In the age of seamless connectivity, few things are more frustrating than a "sticky" client. You walk from your home office to the kitchen, or from the conference room on the 3rd floor to the cafeteria on the 1st, and your video call stutters. You glance at the Wi-Fi icon: one bar. Yet, you know there is a powerful access point (AP) just ten feet away. Why won't your device let go?
Imagine a cubicle farm. Every 20 feet, there is an AP. At Level 5, your laptop sees AP A at -55 dBm and AP B at -58 dBm. It roams to B. Two seconds later, it sees AP A at -57 dBm and AP B at -60 dBm. It roams back to A. This cycle repeats indefinitely. roaming aggressiveness wifi
Contrary to popular belief, the Wi-Fi network (the routers/APs) does not force a client to roam. While protocols like 802.11k (Neighbor Reports), 802.11v (Basic Service Set Transition Management), and 802.11r (Fast Roaming) help facilitate the process, the final "vote" belongs to the client. The client decides when the signal is too weak, too noisy, or when a better option exists. In the age of seamless connectivity, few things
The answer lies in a subtle, often misunderstood setting buried deep in your network adapter properties: . What is Roaming Aggressiveness? At its core, roaming aggressiveness is a client-side decision algorithm . It determines how easily a Wi-Fi client (your laptop, phone, or tablet) will disconnect from its current access point and switch to a better one. Yet, you know there is a powerful access