THE NEEDCalifornia State University, San Bernardino (CSUSB) needed to boost availability for critical applications supporting students and faculty, simplify operations, and enable faster IT service delivery.THE SOLUTIONCSUSB deployed IBM® System x® 3850 X5 and IBM BladeCenter®HS23 and HS22 servers with Intel® Xeon® processors, and IBM XIV® Storage System Gen3 and IBM Tivoli® Storage Manager for refreshed storage.THE BENEFITThe IBM solution has enabled CSUSBto save more than USD1 million by virtualizing servers, lower energy costs by 30 percent, ease IT management, and create a stable development and test environment.
Right off the bat, [the IBM solution] saved us money. We replaced the hardware that was on its last legs with virtual machines. We also recouped significant physical space in the data center, which helped to lower our power consumption by 30 percent.
Hardware● IBM® System x® 3850 X5● IBM BladeCenter® H Chassis● IBM BladeCenter HS23 and HS22● Intel® Xeon® processors● IBM XIV® Storage System Gen3● IBM System Storage® TS3500 Tape LibrarySoftware● IBM Tivoli® Storage Manager v6.34 IBMBusiness Partner: Virtual Computing Technology
Virtual Computing Technology Mutual IBM Client Case Study - California State University at San Bernardino
California State University in San Bernardino goes virtual—and saves bigDelivering results with flexible, high-performance IBM System x, IBM BladeCenter and IBM XIVCalifornia State University, San Bernardino (CSUSB) is part of the California State University system, the largest system of higher education in the country. Its 23 campuses and five off-campus centers, serving more than 400,000 students, extend from Humboldt State in Arcata in the north to San Diego State in the south. CSUSB is located in inland south- ern California, halfway between Los Angeles and Palm Springs. Set at the foothills of the San Bernardino Mountains, the university has grown to an annual student population of more than 20,000 since opening in 1965. At this teaching-focused university, every one of its eligible academic programs has earned national accreditation. In addition, over the past 15 years CSUSB has developed more than a dozen highly active research and service centers in surrounding areas. After experiencing years of steady growth, the university knew it was time to update its increasingly inefficient infrastructure to better support IT, student and faculty users—without further taxing IT resources. Working within the constraints of a public university budget, CSUSB knew that fulfilling all its requirements would be a challenge—and turned toIBM for help. Overhauling the infrastructureThe CSUSB IT infrastructure was running on scarce resources, inefficient power and cooling, and limited rack space. With its current hard- ware failing regularly—and incurring downtime for repeated maintenance and upgrades—something had to give. As Fernando Gutierrez, operating system analyst – lead supervisor at CSUSB explains, “The legacy hardware and processing power we had was not keeping up with the university’s requirements.”
Needing to replace a collection of heterogeneous and aging servers while streamlining application deployment and migration, CSUSB decided to implement a virtual server infrastructure environment. This would allow the university to repurpose many of its existing servers as virtual machine servers—while adding high availability for critical applications, simplifying IT operations and enabling IT to respond to educational and administrative demands more quickly. Since this solution would run most of the university’s administrative systems, including the student health center, it needed to be extremely reliable, scalable and manageable in order to meet various compliance requirements.There was one more issue, as Gutierrez explains: “One of the biggest problems we have is storage. It’s like technology is turning everybody into a document hoarder.” As such, the university also needed to expand its storage systems to support ever-increasing data demands.Extending technology through virtualizationThis is where IBM came in. Ramiro Diazgranados, director of the data center and help desk services at the university says, “One reason the IBM solution was approved is because we proved that it could save a lot of money for the campus.”To support the VDI and virtual machine server lab infrastructure and host part of its new cluster backup system, CSUSB deployed two IBM BladeCenter H Chassis containing BladeCenter HS23 and BladeCenter HS22 servers. According to Gutierrez, three System x3850 X5 servers are the major workhorses of the virtual environment, supporting part of the production infrastructure and acting as hypervisors to more than 200 virtual machines. CSUSB is repurposing three System x3850 class servers from its previous production environment to host data that requires higher security.In addition to the VDI labs, the virtual machine servers also host most of the university’s critical applications, including its Microsoft Exchange email system, Blackboard online distributed learning system and student portal, campus-wide surveillance system, websites, library and health center applications, and more. Operating system analyst Gerardo Garcia says, “All the main systems are pretty much moving to the virtual infra- structure at this point. So availability and nondisruption were essential.”To handle its growing storage requirements and help ensure business continuity, the university upgraded its XIV Storage System from Gen2 to Gen3, and also implemented IBM System Storage® TS3500 Tape Library with six Linear Tape-Open (LTO) Ultrium 6 tape drives.
Gutierrez explains, “The new XIV system provides approximately 79 TB of usable space on disk. Tivoli Storage Manager is our primary storage manager, currently managing more than 60 TB of data, including our entire physical and virtual infrastructure.”IBM Business Partner Virtual Computing Technology played a critical role in the smooth implementation. As Diazgranados explains, “The data migration was completely transparent to users. It was wonderful—we experienced no downtime. Virtual Computing Technology took extra steps, over and over, doing whatever was necessary to address any issues.”Securing infrastructure benefitsBenefits were almost instantaneous. “Right off the bat, we saved money. We replaced the hardware that was on its last legs with virtual machines. We also recouped significant physical space in the data center, which helped to lower our power consumption by 30 percent,” says Gutierrez. “And virtualizing the physical servers has saved an estimated USD5,000 per server—which comes out to more than USD1 million, overall.”The university’s IT staff has embraced the virtual infrastructure for its operational advantages. “They’re quite happy with this new environment because it allows them the flexibility of managing systems remotely,” says Diazgranados. The system has also helped improve the delivery of IT services across the university and decreased help desk calls. In addition, CSUSB has been able to provide development resources via resource pools, something that was not possible with the old infrastructure. Garcia says, “Now our technical staff can perform all of their testing and release applications into production without any downtime.”Moving forward with a scalable solutionDiazgranados says plans are already in the works to expand the universi- ty’s VDI and virtual machine server environment. “We are doing a pilot right now with our labs to virtualize all of our outdated equipment. Instead of buying new desktops, we plan to virtualize them.” The highly scalable IBM solution can grow in keeping with the university’s future needs.Gutierrez says, “The quality of service, reliability and technology of the IBM products led us to choose this solution. Integrating BladeCenter and System x has enabled us to more effectively manage and operate our heterogeneous environments across the university.”Diazgranados adds, “I wanted IBM. With 43 years of experience using IBM solutions, I trust their products and I trust them as a company.”