WARWICK, England, March 30 -- The new computing cluster at the UK Science and Technology Facilities Council's Daresbury Laboratory will incorporate the latest Intel QuickPath Nehalem nodes from Supermicro and NVIDIA Tesla graphics processing units (GPUs) as a fully integrated solution provided by Streamline Computing.

Jonathan Follows, team leader of the Distributed Computing Group (DisCo) at Daresbury Laboratory, said, "We look forward to working with all of the partners in this program and thank Streamline Computing for implementing this system within a very tight timescale to meet STFC requirements."

Daresbury Laboratory is planning for the Hartree Centre which will address "grand challenge" science delivered through high performance computing, to be implemented in 2011. One significant part of this is expected to be delivered using GPU computing and this latest cluster represents a collaborative programme between Daresbury, Streamline and NVIDIA to explore the possibilities of this technology.

Technical specialists from NVIDIA and Streamline Computing will work together to ensure that the cluster runs to maximum efficiency but some early research from Streamline Computing has already demonstrated 10 fold speedups in CUBLAS and CUFFT libraries. Further collaborations may also be possible with software tool and compiler companies to test new tools for GPU computing.

"We very much welcome the opportunity to continue to work with the excellent technical team at STFC Daresbury Laboratory and together enhance the skills and experience of Streamline engineers allowing us to continue to deliver best of breed high performance computing clusters making the best use of commodity technology," said Dr John Taylor, CTO of Streamline Computing. "The combination of Nehalem and Tesla are reaching new plateaux in commodity performance and the solution at Daresbury will provide a major research platform for scientific computing."

There are some important advances in technology and systems design incorporated within the new cluster, including:

• Intel Nehalem based nodes with higher I/O and memory bandwidth and QuickPath Interconnect.
• Dual socket nodes now supporting multiple NVIDIA Tesla cards via a dual PCI-E (16) Gen 2 provided by Supermicro.
• Each resilient node supports a complete Tesla S1070 1U server chassis with 4 X 1.29GHz Tesla cards.
• Streamline Computing solution containing a CUDA ready software stack installed on the system complete with pre-installed tools and libraries so the research team at Daresbury can utilise the cluster from day one after installation.
• The whole solution is managed through a concurrentCOMMAND cluster management appliance from Concurrent Thinking Ltd.

The cluster has been designed to show how effective GPU computing can be for many classes of application but linked with Nehalem they also allow Daresbury to ensure the minimum of bottlenecks when connecting GPUs through Infiniband in each node to high performance storage systems. This additional cluster enhances a facility installed in the previous year which utilised Harpertown and Seaburg based nodes with the then fastest IB solution with DDR and PCI-E Gen 2 connect X cards from Mellanox.

Streamline Computing are particularly grateful to Supermicro for early release server products which demonstrate Nehalem performance in practical and reliable server solutions. General Manager of Supermicro in Europe, Dev Tyagi, said, "Supermicro has an excellent track record for quickly implementing new technologies from companies like Intel to provide early adopters and pre-release customers timely access to next-generation server products. The company's ability to rapidly innovate and bring creative server solutions to the market has enabled Supermicro to provide high-density Twin servers and motherboards with the fastest possible PCI-Express (16) Gen 2 interface to facilitate a maximum bandwidth Tesla server."

"There has been much discussion about the promise of GPU computing," said Andy Keane, general manager of GPU Computing for NVIDIA. "This project will demonstrate that Tesla and the CUDA architecture have made the promise a reality. Daresbury is tackling some of the most fundamental scientific questions and we're confident that our work with the Laboratory and Streamline Computing will play a significant role in answering these challenges."

About Streamline Computing

Streamline Computing is the UK's leading provider of high performance computing (HPC) clusters and services. With specialist knowledge of operating systems (including Linux, Microsoft and Unix), end-user applications and cluster middleware, Streamline provides integrated compute, storage and visualization solutions with outstanding value for money and maximum system performance. Streamline reduces the total cost of owning an HPC capability by offering pre-qualified commodity hardware, fault-tolerant system designs, professional management tools and first-class system support. http://www.streamline-computing.com.

About Super Micro Computer, Inc.

Established in 1993, Supermicro emphasizes superior product design and uncompromising quality control to produce industry-leading serverboards, chassis and server systems. These mission-critical Server Building Block solutions provide benefits across many environments, including data center deployment, high-performance computing, high-end workstations, storage networks and standalone server installations. For more information on Supermicro's complete line of advanced motherboards, SuperServers, and optimized chassis, visit www.Supermicro.com, email Marketing@Supermicro.com or call the San Jose, Calif., headquarters at +1 408-503-8000.

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Source: Streamline Computing