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ISC preview

The International Supercomputing Conference (ISC) is Europe's leading conference and exhibition on high-performance computing, networking, storage and analysis.

Allinea Software

Allinea Software (www.allinea.com) will be demonstrating its software development tools for HPC. Allinea DDT, the Distributed Debugging Tool, is ideal for debugging MPI applications - from development clusters to large parallel systems - with high levels of memory debugging and several features for simplifying the complex task of parallel debugging at scale. Allinea's Optimization and Profiling Tool, OPT, is helping users to scale applications to new heights - with MPI tracing and complete function profiling. OPT's directed approach to optimisation allows users to find the root of performance problems easily.

Allinea Software

Allinea Software (www.allinea.com) will be demonstrating its software development tools for HPC. Allinea DDT, the Distributed Debugging Tool, is ideal for debugging MPI applications - from development clusters to large parallel systems - with high levels of memory debugging and several features for simplifying the complex task of parallel debugging at scale. Allinea's Optimization and Profiling Tool, OPT, is helping users to scale applications to new heights - with MPI tracing and complete function profiling. OPT's directed approach to optimisation allows users to find the root of performance problems easily.

Allinea Software

Allinea Software (www.allinea.com) will be demonstrating its software development tools for HPC. Allinea DDT, the Distributed Debugging Tool, is ideal for debugging MPI applications - from development clusters to large parallel systems - with high levels of memory debugging and several features for simplifying the complex task of parallel debugging at scale. Allinea's Optimization and Profiling Tool, OPT, is helping users to scale applications to new heights - with MPI tracing and complete function profiling. OPT's directed approach to optimisation allows users to find the root of performance problems easily.

Allinea Software

Allinea Software (www.allinea.com) will be demonstrating its software development tools for HPC. Allinea DDT, the Distributed Debugging Tool, is ideal for debugging MPI applications - from development clusters to large parallel systems - with high levels of memory debugging and several features for simplifying the complex task of parallel debugging at scale. Allinea's Optimization and Profiling Tool, OPT, is helping users to scale applications to new heights - with MPI tracing and complete function profiling. OPT's directed approach to optimisation allows users to find the root of performance problems easily.

Allinea Software

Allinea Software (www.allinea.com) will be demonstrating its software development tools for HPC. Allinea DDT, the Distributed Debugging Tool, is ideal for debugging MPI applications - from development clusters to large parallel systems - with high levels of memory debugging and several features for simplifying the complex task of parallel debugging at scale. Allinea's Optimization and Profiling Tool, OPT, is helping users to scale applications to new heights - with MPI tracing and complete function profiling. OPT's directed approach to optimisation allows users to find the root of performance problems easily.

Allinea Software

Allinea Software (www.allinea.com) will be demonstrating its software development tools for HPC. Allinea DDT, the Distributed Debugging Tool, is ideal for debugging MPI applications - from development clusters to large parallel systems - with high levels of memory debugging and several features for simplifying the complex task of parallel debugging at scale. Allinea's Optimization and Profiling Tool, OPT, is helping users to scale applications to new heights - with MPI tracing and complete function profiling. OPT's directed approach to optimisation allows users to find the root of performance problems easily.

Allinea Software

Allinea Software (www.allinea.com) will be demonstrating its software development tools for HPC. Allinea DDT, the Distributed Debugging Tool, is ideal for debugging MPI applications - from development clusters to large parallel systems - with high levels of memory debugging and several features for simplifying the complex task of parallel debugging at scale. Allinea's Optimization and Profiling Tool, OPT, is helping users to scale applications to new heights - with MPI tracing and complete function profiling. OPT's directed approach to optimisation allows users to find the root of performance problems easily.

Allinea Software

Allinea Software (www.allinea.com) will be demonstrating its software development tools for HPC. Allinea DDT, the Distributed Debugging Tool, is ideal for debugging MPI applications - from development clusters to large parallel systems - with high levels of memory debugging and several features for simplifying the complex task of parallel debugging at scale. Allinea's Optimization and Profiling Tool, OPT, is helping users to scale applications to new heights - with MPI tracing and complete function profiling. OPT's directed approach to optimisation allows users to find the root of performance problems easily.

