage. Pick one of those and try to keep other APs on that channel as far away as possible. After enabling the Advanced Features, I went to the configuration for each of my access points and turned on band steering to prefer 5 G. While I was hesitant to set my dad up with the same networking equipment I have. What that means in practice is that there is no noise penalty for doubling a channel width in 6 GHz. Effect : Enabling this can reduce broadcast traffic, and therefore airtime usage and latency. The UniFi controller when you first set up your WiFi uses the default channel width that is supported by a majority of connected devices. Leave disabled for secured networks for trusted devices. Minimum Data Rate Control Minimum data rate control allows you to define the slowest data rate allowed on the network.