Northern Arizona U Adopts Software-Defined Storage

Northern Arizona University (NAU) in Flagstaff, AZ has implemented a software-defined storage (SDS) solution in an effort to improve performance of its thin clients, thick clients and virtual machines.

The university's academic computing virtualization was straining the capacity of its existing storage array. High input/output latency was causing slow user response times, the disks were running out of storage capacity, and usage spikes caused high input/output operations per second (IOPS) that put further strain on the existing storage array.

NAU's centralized Information Technology Services (ITS) department began searching for a new system to replace the storage array. The team's list of requirements included support for thin provisioning and the ability to integrate with XenDesktop and XenServer. After evaluating its options, the team selected NexentaStor software-defined storage from Nexenta.

The university's NexentaStor system runs on a PowerEdge R720 Rack Server. The system has 16 terabytes (TB) of storage capacity, 128 gigabytes (GB) of memory, 46 hard disk drives and 2 solid state drives.

Since implementing the system, the university has reported faster performance of its thin clients, thick clients and virtual machines. "We now have better than a 93 percent cache read rate, we very rarely see latency above 10 milliseconds — a speed that's practically unprecedented here, and this type of performance is consistent even as usage spikes significantly throughout the academic calendar," said Tobias Kreidl, academic team lead in NAU's ITS department, in a prepared statement. "Our team used to sweat out the traffic spikes around class registration, but that issue is now behind us."

Northern Arizona University serves more than 20,000 students at its main campus in Flagstaff, plus another 7,000 students at its 36 satellite campuses around the state.

About the Author

Leila Meyer is a technology writer based in British Columbia. She can be reached at [email protected].

Featured

  • laptop displaying a red padlock icon sits on a wooden desk with a digital network interface background

    Malware Turns Microsoft 365 Calendar Into Covert Attack Vector

    Security researchers at Group-IB have uncovered a Windows malware strain that turns Microsoft 365 calendars into covert channels for receiving commands and stealing files from targeted organizations.

  • Futuristic metallic block with pixelated digital erosion effect

    Report: AI May Be Eroding the Very Skills Employers Need Most

    AI is changing which human capabilities matter most at work, yet employees are reporting that some of those same capabilities are being eroded, according to a new IBM study.

  • Glowing route lines merging into single gold pathway

    Microsoft Merges Copilot Apps Into a Single User Experience

    Microsoft recently announced it is consolidating its consumer Copilot app and Microsoft 365 Copilot app into a single destination, addressing a fragmented product strategy that has required users to navigate separate applications for AI chat and productivity tools.

  • man viewing holographic display of data and code

    Why Cross-Skilling Is the Smartest Investment a Campus IT Team Can Make

    Higher education IT teams are being asked to keep pace with AI, cloud, and cybersecurity on flat budgets, and hiring a specialist for every new need can no longer keep up. Building adjacent skills across the people already on staff creates more agile, resilient teams that move faster and retain talent without adding headcount. Pluralsight makes the strategy work through skill assessments, tailored learning paths, hands-on labs and sandboxes, and microlearning that fits into the flow of work.