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How do I run a Wi-Fi Scan — New UI

Written by Sunny

Diagnostics – Wi-Fi Scan

Overview

The Wi-Fi Scan tool allows administrators to analyze the surrounding wireless environment directly from the selected device.

It helps identify nearby Wi-Fi networks, channel usage, signal strength, and possible interference.

This tool is very useful for troubleshooting slow Wi-Fi performance, connection drops, or coverage issues without requiring physical access to the device.


Navigation

Path:
Select Network → MonitorNetwork DevicesAction (⚙)DiagnosticsWi-Fi Scan


Device Information

At the top of the page, the following device details are displayed:

  • Device – Selected device MAC address

  • Model – Device model number

  • MAC Address – Hardware address of the selected device

Administrators can switch between devices using the Device dropdown selector.


Running a Wi-Fi Scan

  1. Select the Wi-Fi Band

    • 2.4 GHz

    • 5 GHz

  2. Click the Run button.

The device will scan nearby wireless networks and display the results.


Wi-Fi Utilization Graph

After running the scan, a utilization graph is displayed.

This graph shows:

  • Channel usage in the selected band

  • Signal interference levels

  • Congested vs less-used channels

Use Cases

  • Identify crowded Wi-Fi channels

  • Choose the best channel for SSID configuration

  • Improve Wi-Fi performance

  • Reduce interference from nearby networks


Scan Results Table

The scan results display nearby Wi-Fi networks with the following details:

  • Channel – Channel number used by the detected network

  • SSID – Name of the nearby wireless network

  • BSSID – MAC address of the access point

  • Security – Encryption type (e.g., WPA2, WPA3)

  • Signal % – Strength of the detected network

  • Wireless Mode – Supported Wi-Fi standard (e.g., 11n / 11ac / 11ax)

Use Cases

  • Detect overlapping networks

  • Identify strong interference sources

  • Plan optimal channel and band settings

  • Validate site Wi-Fi environment remotely


Best Practice Recommendations

  • Prefer less congested channels for better performance

  • Use 5 GHz band for high-speed connectivity where coverage allows

  • Use 2.4 GHz band for wider coverage areas

  • Perform scans during peak usage hours for accurate analysis

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