Toccoa Falls College (TFC) is a Christian educational institution that prepares its 800+ students for vocational and professional occupations. TFC offers 28 majors and 38 minors within three schools that include both on-campus and online courses. With the fourth-largest incoming class in the history of the college (276 incoming freshman and transfers), the college was in need of a refresh to their virtualization infrastructure to support the growth in students as well as a plan to double the number of virtualized desktops in the coming years.
The public web server along with approximately 20 other mostly Windows-based Virtual Machines (VMs) were running on three VMware hosts with an HP SAN acting as shared storage. The hosts were maxed out on compute and RAM capacity and would either need to be replaced or added to with an additional host. The SAN had long been an IO bottleneck in the infrastructure, and with a virtual desktop (desktop virtualization) initiative in pilot already, it was necessary to start refreshing their infrastructure.
Virtualization Environment Requirements:
- Highly available VMs
- I/O performance for virtual desktop environment
- Simple-to-use system
- Affordable end-to-end solution
CHALLENGE: MAINTAINING AFFORDABILITY WHILE IMPLEMENTING NEW INITIATIVES
TFC’s approach of combining VMware running on three host servers with a SAN was originally implemented for the high availability it provided their public web servers, admissions office virtual desktops and other VMs in the environment. Downtime of these critical VMs represented a loss in revenue to the college as admissions counselors relied on these for contacting prospective and existing students for enrollment. Also, because virtual desktops were a new initiative, TFC wanted to ensure not only high availability, but performance and scalability as well.
TFC’s reliance on the ability to failover VMs had meant that the IT staff of three were forced to endure the complexity inherent in the hypervisor, SAN and networking administration required to keep this operational. With limited resources, the team looked for a solution that could be operated by any of the staff and not just those with specialized training in the hypervisor, shared storage or virtual desktops.
Despite this complexity, the college was tempted to continue down the path with its existing approach to virtualization and had begun the process of receiving quotes on the individual components. To replace the servers and SAN, TFC was faced with a price of $90,000, which was well over the budget that was planned for the project. Instead of replacing all of the existing equipment, adding a fourth host server to the environment seemed like the most logical solution, but required an upgrade to the licensing from VMware. “The VMware licensing cost of adding a fourth host to our environment was just adding to an already outrageous price tag!” said Brant Wells, Network Administrator. “We are a small college with a small budget.” The realization that as their virtualized desktop initiative, as well as others, came to fruition, the cost would far exceed what the organization was prepared to spend.
SOLUTION: HYPER-CONVERGED PLATFORM THAT INTEGRATES RESOURCES FOR AUTOMATION AND SIMPLICITY
TFC then heard of Scale Computing HyperCore and decided to evaluate it. SC//HyperCore is a hyper-converged ‘data center-in-a-box’ that combines servers, storage, and virtualization into a single, highly available, easy-to-use and scalable platform that removes the complexity of a typical virtualization deployment.
SIMPLE:TFC would now be able to manage their entire stack from a single user interface accessible through any standard browser that supports HTML 5. No longer is the college required to maintain an extra VM or physical machine to manage their environment as they did with VMware’s vCenter. Having been created for organizations with limited IT budget and resources, simplicity is a core tenant of SC//HyperCore's design.
"SC//HyperCore has been excellent. Any one of the other two IT guys can now look at the screen and operate it,” said Brant Wells commenting on the simplicity of the user interface.
AVAILABLE: Every virtual machine created on SC//HyperCore, it is automatically configured for high availability, meaning that in the event of hardware failure, the VMs running on the failed node will failover to the remaining nodes in the cluster automatically. This would provide the same high availability TFC had grown accustomed to in its existing VMware environment, but without the associated complexity or cost.
“SC//HyperCore is on par with the features I had with VMware, but with Scale Computing having the advantage of the converged storage so that you don’t have to spend any money on a SAN,” said Brant Wells, Network Administrator.
AFFORDABLE: SC//HyperCore is an affordable end-to-end virtualization solution that eliminates the cost of expensive licenses and additional hardware. It was designed for the organization that requires high availability and scalability, but does not have the resources of time or money to manage a complex virtualization environment. TFC purchased a 4-node cluster for substantially less than the other options under review, which kept the project within reach for the budget conscious college.
"With SC//HyperCore, we got the full virtualization platform for 2/3 the cost of getting our VMware servers and SAN upgraded,” said Brant Wells, Network Administrator.
After migrating their VMware Virtual Machines to SC//HyperCore using Scale Computing’s Move powered by Carbonite V2V tool, the college noticed a dramatic boost in the performance in their environment. “This thing is blazing compared to our VMware plus SAN setup!” said Brant Wells. TFC is now running all 20 VMs on SC//HyperCore including their virtual desktops implemented with NComputing, which they plan to double in the coming years.