Advanced networking consortium Internet2 will be working with Level 3 Communications, which develops fiber-based communications services, to deliver 8.8 terabit capacity to support institutions nationwide, including community colleges.
Using solar power generation, recycled materials, and a water-efficient sewage system, Stanford University's new Knight Management Center will achieve a LEED Platinum rating for environmental sustainability, according to information released by the school.
University of Wisconsin-Milwaukee has completed building upgrades that will save the school an estimated $620,000 in energy costs per year.
American University is installing more than 2,300 solar panels to build the largest urban solar hot water system on the East Coast.
College IT professionals offer hard-won advice on how to create a campus WiFi network for the 21st century.
What do you get when you cross students' expectations for ubiquitous, high-performance wireless network access with stone and iron buildings constructed in the early-1900s? You wind up with a "harsh" WiFi environment where thick walls and ancient construction methods thwart attempts to create an all-access environment.
Arista Networks has rolled out its new 10/40 gigabit Ethernet data center switch, the Arista 7050 series. Delivering 1.28 terabits of switching performance at less than 2 watts per 10 GbE interface, the 7050 series is, according to the company, the most power-efficient 10/40 GbE switch on the market. It is optimized for Hadoop Clusters, VMware virtual machine farms, and other broad-ranging enterprise deployments.
With a small IT staff of five, Centenary College of Louisiana nevertheless managed to set up a wireless network in its residence halls from scratch, a network that allows for multiple devices for each student and provides 24-hour support, among other end user benefits. Scott Merritt, director of information technology for Centenary, shared his eight keys for such a successful wireless implementation.
The San Diego Supercomputer Center at the UC San Diego has installed a 10,368-core AMD-based cluster that uses flash storage in place of traditional disk drives. Named Trestles, the new system is expected to serve members of TeraGrid, a distributed "cyberinfrastructure" for open scientific research, through 2013.
A Brazilian university is accelerating astronomy research with the help of a 2,304-core system built around AMD Opteron 6172 processors and with 4.6 TB of main memory.