Education Customer Testimonials
Appalachain State University (pdf)
Secure Networks technology preserves the traditional "openness" of the university environment, while ensuring
advanced security with features like MAC authentication and multiple MAC
authentications per port and support for the university's unique registration system. Baylor University
Secure Network™ Improves Network Security and Management on Campus. Bentley College
Enterasys’ X-Pedition switch router and Matrix E6 provide a campus-wide communications infrastructure for this educational environment where information technology is integrated within a broad business, arts and science curriculum. Broward County Preparatory Schools (pdf)
The North Broward Preparatory Schools faced a challenge not unlike that confronted by many other schools today: taking advantage of available technology while working with limited financial resources. The Schools sought to put a laptop into the hands of every student thanks to an infrastructure that offered increased speed and reliability. A network with Enterasys' RoamAbout, Matrix E7 and Vertical Horizon solutions became the smartest choice. Broward County Preparatory Schools (pdf)
The North Broward Preparatory Schools faced a challenge not unlike that confronted by many other schools today: taking advantage of available technology while working with limited financial resources. The Schools sought to put a laptop into the hands of every student thanks to an infrastructure that offered increased speed and reliability. A network with Enterasys' RoamAbout, Matrix E7 and Vertical Horizon solutions became the smartest choice. Hobart and William Smith Colleges (pdf)
Located in Geneva, New York, Hobart and William Smith Colleges (HWS) offer four-year liberal arts degree programs for undergraduate students. HWS was looking to provide all its students, including those studying abroad, with equal 24x7 access to the network's many resources and applications. Enter Enterasys Networks and its Secure Network™ solution, which provides the reliability, security and control the Colleges required. Hofstra University School of Law (pdf)
As more student resources have become accessible electronically, the Hofstra University School of Law saw the need for an expanded network increase proportionately. The Law School first considered a hard-wired network expansion, but found that the cost to upgrade and expand their existing infrastructure was double the potential cost of a new wireless network. The end result: Hofstra Law School selected Enterasys Networks and its RoamAbout wireless solution. Korea's Chunbok National University
With ATM SmartSwitches providing the high-speed connectivity required, students at the university can make use of a broad range of services including e-mail, web hosting, a multimedia library, and the creation of educational videos with data from laser discs and different audio/visual sources. Kwangju University
ATM SmartSwitches from Enterasys support both traditional data applications for teaching, research and administration, as well as bandwidth-hungry multimedia applications including video on demand, interactive learning and video conferencing, making the university’s computing environment one of the most advanced in the region. Palm Beach Atlantic University (pdf)
User Personalized Networking Makes the Grade Seirei Gakuen Educational Organization, Japan (pdf)
Enterasys' switching and routing solutions support the information needs of the Seirei Gakuen Information Network System, and provide the industry-leading performance and scalability that will continue to provide support well into the next decade. Sinclair Community College (pdf)
Sinclair Community College, located in Dayton, Ohio, is the largest single-campus community college in the state, with approximately 1,500 faculty and staff, as well as 23,000 students. To support students' changing requirements, Sinclair embarked on an $11 million communications project that included rewiring the campus and migrating the network to accommodate additional learning tools and on-line resources. A project of this magnitude required the technology and expertise of Enterasys Networks. Universidad Complutense de Madrid (pdf)
How does a nearly 800-year old university keep up with 21st century demands? Turning to its trusted network provider, Enterasys Networks, the Universidad Complutense de Madrid upgraded to a high-speed, Gigabit-powered infrastructure to support new e-learning applications, and was still able to protect investments in existing equipment.
University of California at Riverside
UC Riverside needed to cope with dramatic increases in traffic, while preserving network security. The unprecedented throughput and access control of the X-Pedition switch router deliver the combination of features that the university requires. University of Nevada, Las Vegas (pdf)
Enterasys’ multilayer switches are at the heart of UNLV’s network, facilitating such demanding applications as distance learning, video conferencing, online resources, VLANs and office automation. University of Toronto (pdf)
As one of the top major research universities in North America, the University of Toronto features a student population more than 52,800 strong, along with 9,588 faculty and staff. When the University needed to expand its network to meet the availability requirements of its many end users, it chose to add mobility too--with a secure, wireless solution from Enterasys. Valdosta State University
An institution with a commitment to technology, Valdosta State University (VSU) wanted to provide port-per-pillow, 24 x 7 connectivity to enable students to access Internet resources outside the traditional hours of the university lab setting. After it considered (and ruled out) wiring the residence halls, VSU looked to RoamAbout wireless, an extremely cost-effective, yet high-performance, complement to their existing technology. Wentworth Institute of Technology
With a commitment to ensuring that students are prepared for successful careers upon graduation, Wentowrth Institute of Technology provides students with technology resources that enable everything from personal servers to mini-dorm-room networks that run high-bandwidth applications like CAD or audio and video files through the school's network. As a result, it needed a robust network that allowed its technical students to experiment to a maximum degree while delivering business functions and managing the entire campus infrastructure.
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