How do I setup Roaming Aggressiveness on my phone? This tutorial will work for laptops that have Intel and Realtek networking cards. Your client device will not roam when set to the lowest setting unless it experiences severe link quality degradation. Setting your roaming aggressiveness to a higher value will trigger your client device to look for APs more frequently. Ralink uses the term roaming sensitivity instead of roaming aggressiveness. Please note: If you are using a Ralink Wi-FI network adapter, click Roaming Sensitivity and select your preferred Value from the drop down menu.
Select your preferred Value from the drop down menu.Navigate to the Start Menu to access your Control Panel.
The following steps will show you how to change your roaming aggressiveness on Windows PC:
How Do I setup Roaming Aggressiveness on my computer?Ĭlick the video to learn how to setup your roaming aggressiveness! IT departments in a campus that lends laptops for example, will need to set up the wireless aggressiveness of these client devices individually. The only downside is that there is no quick way to simultaneously adjust the wireless aggressiveness of several client devices. Are there any downsides to adjusting wireless roaming aggressiveness? Users using a shared Wi-Fi network in a small business, enterprise, campus, or a home with multiple access points can benefit from WLAN roaming. Who can benefit from adjusting roaming aggressiveness? Adjusting roaming aggressiveness adjusts the sensitivity of your wireless network card to nearby APs. Boosting your roaming aggressiveness increases the rate at which your network card will seek out an AP with a stronger signal. Roaming aggressiveness refers to the interval time and conditions that will trigger a wireless network card to search for and connect to an alternative AP. What is roaming aggressiveness and how can it improve my wireless reception? The handoff process is typically unnoticeable by the user and takes less than ½ a second. If the new AP approves the request, the client will send a re-association request and complete the hand off process by disassociating from the old AP. The client device patiently waits to get approved or rejected by the new AP. If the client device finds an available AP, it sends a request to access the new AP. When the RSSI (Received Signal Strength Indicator) values begin to drop in a client device, it will search for nearby APs with the same SSID that are broadcasting a stronger signal. The “handoff’ process consists of the following steps: This process is known as the “handoff” process that occurs automatically. When a wireless client device approaches an AP with a stronger signal, the client device must associate with the new AP and disassociate its connection from the old AP. This makes it simple for a WLAN client to take their laptop from a sales department for example, and bring it into different locations, such as a warehouse, without having to re-login to a different wireless access point. WLAN roaming prevents the user from having to re-log back into a Wi-Fi network with the same SSID when it associates with a new AP. (Voice data however, is more susceptible to dropping frames when a client device roams onto a new AP.) When a client device approaches an alternative AP with a stronger signal, the client can connect to this new AP without triggering service interruptions in e-mail and web applications. Wireless network cards in client devices continuously listen for nearby APs with the same SSID. WLAN roaming automatically connects your client device to an access point with the strongest signal in an RF environment. But did you know that you can boost your wireless roaming aggressiveness to increase the frequency at which your client device will search for nearby AP’s broadcasting a better signal quality? Keep reading to find out how! Wireless Local Area Networking (WLAN) automatically connects your client device to an access point (AP) with the strongest signal in an RF environment whose access points have the same SSID.