A device with is "loyal" to its current Access Point (AP). It will hold onto a weak, stuttering signal until it is almost entirely gone before looking for a new one. Conversely, a device with high roaming aggressiveness is "impatient." As soon as the current signal dips even slightly below a high-quality threshold, the device scans for a stronger alternative and forces a handoff. The Balancing Act
If the setting is too high, the device becomes "jittery." It may constantly jump back and forth between two routers (known as "thrashing"), causing brief but frequent micro-disconnects. Each time a device roams, it must re-authenticate, which can interrupt latency-sensitive tasks like Zoom calls or online gaming. Optimization and Context what is roaming aggressiveness
False. This setting only affects the client decision. APs have separate settings (e.g., "Minimum RSSI" or "Band Steering") that can forcibly de-authenticate weak clients. A device with is "loyal" to its current Access Point (AP)
| Level | Common Name | Behavior | Typical Threshold (approx) | | :--- | :--- | :--- | :--- | | 1 | Lowest | Almost never roams. Stays connected until signal is unusable. | -85 dBm to -90 dBm | | 2 | Low | Roams only when signal becomes poor. | -80 dBm to -85 dBm | | 3 | Medium (Default) | Balanced. Roams when signal is moderately weak. | -70 dBm to -75 dBm | | 4 | High | Roams proactively when a noticeably better AP is nearby. | -65 dBm to -70 dBm | | 5 | Highest | Very aggressive. Roams even with a decent signal if any stronger AP exists. | -55 dBm to -60 dBm | The Balancing Act If the setting is too
Use Medium to prevent the ping-pong effect while allowing natural transitions between overlapping cells.
The "aggressiveness" level is a double-edged sword. If the setting is too low, you encounter the "sticky client" problem. Your phone might stay connected to the router in the living room while you are in the backyard, leaving you with a signal that is technically "active" but practically useless for loading a webpage.
