White Papers
Higher education white papers and case studies from our sponsors. Click a title to read more or download.
While minimalism in computing has been around since the 1990s, the concept only recently has hit its stride: Computer devices that only carry out essential applications, or "thin clients", have a longer operational life span, cut energy use and are less expensive to purchase and maintain. As the phenomenon of software as a service gains traction, in fact, thin clients are already replacing desktop PCs in many government, commercial and educational settings. Learn more in this white paper "Thin Client Computing: Providing Solutions and Dispelling Myths".
Sponsored By Cisco Systems, Inc., Citrix, NetApp
Download the conversation between four thought leaders from three different campuses in addition to SonicWALL’s responses discussing online assisted learning, collaborative learning and remote education.
Sponsored By SonicWall
Unlock the power of your data! Learn how Microsoft’s platform for Institutional Effectiveness based on owned (affordable), already used (familiar) technology can help you measure outcomes against goals, inform actions and improve workflow.
Sponsored By Microsoft
Find out what you should look for in a high-performance networking solution, including strategies to help you build a scalable, affordable wireless infrastructure that can take advantage of 802.11n.
Sponsored By Brocade
Explore the reasons for adopting a new data center LAN architecture as presented by Ashton, Metzler & Associates.
Sponsored By Brocade
Recent Internet.com article reveals the limitations of traditional Ethernet architectures and why they are likely to be inadequate for achieving the cloud computing service levels you require. Discusses why the applications you run may be the deciding factor in terms of your use of classic Ethernet or Ethernet fabric.
Sponsored By Brocade
Find out how organizations can seamlessly transition to data center fabrics.
Sponsored By Brocade
Discover the advantages that can result from implementing an Ethernet fabrics-based architecture.
Sponsored By Brocade
