Auburn University Engineering School Solves Performance Issues with Meru WLAN System; Meru Products Provide Seamless Wireless Coverage at the Samuel Ginn College of Engineering.SUNNYVALE, Calif. -- Meru Networks Meru Networks is a privately-owned company wireless networking company catering to medium and large enterprises. Meru's products include wireless access points, controllers, and management software. , the enterprise WLAN See wireless LAN. WLAN - wireless local area network performance leader, announced today that Auburn University Auburn University, main campus at Auburn, Ala.; land-grant and state supported; opened 1859 as East Alabama Male College, reorganized 1872 as the Agricultural and Mechanical College of Alabama; became coeducational 1892; renamed Alabama Polytechnic Institute 1899, , the first university in the country to offer a four-year wireless engineering degree, is deploying the Meru WLAN System to deliver wireless services at its Samuel Ginn Samuel L. Ginn (Born April, 1937) a native of Anniston, AL, received a degree in industrial management from Auburn University in 1959. He is considered a pioneer in the wireless communications industry and is a retired chairman and CEO of Vodafone AirTouch, PLC. College of Engineering. The college will deploy Meru access points, Meru controllers, and Meru's System Director Software to serve some 3,000 students and faculty in the college's interior and exterior areas. "As a pioneer in wireless engineering education, Auburn University wants to provide its students, faculty, and staff with the highest performing WLAN infrastructure to support school-wide access to email, the university Intranet, and the Internet," says Steve Henderson Steven Curtis Henderson (born November 18, 1952 in Houston, Texas) was an Outfielder for the New York Mets (1977-80), Chicago Cubs (1981-82), Seattle Mariners (1983-84), Oakland Athletics (1985-87) and Houston Astros (1988). , director of computing for the College of Engineering at Auburn University. "The Meru WLAN System was the only product we tested that allowed us to deliver ubiquitous wireless coverage both inside and outside our building infrastructure without causing user performance issues related to co-channel interference The confusion in the tuning circuit of a wireless receiver due to a second wireless signal being detected with the same frequency. Due to weather conditions, wireless communications systems (radio, TV, etc. ." After more than three years of providing hotspot coverage in several key locations, the College of Engineering at Auburn University was ready to move to the next phase of its wireless strategy -- ubiquitous wireless coverage indoors and outdoors. However, the traditional WLAN technology in use at the time required placement of access points on non-overlapping channels. When Auburn's Office of Information Technology tried to extend wireless coverage to outdoor areas using high-gain antennas The high-gain antenna (HGA) is an antenna with a focused, narrow radiowave beam width. This narrow beam width allows more precise targeting of the radio signal - also known as a directional antenna. , the greater range resulted in inter-access point interference and ultimately, inconsistent network performance for users. Leveraging Meru's Virtual AP technology, Auburn University's College of Engineering is able to easily deploy multiple Meru access points on a single channel to provide a contiguous zone 1. A maritime zone adjacent to the territorial sea that may not extend beyond 24 nautical miles (nms) from the baselines from which the breadth of the territorial sea is measured. of outdoor coverage without causing interference to the existing indoor deployment. The Meru system further eliminated the need for RF experts to conduct complex channel planning and re-deployment and provided a smooth migration path to an all-Meru network on the university's own budget and timeline. "Our selection by the wireless-savvy users of Auburn University's College of Engineering is a testament to Meru's technology leadership," said Kamal Anand, vice president of marketing at Meru Networks. "As the only WLAN vendor to enable truly seamless coverage with guaranteed quality of service for data, voice, and video in large-scale environments, Meru is setting a new standard for wireless LAN A local area network that transmits over the air typically in the 2.4 GHz or 5 GHz unlicensed frequency band. It does not require line of sight between sender and receiver. Wireless base stations (access points) are wired to an Ethernet network and transmit a radio frequency over an area performance." About Meru Networks, Inc. Meru Networks is the global leader in converged wireless LAN technologies, and makes the only enterprise WLAN infrastructure that delivers the reliability, scalability, and security for voice and data services over a single WLAN infrastructure. Meru's Wireless LAN System is deployed in major Fortune 500 accounts, universities, and healthcare organizations. Meru's unique Air Traffic Control technology provides predictable bandwidth and over-the-air, application-specific QoS to support a wide range of current and future wireless applications. Meru, founded in 2002, is based in Sunnyvale, California Sunnyvale ([sʌniveil]) is a city in Santa Clara County, California, United States. It is one of the major cities that make up the Silicon Valley. As of the 2000 census, the city population was 131,760. . For more information on Meru Networks and its products, visit www.merunetworks.com or call 408-215-5300. About Auburn University Auburn University is a comprehensive research institution with nearly 23,000 students and 6,500 faculty and staff. Ranked among the top 50 public universities nationally, Auburn is Alabama's largest educational institution, offering more than 230 undergraduate, graduate and doctoral degree programs. |
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