Allinea Software

Allinea Software (www.allinea.com) will be demonstrating its software development tools for HPC. Allinea DDT, the Distributed Debugging Tool, is ideal for debugging MPI applications - from development clusters to large parallel systems - with high levels of memory debugging and several features for simplifying the complex task of parallel debugging at scale. Allinea's Optimization and Profiling Tool, OPT, is helping users to scale applications to new heights - with MPI tracing and complete function profiling. OPT's directed approach to optimisation allows users to find the root of performance problems easily.

Exhibitor image

AMD

AMD (www.amd.com) will be showing it third-generation AMD Opteron processors for servers and workstations. The quad-core processors offer high levels of performance per watt through Direct Connect Architecture technology.

Also on show will be AMD’s ATI FireGL 3D graphics accelerators and the new ATI FireMV multi-view 2D display acceleration cards for workstations. The accelerators offer high levels of performance, innovative features and excellent visual fidelity for the most demanding workstation users.

AMD will also be showcasing its stream computing solutions, including the AMD FireStream 9170, a GPU with double-precision floating point, along with its comprehensive Stream Computing Software Stack.

Exhibitor image

AMD

AMD (www.amd.com) will be showing it third-generation AMD Opteron processors for servers and workstations. The quad-core processors offer high levels of performance per watt through Direct Connect Architecture technology.

Also on show will be AMD’s ATI FireGL 3D graphics accelerators and the new ATI FireMV multi-view 2D display acceleration cards for workstations. The accelerators offer high levels of performance, innovative features and excellent visual fidelity for the most demanding workstation users.

AMD will also be showcasing its stream computing solutions, including the AMD FireStream 9170, a GPU with double-precision floating point, along with its comprehensive Stream Computing Software Stack.

Exhibitor image

AMD

AMD (www.amd.com) will be showing it third-generation AMD Opteron processors for servers and workstations. The quad-core processors offer high levels of performance per watt through Direct Connect Architecture technology.

Also on show will be AMD’s ATI FireGL 3D graphics accelerators and the new ATI FireMV multi-view 2D display acceleration cards for workstations. The accelerators offer high levels of performance, innovative features and excellent visual fidelity for the most demanding workstation users.

AMD will also be showcasing its stream computing solutions, including the AMD FireStream 9170, a GPU with double-precision floating point, along with its comprehensive Stream Computing Software Stack.

Exhibitor image

AMD

AMD (www.amd.com) will be showing it third-generation AMD Opteron processors for servers and workstations. The quad-core processors offer high levels of performance per watt through Direct Connect Architecture technology.

Also on show will be AMD’s ATI FireGL 3D graphics accelerators and the new ATI FireMV multi-view 2D display acceleration cards for workstations. The accelerators offer high levels of performance, innovative features and excellent visual fidelity for the most demanding workstation users.

AMD will also be showcasing its stream computing solutions, including the AMD FireStream 9170, a GPU with double-precision floating point, along with its comprehensive Stream Computing Software Stack.

Exhibitor image

AMD

AMD (www.amd.com) will be showing it third-generation AMD Opteron processors for servers and workstations. The quad-core processors offer high levels of performance per watt through Direct Connect Architecture technology.

Also on show will be AMD’s ATI FireGL 3D graphics accelerators and the new ATI FireMV multi-view 2D display acceleration cards for workstations. The accelerators offer high levels of performance, innovative features and excellent visual fidelity for the most demanding workstation users.

AMD will also be showcasing its stream computing solutions, including the AMD FireStream 9170, a GPU with double-precision floating point, along with its comprehensive Stream Computing Software Stack.

