Bournemouth University Supercharges Its Virtual Desktops with Cisco HyperFlex

Available Languages

Download Options

  • PDF
    (326.3 KB)
    View with Adobe Reader on a variety of devices
Updated:February 11, 2022

Bias-Free Language

The documentation set for this product strives to use bias-free language. For the purposes of this documentation set, bias-free is defined as language that does not imply discrimination based on age, disability, gender, racial identity, ethnic identity, sexual orientation, socioeconomic status, and intersectionality. Exceptions may be present in the documentation due to language that is hardcoded in the user interfaces of the product software, language used based on RFP documentation, or language that is used by a referenced third-party product. Learn more about how Cisco is using Inclusive Language.

Available Languages

Download Options

  • PDF
    (326.3 KB)
    View with Adobe Reader on a variety of devices
Updated:February 11, 2022

Table of Contents



Bournemouth University (BU) is located on the south coast of England and has more than 15,000 students. The university fuses education, research, professional practice, and public engagement to inspire learning, advance knowledge, and enrich society. 

Executive Summary

Customer Name: Bournemouth University

Industry: Education

Location: Bournemouth, England

Number of Employees: 1800


  Responding quickly to a pandemic-related lockdown 
  Providing remote access to all university applications
  Delivering graphics-intensive workloads to specific users 



  Deployed modern infrastructure to support 500 virtual desktops 
  Improved data center visibility and orchestration 
  Provided GPU acceleration for users with high-performance computing needs 


A picture containing text, outdoor, area, severalDescription automatically generated


An urgent need

Like most educational institutions, Bournemouth University (BU) had to react quickly to the sudden, pandemic-related lockdowns. With no advance warning and little time to spare, the university needed to find new ways to enable remote teaching and learning and provide staff and students with access to IT resources that had always been firmly rooted on campus. 

“Other than a virtual learning environment, all of our IT systems for students were on-premises,” says Matt Hall, deputy IT director at BU. “Lab work, computer animation, and media production had always been done on campus, and we didn’t have any remote access to those tools and applications.”

To ensure students could continue to utilize university resources, complete their coursework, and stay connected with their lecturers and peers during the pandemic, BU had to quickly replace its legacy systems with a modern, secure, and highly flexible virtual desktop infrastructure (VDI).

“We needed an affordable solution that could support 500 remotely accessible virtual desktops and workstations,” Hall says. “And because of our focus on media, design, and research, we needed graphics acceleration for roughly half of them. We’d never done that before.”

The university’s familiarity and comfort with Cisco UCS® servers, which were already performing reliably in BU’s data centers, led them to Cisco HyperFlex™.

“A hyperconverged solution from a trusted partner was the best approach for moving forward with speed and scale.” Hall says. “Other vendor solutions came with significantly higher implementation risks and complexities.”


Speed and scale

With assistance from ITGL, an award-winning IT services provider and Cisco Gold Partner, BU deployed a Cisco HyperFlex cluster to support its VMware Horizon VDI environment. Utilizing Cisco Nexus® switches, the cluster is stretched between the university’s two data centers for full redundancy and seamless automatic failover. 

“It was an easy shift from UCS to HyperFlex,” Hall says. “We only had a small learning curve.”

Leveraging the cloud-based Cisco Intersight™, the two data centers are managed as a single logical site and can be monitored and orchestrated from anywhere. 

“The cluster doesn’t require much monitoring or maintenance, but Intersight is nice and easy to use,” Hall says. “We can easily see all of our licenses, software, and logs.”

With independent scaling of CPU, memory, and storage, the university can also expand the Cisco HyperFlex cluster as user and application requirements evolve.  

“The system can support almost any workload and it’s designed to scale,” Hall says. “That gives us a lot of flexibility, and we can add more virtual desktops whenever they’re needed.”


"The system can support almost any workload and it’s designed to scale. That gives us a lot of flexibility, and we can add more virtual desktops whenever they’re needed."

- Matt Hall

Deputy IT Director, Bournemouth University


Supporting different users

The flexibility of Cisco HyperFlex also allows the university to support the diverse needs of its users. 

“We have two types of virtual desktops: One for standard users who need email, web browsing, and general productivity applications, and another with GPU acceleration for users who are involved with computer animation, game design, video production, and other high-performance workloads,” Hall says, referencing the NVIDIA T4-16 GPUs and NVIDIA vGPU licensing that are included in select Cisco HyperFlex configurations.  

A preexisting, custom-built app store provides easy access to all of the university’s 300-plus applications, so the user experience is consistent across virtual and physical desktops. 

“From a technology adoption standpoint, it seemed like VDI was becoming less relevant, but the pandemic certainly changed all of that,” Hall says. “Instead of VDI being an afterthought, we now view it as a stepping stone into our future.”


Learn More

Learn more about Cisco data center computing and networking customer deployments.




Learn more