Program Designed to Provide High-Performance Computing Cluster Systems for Bioinformatics Research
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By LabMedica International staff writers Posted on 25 Jan 2015 |
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Dedicated Computing (Waukesha, WI, USA), a global technology company, reported that it will be participating in the Intel Cluster Ready program to deliver integrated high-performance computing cluster solutions to the life sciences market.
Powered by Intel Xeon processors, Dedicated Computing is providing a range of purpose-built analytics and storage clusters for use in bioinformatics research. Dedicated Computing’s HPC cluster, built upon Intel Cluster Ready architecture, will provide a fully integrated and optimized cluster.
From entry level, compact clusters, featuring four multi-core homogeneous nodes, to those with hundreds of heterogeneous computing nodes, and combined with 20 Terabytes to multiple Petabytes of object store, these scalable solutions will be able to support the massive amounts of data that needs to be analyzed, interpreted, and stored. These integrated cluster solutions contain securely maintained open source software stacks and cluster management that are designed to accelerate time-to-market, minimize expensive validation and verification and enable 24 x 7-hour x 365-day system monitoring for increased uptime.
“We are excited to join the Intel Cluster Ready program—working together, we can deliver leading edge HPC clustering technology tailored to Life Sciences research applications like genome analysis that will soon lead to personalized medicine,” said Jeff Durst, director, healthcare and life science solutions, Dedicated Computing. “Our healthcare expertise and design capabilities help support the needs of our customers with flexible and innovative technology.”
“Participation in the Intel Cluster Ready program makes it easier and faster to realize the performance advantages of HPC clusters,” said Stephen Wheat, Sr. director for HPC systems solutions at Intel. “The assurance of application and component interoperability from the moment a cluster powers on is critical in the markets Dedicated Computing serves. We are excited to have Dedicated Computing join the program and look forward to working with them to help advance research and drive innovation in the Life Sciences market.”
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Powered by Intel Xeon processors, Dedicated Computing is providing a range of purpose-built analytics and storage clusters for use in bioinformatics research. Dedicated Computing’s HPC cluster, built upon Intel Cluster Ready architecture, will provide a fully integrated and optimized cluster.
From entry level, compact clusters, featuring four multi-core homogeneous nodes, to those with hundreds of heterogeneous computing nodes, and combined with 20 Terabytes to multiple Petabytes of object store, these scalable solutions will be able to support the massive amounts of data that needs to be analyzed, interpreted, and stored. These integrated cluster solutions contain securely maintained open source software stacks and cluster management that are designed to accelerate time-to-market, minimize expensive validation and verification and enable 24 x 7-hour x 365-day system monitoring for increased uptime.
“We are excited to join the Intel Cluster Ready program—working together, we can deliver leading edge HPC clustering technology tailored to Life Sciences research applications like genome analysis that will soon lead to personalized medicine,” said Jeff Durst, director, healthcare and life science solutions, Dedicated Computing. “Our healthcare expertise and design capabilities help support the needs of our customers with flexible and innovative technology.”
“Participation in the Intel Cluster Ready program makes it easier and faster to realize the performance advantages of HPC clusters,” said Stephen Wheat, Sr. director for HPC systems solutions at Intel. “The assurance of application and component interoperability from the moment a cluster powers on is critical in the markets Dedicated Computing serves. We are excited to have Dedicated Computing join the program and look forward to working with them to help advance research and drive innovation in the Life Sciences market.”
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