Exhibitor image

AMD

AMD (www.amd.com) will be showing it third-generation AMD Opteron processors for servers and workstations. The quad-core processors offer high levels of performance per watt through Direct Connect Architecture technology.

Also on show will be AMD’s ATI FireGL 3D graphics accelerators and the new ATI FireMV multi-view 2D display acceleration cards for workstations. The accelerators offer high levels of performance, innovative features and excellent visual fidelity for the most demanding workstation users.

AMD will also be showcasing its stream computing solutions, including the AMD FireStream 9170, a GPU with double-precision floating point, along with its comprehensive Stream Computing Software Stack.

Exhibitor image

AMD

AMD (www.amd.com) will be showing it third-generation AMD Opteron processors for servers and workstations. The quad-core processors offer high levels of performance per watt through Direct Connect Architecture technology.

Also on show will be AMD’s ATI FireGL 3D graphics accelerators and the new ATI FireMV multi-view 2D display acceleration cards for workstations. The accelerators offer high levels of performance, innovative features and excellent visual fidelity for the most demanding workstation users.

AMD will also be showcasing its stream computing solutions, including the AMD FireStream 9170, a GPU with double-precision floating point, along with its comprehensive Stream Computing Software Stack.

Exhibitor image

AMD

AMD (www.amd.com) will be showing it third-generation AMD Opteron processors for servers and workstations. The quad-core processors offer high levels of performance per watt through Direct Connect Architecture technology.

Also on show will be AMD’s ATI FireGL 3D graphics accelerators and the new ATI FireMV multi-view 2D display acceleration cards for workstations. The accelerators offer high levels of performance, innovative features and excellent visual fidelity for the most demanding workstation users.

AMD will also be showcasing its stream computing solutions, including the AMD FireStream 9170, a GPU with double-precision floating point, along with its comprehensive Stream Computing Software Stack.

Exhibitor image

AMD

AMD (www.amd.com) will be showing it third-generation AMD Opteron processors for servers and workstations. The quad-core processors offer high levels of performance per watt through Direct Connect Architecture technology.

Also on show will be AMD’s ATI FireGL 3D graphics accelerators and the new ATI FireMV multi-view 2D display acceleration cards for workstations. The accelerators offer high levels of performance, innovative features and excellent visual fidelity for the most demanding workstation users.

AMD will also be showcasing its stream computing solutions, including the AMD FireStream 9170, a GPU with double-precision floating point, along with its comprehensive Stream Computing Software Stack.

Exhibitor image

Barcelona Supercomputing Center

The Barcelona Supercomputing Center (www.bsc.es) will be showing sample work being undertaken by its computer, life and earth sciences departments, alongside external projects. BSC experts will be on hand to explain the large scientific applications run on the Spanish supercomputer MareNostrum and on the rest of the nodes of the Spanish National Supercomputing Network. The BSC also undertakes several projects for well-known companies in the IT sector.

Exhibitor image

Barcelona Supercomputing Center

The Barcelona Supercomputing Center (www.bsc.es) will be showing sample work being undertaken by its computer, life and earth sciences departments, alongside external projects. BSC experts will be on hand to explain the large scientific applications run on the Spanish supercomputer MareNostrum and on the rest of the nodes of the Spanish National Supercomputing Network. The BSC also undertakes several projects for well-known companies in the IT sector.

Exhibitor image

Barcelona Supercomputing Center

The Barcelona Supercomputing Center (www.bsc.es) will be showing sample work being undertaken by its computer, life and earth sciences departments, alongside external projects. BSC experts will be on hand to explain the large scientific applications run on the Spanish supercomputer MareNostrum and on the rest of the nodes of the Spanish National Supercomputing Network. The BSC also undertakes several projects for well-known companies in the IT sector.

Exhibitor image

Barcelona Supercomputing Center

The Barcelona Supercomputing Center (www.bsc.es) will be showing sample work being undertaken by its computer, life and earth sciences departments, alongside external projects. BSC experts will be on hand to explain the large scientific applications run on the Spanish supercomputer MareNostrum and on the rest of the nodes of the Spanish National Supercomputing Network. The BSC also undertakes several projects for well-known companies in the IT sector.

