Malaysian University Builds Terabit-Scale Campus Network with 10 Gigabit Ethernet Solutions from Cisco Systems

July 16, 2003

High-speed network will enable university to facilitate e-learning, online applications and data/voice/video communications services for 100,000 staff and students

KUALA LUMPUR, Malaysia - July 16, 2003 - Universiti Teknologi MARA (UiTM), one of Malaysia's top educational institutions, is building one of the largest campus networks in Asia with 10 Gigabit Ethernet solutions from Cisco Systems?.

The network, with a total capacity of 5.5 terabits per second (Tbps), 55,000 times faster than a 100 Mbps Fast Ethernet network, will enable UiTM to deliver high-speed Internet and intranet access to its 86,000 students and 8,000 staff respectively in its main campus in Shah Alam and all 14 branch campuses nation wide. All the university's branch campuses located through out the country will also use the main campus backbone to access intranet and Internet. The project will be implemented by Solsis (M) Sdn Bhd, a Cisco-certified reseller.

With the objective of building an infrastructure capable of creating a world-class e-learning environment, and to cope with a fast-growing staff and student population, UiTM opted for a network that was reliable, scalable, and could accommodate future technology advancements. The network supports the convergence of storage, data and multimedia at consistent speeds.

"As a university that prides itself on academic excellence and the development of the next generation of technology leaders for Malaysia, it is important that we keep pace with advancements around the world. To become a world-class university, we need to provide world-class facilities with a highly dependable communications infrastructure. Having worked with our business providers in the area of network, we were very comfortable with the combination of product quality, customer service and technology leadership that many of them have offered. Indeed, we are glad to work with most of our ICT providers," said UiTM Vice Chancellor Yg Bhg Datuk Seri Prof. Dr. Ibrahim Abu Shah.

Using Cisco Catalyst? 6500 Series switches with 1-port 10 Gigabit Ethernet modules and the Supervisor Engine 720 processor, UiTM's network will take full advantage of the increased scalability in the performance and intelligent network services. A total of 5.5 Tbps of switching capacity is delivered through the Catalyst 6500 Series switches.

The university's data centre server farms are also equipped with Cisco Content Switch Module, which provides content-aware server load balancing for intelligent and fast Web caching. Also in the network are Cisco Catalyst 4500 Series modular switches and Cisco Catalyst 2950 Series and Catalyst 3550 Series stackable switches.

"It is an honour for Solsis to build one of the largest campus networks in Asia. We are proud that UiTM is playing an exemplary role in investing in technology and its future. We hope that other educational institutions will take heed and ensue technological advancement and promote the evolution of IT in the country," said Ahmad Rizan, Managing Director, Solsis (M) Sdn Bhd.

"UiTM is the first university in Malaysia, and one of the first in the whole of Asia, to build a network this large and advanced. This is a strong indication of its commitment to building an environment that augments the education process with e-learning programs and tools. UiTM's network is an excellent example of how internetworking technologies are creating benefits for organizations worldwide," said Johnson Khoo, Managing Director, Cisco Systems Malaysia.

The 10 Gigabit Ethernet modules will enable an extension of an Ethernet technology that can cater the university's, both wide and local-area network, providing UiTM users with increased bandwidth, increased network reach and lower cost of ownership while protecting existing investments in their fibre infrastructure. By supporting high-bandwidth connections with a rich set of services, the 10 Gigabit Ethernet modules will enable this university to implement new applications such as server-less buildings, data centre remote mirroring, disaster recovery, e-learning, imaging or 3D modelling, as well as high-bandwidth inter-POP connections.