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802.11n
Getting The Most—And The Best—From 802.11n.

What about 802.11nBecause 802.11n significantly increases top line bandwidth, it has been touted as a cure-all for high-performance streaming applications. Unfortunately, 802.11n technology is just as susceptible to interference as 802.11b/g, and in some cases, even more so. As a result, the actual throughput rates are orders of magnitude lower than the data rates being advertised.

To successfully apply 802.11n to high bandwidth enterprise applications such as video conferencing, medical image sharing, interactive learning, and IPTV, there's really only one place to turn: Ruckus Networks technology.

Why Ruckus? Because 802.11n uses "spatial multiplexing" to combine two beams of data at the receiving end, theoretically doubling throughput—but also doubling the chances of interference. But Ruckus BeamFlex Smart antenna technology mitigates interference by sending WiFi energy only in the intended direction, thereby greatly increasing the range of successful spatial multiplexing.

In addition, Ruckus improves 802.11n's "channel bonding" techniques, which combine two 20Mhz channels into a single-wide 40Mhz channel, for increased throughput. With BeamFlex, channel bonding effectiveness is increased four-fold.

Ruckus technology helps guarantee that 802.11n parameters for beamforming and channel selection are dynamically tuned for optimal throughput. With Ruckus, an 802.11n Wi-Fi AP can reliably support up to six or more simultaneous, flicker-free, 10Mbps streams of high-definition MPEG4 video. And it can provide capacity for web browsing, email, and Wi-Fi VoIP phones.