Exhibitor image

Barcelona Supercomputing Center

The Barcelona Supercomputing Center (www.bsc.es) will be showing sample work being undertaken by its computer, life and earth sciences departments, alongside external projects. BSC experts will be on hand to explain the large scientific applications run on the Spanish supercomputer MareNostrum and on the rest of the nodes of the Spanish National Supercomputing Network. The BSC also undertakes several projects for well-known companies in the IT sector.

Exhibitor image

Barcelona Supercomputing Center

The Barcelona Supercomputing Center (www.bsc.es) will be showing sample work being undertaken by its computer, life and earth sciences departments, alongside external projects. BSC experts will be on hand to explain the large scientific applications run on the Spanish supercomputer MareNostrum and on the rest of the nodes of the Spanish National Supercomputing Network. The BSC also undertakes several projects for well-known companies in the IT sector.

Exhibitor image

Barcelona Supercomputing Center

The Barcelona Supercomputing Center (www.bsc.es) will be showing sample work being undertaken by its computer, life and earth sciences departments, alongside external projects. BSC experts will be on hand to explain the large scientific applications run on the Spanish supercomputer MareNostrum and on the rest of the nodes of the Spanish National Supercomputing Network. The BSC also undertakes several projects for well-known companies in the IT sector.

Exhibitor image

Barcelona Supercomputing Center

The Barcelona Supercomputing Center (www.bsc.es) will be showing sample work being undertaken by its computer, life and earth sciences departments, alongside external projects. BSC experts will be on hand to explain the large scientific applications run on the Spanish supercomputer MareNostrum and on the rest of the nodes of the Spanish National Supercomputing Network. The BSC also undertakes several projects for well-known companies in the IT sector.

Exhibitor image

Barcelona Supercomputing Center

The Barcelona Supercomputing Center (www.bsc.es) will be showing sample work being undertaken by its computer, life and earth sciences departments, alongside external projects. BSC experts will be on hand to explain the large scientific applications run on the Spanish supercomputer MareNostrum and on the rest of the nodes of the Spanish National Supercomputing Network. The BSC also undertakes several projects for well-known companies in the IT sector.

Exhibitor image

ClusterVision

ClusterVision (www.clustervision.com) is specialist in the design, implementation and support of small- and large-scale computer clusters. Its clustering technology provides a cost-effective alternative to traditional supercomputers by connecting multiple computers to form a unified powerful computing system.

ClusterVision's team of experts has designed and built some of the largest and most complex computational, storage and database clusters in Europe. With a background in applied scientific research and practical experience with a wide range of HPC technologies, the team understands customers' requirements and provides tailor-made solutions. 

ClusterVision will demonstrate its next-generation cluster management system, the ClusterVisionOS. This is one of Europe's most widely used cluster management tools, with thousands of users across the continent. It enables highly effective and user-friendly management of clusters via a convenient GUI and includes features such as image management, queuing systems, monitoring, development environment, and various MPI and scientific libraries.

Exhibitor image

ClusterVision

ClusterVision (www.clustervision.com) is specialist in the design, implementation and support of small- and large-scale computer clusters. Its clustering technology provides a cost-effective alternative to traditional supercomputers by connecting multiple computers to form a unified powerful computing system.

ClusterVision's team of experts has designed and built some of the largest and most complex computational, storage and database clusters in Europe. With a background in applied scientific research and practical experience with a wide range of HPC technologies, the team understands customers' requirements and provides tailor-made solutions. 

ClusterVision will demonstrate its next-generation cluster management system, the ClusterVisionOS. This is one of Europe's most widely used cluster management tools, with thousands of users across the continent. It enables highly effective and user-friendly management of clusters via a convenient GUI and includes features such as image management, queuing systems, monitoring, development environment, and various MPI and scientific libraries.

