BigfootBuilding on Bigfoot Networks' history of high-performance networking, the Killer Wireless-N 1102 adapter integrated within MSI's new solution delivers superior wireless networking Speed with data rates up to 300Mbps(i). Bigfoot Networks' exclusive Advanced Stream Detect™ technology provides network Intelligence by automatically classifying and prioritizing latency-sensitive network traffic such as online games, HD video, voice and audio. Control comes courtesy of Bigfoot Networks' exclusive Visual Bandwidth Control™ application, which lets users easily manage their precious bandwidth and adjust upload and download allocations for each online application.
As a result, users experience optimized gaming performance, fewer video interruptions and crystal-clear audio and video conferencing, even when running multiple online applications simultaneously."Through our partnership with Bigfoot Networks, we are able to offer our discerning customers an unprecedented wireless networking experience for all their online gaming, HD video and high-quality audio streaming needs," said Eric Kuo, associate vice president for global sales, MSI Notebook. "Bigfoot Networks has recognized the demands that real-time, content-rich applications can put on a network, and with this new technology, our customers can enjoy all the benefits of on-demand wireless entertainment without the frustration of freezes, stuttering or excessive buffering. Killer Wireless-N adapters have truly opened new doors for today's mobile computing enthusiast."
"We are proud to partner with a premier notebook vendor, such as MSI, to bring this game-changer to market," said Michael Howse, CEO of Bigfoot Networks. "With our innovative Killer Wireless-N technology, we are able to deliver wireless performance to a level once thought only to be achievable through a wired connection. Not only can notebook users now watch HD videos, listen to streaming music or play a first-person shooter game, but they can even run these applications simultaneously, making media truly mobile."
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