Cumberland County College in New Jersey has dropped its traditional phone system in favor of a cloud-based communications system.
Stony Brook University, part of the State University of New York, has upgraded its Javits Lecture Center to the latest WiFi standard, 802.11ac, and is preparing to install the technology in its new indoor sports complex.
Four universities, in partnership with Internet2, have developed an advanced data and communications network facility in Singapore. The Internet2-operated facility was designed to provide advanced network and computing services, as well as applications, for research and education.
Ohio University is deploying a new 802.11n wireless local area network (LAN) with 135 wireless access points to accommodate the explosion of mobile devices accessing the network.
As part of a three-and-a-half-year overhaul of its IT systems, Tulane University in Louisiana has created a high-speed network for researchers working across town and is gearing up to upgrade the campus network to dual 100 gigabit--up from a single 100 megabit connection in 2009. All the while, the university cut data center power use roughly in half.
Los Angeles Community College District is making plans for ConnectLACCD: a broadband fiber ring that will link each campus and create a district-wide high-speed network; provide district-wide broadband wireless coverage; facilitate resilient administrative systems and establish regional backup capabilities that can save hundreds of thousands of dollars on backup alone; and establish scalability that will truly meet LACCD's future networking needs.
Central Connecticut State University has installed a 1.4-megawatt fuel cell power plant that will reduce the school's energy costs by $100,000 per year.
A consortium of higher education groups, technology companies, and non-profits is aiming to upgrade wireless broadband infrastructure in underserved colleges and their surrounding communities.
At USC, an ambitious campuswide renovation aims to create tech-enabled learning spaces that place a premium on flexibility.
Greenville Technical College had traditionally funded its central IT infrastructure projects through the school's internal budget. Databases, servers, firewalls, and wireless technologies were all taken care of out of pocket. That changed in 2010 when the need arose for a more robust wireless setup to replace an existing WiFi hotspot system that was reserved only for common areas.