Motorola Introduces Industry’s First Tri-Radio 802.11n Access Point
March 16th, 2008 Leave a comment Visited 26 times, 1 so far today
Motorola Introduces Industry’s First Tri-Radio 802.11n Access Point
The Enterprise Mobility business of Motorola, Inc. (NYSE: MOT) today announced its AP-7131, the industry’s first tri-radio 802.11n access point (AP) featuring Motorola’s new adaptive AP architecture. The unique tri-radio design integrates three 802.11n radios that simultaneously support high-speed client access, mesh backhaul and dedicated dual-band intrusion protection for enabling the all-wireless enterprise. Using an expansion slot, the third radio can be field upgraded to enable next-generation 3G/4G technologies like WiMAX for primary or redundant WAN connectivity.
Motorola and Moonblink Communications, a partner providing Wi-Fi, WiMAX, and other broadband wireless solutions, also announced today that San Marino Unified School District will be the first customer worldwide that will combine an 802.11n WLAN deployment using the new AP-7131 along with Motorola’s award-winning Point-to-Point (PTP) solutions to connect four school campuses – delivering an end-to-end wireless network.
In a new enterprise wireless LAN (WLAN) survey commissioned by Motorola[[1]], the research results of more than 550 enterprise WLAN decision-makers found that nearly four out of 10 respondents are planning to deploy 802.11n technology in the next 12 months. More importantly, the number of enterprises planning to use WLANs as their primary network will more than double in the next 12 months, growing from 8 to 17 percent. Gartner predicts that “by year-end 2011, 70 percent of all new worldwide voice and data client-to-LAN connections will be wireless.”[2]
“We’re thrilled to be deploying Motorola’s new AP-7131 802.11n access points,” said Stephen Choi, director of technology, San Marino Unified School District. “In evaluating vendors for WLAN, only Motorola provided an end-to-end wireless solution with the advantage of smart adaptability and mesh that met our evolving needs. We are looking forward to providing students and faculty with a fast, reliable wireless network that allows us to meet our educational goals.”
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