UniFi Tutorials

How To Implement Minimum RSSI On Your UniFi Network

In this tutorial you will learn how to implement Minimum RSSI on your UniFi Network and gain an understanding of what it is and how it is used. In today’s world, where the internet is the backbone of every business, it is essential to have a reliable and secure network to ensure smooth operations. UniFi Network, a product of Ubiquiti, offers one such solution. UniFi Network is a scalable and high-performance solution that allows businesses to manage their network infrastructure effectively.

One of the key features of UniFi Network is Minimum RSSI. In this article, we will explore what Minimum RSSI is and how it can be implemented to improve network performance.

Understanding Minimum RSSI

Minimum Received Signal Strength Indication (RSSI) is the minimum signal strength required for a client device to maintain a connection with the access point (AP). The signal strength is measured in dBm (decibels per milliwatt), and the lower the value, the weaker the signal.

Minimum RSSI is a feature in UniFi Network that allows network administrators to set a minimum signal strength for client devices to connect to the AP. If a client device’s signal strength falls below the set threshold, the AP will disconnect the device to maintain network performance.

The Importance of Minimum RSSI

Minimum RSSI is crucial for maintaining network performance in environments where there are many APs in close proximity. In such scenarios, client devices may switch between APs frequently, causing network congestion and poor performance.

With Minimum RSSI, administrators can ensure that client devices are connected to the AP with the strongest signal, reducing network congestion and improving performance.

Implementing Minimum RSSI in UniFi Network

Implementing Minimum RSSI in UniFi Network is a straightforward process. Follow the steps below to configure Minimum RSSI:

  1. Log in to the UniFi Network Controller.

  2. Click on the “UniFi Devices”.

  3. Select the UniFi Wireless Access Point you want to configure.

  4. Locate and click on the “Settings” icon from the side panel.
  5. Scroll down to the “Advanced Options” section and enable “Minimum RSSI.”

  6. Set the 2.4GHz and 5GHz Minimum RSSI threshold according to your network requirements.

  7. Click on the “Apply Changes” button.

Best Practices for Configuring Minimum RSSI

To ensure the best network performance, it is essential to follow some best practices when configuring Minimum RSSI. Here are some tips to keep in mind:

  1. Set the Minimum RSSI threshold to an appropriate level that balances network performance and coverage. Setting the threshold too high can result in coverage gaps, while setting it too low can cause network congestion.

  2. Regularly monitor the network to ensure that the configured Minimum RSSI threshold is optimal for the network’s current state.

  3. Consider the physical layout of the network when configuring Minimum RSSI. Walls, floors, and other obstructions can affect the signal strength, and the Minimum RSSI threshold should be adjusted accordingly.

  4. Test the network thoroughly after configuring Minimum RSSI to ensure that there are no coverage gaps or network congestion.

How To Implement Minimum RSSI On Your UniFi Network

Conclusion

In conclusion, Minimum RSSI is an essential feature in UniFi Network that can significantly improve network performance. By configuring Minimum RSSI, administrators can ensure that client devices are connected to the AP with the strongest signal, reducing network congestion and improving performance.

When configuring Minimum RSSI, it is crucial to follow best practices to ensure optimal network performance. By doing so, businesses can enjoy a reliable and secure network infrastructure that supports their operations.

I hope this article was helpful, if you have any questions please feel free to contact me. If you would like to be notified of when I create a new post you can subscribe to my blog alert.

4 Comments

    1. Hello Gino,

      I am unaware of another method.

      Fine-tuning the Received Signal Strength Indicator (RSSI) for each individual wireless access point (AP) is considered best practice for several important reasons:

      Optimized Coverage: Different APs might have varying coverage areas, and fine-tuning the RSSI allows you to make the most of each AP’s range. This ensures that users experience a consistent and strong signal as they move through the covered area.

      Reduced Interference: By setting specific RSSI values per AP, you can minimize the overlap between APs, reducing the chance of wireless interference that can degrade performance.

      Better Load Balancing: When RSSI is optimized for each AP, client devices are more likely to connect to the most appropriate AP, rather than just the closest one. This helps distribute the network load more evenly across multiple APs.

      Improved Battery Life for Devices: Devices will often try to stay connected to stronger signals, which means less work for their internal radios and, consequently, better battery life.

      Easier Troubleshooting: When each AP is finely tuned, it’s easier to identify and resolve issues. You can more quickly pinpoint whether a problem is due to an AP’s settings rather than a more systemic issue.

      Increased Network Efficiency: An optimized RSSI setting helps in avoiding unnecessary handoffs between APs and ensures that the data rate is optimal, thereby increasing the overall efficiency of the wireless network.

      In light of these benefits, fine-tuning RSSI for each AP is a strategy that can significantly improve the performance and reliability of your wireless network.

      Thank you,
      Patrick Domingues

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