CCR is the third largest academic supercomputing center in the world, when considering peak performance from the top500 list and the 10TF peak performance system just installed in the center. The Center for Computational Research, part of UB's New York State Center of Excellence in Bioinformatics and Life Sciences, serves a very broad range of applications including computational chemistry, environmental engineering, real-time visualization, bioinformatics, computational fluid dynamics, and data mining. CCR selected IBRIX Fusion for its 834-node cluster primarily to meet their requirement for a solution that was highly-scalable and multi-purpose, able to service a broad range of applications and scale as their requirements grow. Further information about the UB Center for Computational Research may be obtained from its website at www.ccr.buffalo.edu.
“Linear scalability on throughput and capacity enables increased productivity, faster data analysis, and more accurate business decisions for scalable enterprise customers. As the University at Buffalo showcases, applications within verticals such as bioinformatics, data mining, graphics rendering, computational chemistry, as well as many others, can benefit directly from IBRIX Fusion.”
"Since our center serves an extremely diverse set of computing applications, domains and users, it was critical that our expansion focus on a high-end and extremely well-balanced computational system," said Russ Miller, Ph.D., Director of CCR and UB Distinguished Professor in the Department of Computer Science and Engineering in the UB School of Engineering and Applied Sciences. "IBRIX met our requirements for a robust parallel file system capable of sustaining a high rate of throughput from hundreds of cluster compute node clients. Just as important, the level of service that we have received from the IBRIX engineers has been exceptional. They went to great lengths to ensure our total satisfaction, working closely with our staff in setting up, configuring and demonstrating features of the interface."
IBRIX worked in tandem with Dell and EMC on the installation at The Center for Computational Research. The IBRIX solution is EMC eLabs qualified and is backed by a joint Worldwide Cooperative Support Agreement (CSA) for mutual customers, such as UB, with seamless technical support to ensure maximum uptime for mission-critical storage networks.
"Throughput is an important metric for global enterprise customers as well as computational research centers as it correlates directly with the ability to increase application performance for scale-out computing environments," said Joe DeRosa, Vice President of Marketing at IBRIX. "Linear scalability on throughput and capacity enables increased productivity, faster data analysis, and more accurate business decisions for scalable enterprise customers. As the University at Buffalo showcases, applications within verticals such as bioinformatics, data mining, graphics rendering, computational chemistry, as well as many others, can benefit directly from IBRIX Fusion."
IBRIX Fusion Segmented File System
IBRIX Fusion is a software-only solution that includes a global namespace parallel file system, a scalable volume manager, high availability features, and a comprehensive management interface. Equally applicable for both high-performance/high-throughput applications as well as metadata-intensive, small block enterprise applications, the multipurpose IBRIX Fusion file system solution delivers I/O performance and scalability that is greater than that achieved by other file systems.
IBRIX Fusion allows enterprise system administrators to build file systems that can scale to up to 16 petabytes of capacity in a single namespace, and provide up to one terabyte per second of aggregate I/O throughput performance, independently and non-disruptively as the demands of the enterprise grow. IBRIX Fusion, a purely software-based solution, increases application performance, simplifies administration, and reduces total cost of ownership. IBRIX Fusion is hardware, network, and protocol independent and can be deployed as either a host-installed cluster file system solution or exported over network file system (NFS), common internet file system (CIFS), or other industry standard protocols as a scalable network attached storage (NAS) solution.
About IBRIX, Inc.
IBRIX(TM) delivers increased application performance to enterprise computing environments utilizing a unique, software-based parallel file system solution. Its patented Segmented File System(TM) is the basis for IBRIX Fusion(TM), a suite of software products that comprise the most scalable, economical, multi-purpose file system solution available for cluster computing, grid computing, and enterprise computing environments. IBRIX Fusion simplifies management, delivers maximum flexibility, and reduces total cost of ownership. The IBRIX Fusion Software Suite is available through leading OEMs. IBRIX is headquartered in Billerica, MA. For more information, please visit our website at www.ibrix.com.
About The University at Buffalo
The University at Buffalo is a premier research-intensive public university, the largest and most comprehensive campus in the State University of New York. The Center for Computational Research at UB supports 21st century research, education, scholarship, outreach and training through a high-end cyberinfrastructure that enables the efficient collection, storage, management, organization, analysis, computation, networking and visualization of data. CCR supports more than 140 faculty-led research groups representing 37 different departments and more than a dozen local companies and research institutions. It is part of UB's New York State Center of Excellence in Bioinformatics and Life Sciences.
IBRIX, IBRIX Fusion, and Segmented File System are trademarks of IBRIX, Inc. All other brands, products, or service names may be trademarks or service marks of the companies with which they are associated.
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