The client stays locked to its current AP until the signal is incredibly weak.
Right-click your Wi-Fi card (e.g., Intel Wi-Fi 6E) and select Properties Scroll down to Roaming Aggressiveness and adjust the value. Final Thoughts
in their coverage areas. If they are too far apart, there will be a "dead zone" regardless of your setting.
To improve mobile roaming, you must instead optimize the physical environment or adjust settings on your router/mesh system, such as enabling fast-roaming protocols. Final Thoughts: Finding Your Perfect Setting what is roaming aggressiveness in wifi
The device disconnects from the degraded AP and authenticates with the stronger AP, ideally completing the transition in milliseconds to prevent data interruption. What Does the Roaming Aggressiveness Setting Do?
Users who walk through large facilities while on video or voice calls experience fewer zone-based dropouts.
Best for the vast majority of standard home and office users. 4. Medium-High The client stays locked to its current AP
Recommended for high-mobility environments (like warehouses or hospitals) running critical real-time applications (like VoIP or video calls) across a dense network of access points. The Risks of Setting It Too High or Too Low
You move around a large office or house with many access points and find your device gets "stuck" on a weak, distant signal.
Your device continuously monitors the Received Signal Strength Indicator (RSSI) of its connected AP. When the RSSI drops below a specific internal limit, the device initiates a background scan to find neighboring APs broadcasting the same network name (SSID). Roaming aggressiveness directly modifies this internal limit and the urgency of the subsequent scan. The Spectrum of Roaming Aggressiveness Settings If they are too far apart, there will
Here, APs are deliberately overlapped, with transmit power turned down to encourage handoffs. High aggressiveness is essential. It ensures that as a user walks from a conference room to a cubicle, their laptop instantly jumps to the nearest AP, maintaining a clean VoIP call.
However, sometimes your device clings to a distant, weak access point (AP) even when a closer, stronger one is available, resulting in slow speeds or a dropped connection. This is where (sometimes called "Roaming Sensitivity" or "Roaming Tendency") comes into play. 1. Defining Roaming Aggressiveness
The device will not roam unless the link quality significantly degrades or the signal is nearly non-existent.
Your Wi-Fi adapter doesn't know where your access points are physically located. It only knows one thing: the strength of their signals, typically measured in Received Signal Strength Indicator (RSSI) and often reported in negative dBm values (e.g., -40 dBm is very strong, -80 dBm is very weak).