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RUCKUS Auto Cell Sizing reduces interference by dynamically changing an AP’s cell size

When multiple access points (APs) operate on the same channel in a high-density environment, coverage can significantly overlap, causing co-channel interference. This is often more prevalent in the 2.4 GHz band, where there are a limited number of available channels and the band path loss is lower than in the 5 and 6 GHz bands. 

To overcome AP-to-AP co-channel interference, Auto Cell Sizing dynamically adjusts an AP’s radio transmission (Tx) and the received signal (Rx) power in real-time. By sharing information through AP-to-AP communications, an AP can automatically adjust its radio parameters to the ideal cell size for the existing environmental conditions, which mitigates interference. 

Customer stories
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Cincinnati Zoo

Learn how RUCKUS provided a variety of indoor and outdoor access points that were placed strategically throughout the zoo for exceptional Wi-Fi®.  

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Paycom Center

Discover how Oklahoma City’s Paycom Center designed a top-of-the-line wired and wireless network by deploying RUCKUS Networks switches and access points.  

Artemis Hospital
Artemis Hospital

RUCKUS Networks enhances Artemis Hospitals’ customer care with advanced network solutions.  

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San José McEnery Convention Center

Discover how San José McEnery Convention Center deployed a unified RUCKUS wired and wireless network to deliver the capacity and performance needed to appeal to high-profile tech event exhibitors and support attendee expectations.  

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WireStar Networks

For reliable and easy-to-deploy wired and wireless network technology to be used in premier student housing new construction, WireStar selected RUCKUS.  

How to buy

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