Exhibitor image

ClusterVision

ClusterVision (www.clustervision.com) is specialist in the design, implementation and support of small- and large-scale computer clusters. Its clustering technology provides a cost-effective alternative to traditional supercomputers by connecting multiple computers to form a unified powerful computing system.

ClusterVision's team of experts has designed and built some of the largest and most complex computational, storage and database clusters in Europe. With a background in applied scientific research and practical experience with a wide range of HPC technologies, the team understands customers' requirements and provides tailor-made solutions. 

ClusterVision will demonstrate its next-generation cluster management system, the ClusterVisionOS. This is one of Europe's most widely used cluster management tools, with thousands of users across the continent. It enables highly effective and user-friendly management of clusters via a convenient GUI and includes features such as image management, queuing systems, monitoring, development environment, and various MPI and scientific libraries.

Exhibitor image

ClusterVision

ClusterVision (www.clustervision.com) is specialist in the design, implementation and support of small- and large-scale computer clusters. Its clustering technology provides a cost-effective alternative to traditional supercomputers by connecting multiple computers to form a unified powerful computing system.

ClusterVision's team of experts has designed and built some of the largest and most complex computational, storage and database clusters in Europe. With a background in applied scientific research and practical experience with a wide range of HPC technologies, the team understands customers' requirements and provides tailor-made solutions. 

ClusterVision will demonstrate its next-generation cluster management system, the ClusterVisionOS. This is one of Europe's most widely used cluster management tools, with thousands of users across the continent. It enables highly effective and user-friendly management of clusters via a convenient GUI and includes features such as image management, queuing systems, monitoring, development environment, and various MPI and scientific libraries.

Exhibitor image

ClusterVision

ClusterVision (www.clustervision.com) is specialist in the design, implementation and support of small- and large-scale computer clusters. Its clustering technology provides a cost-effective alternative to traditional supercomputers by connecting multiple computers to form a unified powerful computing system.

ClusterVision's team of experts has designed and built some of the largest and most complex computational, storage and database clusters in Europe. With a background in applied scientific research and practical experience with a wide range of HPC technologies, the team understands customers' requirements and provides tailor-made solutions. 

ClusterVision will demonstrate its next-generation cluster management system, the ClusterVisionOS. This is one of Europe's most widely used cluster management tools, with thousands of users across the continent. It enables highly effective and user-friendly management of clusters via a convenient GUI and includes features such as image management, queuing systems, monitoring, development environment, and various MPI and scientific libraries.

Exhibitor image

ClusterVision

ClusterVision (www.clustervision.com) is specialist in the design, implementation and support of small- and large-scale computer clusters. Its clustering technology provides a cost-effective alternative to traditional supercomputers by connecting multiple computers to form a unified powerful computing system.

ClusterVision's team of experts has designed and built some of the largest and most complex computational, storage and database clusters in Europe. With a background in applied scientific research and practical experience with a wide range of HPC technologies, the team understands customers' requirements and provides tailor-made solutions. 

ClusterVision will demonstrate its next-generation cluster management system, the ClusterVisionOS. This is one of Europe's most widely used cluster management tools, with thousands of users across the continent. It enables highly effective and user-friendly management of clusters via a convenient GUI and includes features such as image management, queuing systems, monitoring, development environment, and various MPI and scientific libraries.

Exhibitor image

ClusterVision

ClusterVision (www.clustervision.com) is specialist in the design, implementation and support of small- and large-scale computer clusters. Its clustering technology provides a cost-effective alternative to traditional supercomputers by connecting multiple computers to form a unified powerful computing system.

ClusterVision's team of experts has designed and built some of the largest and most complex computational, storage and database clusters in Europe. With a background in applied scientific research and practical experience with a wide range of HPC technologies, the team understands customers' requirements and provides tailor-made solutions. 

ClusterVision will demonstrate its next-generation cluster management system, the ClusterVisionOS. This is one of Europe's most widely used cluster management tools, with thousands of users across the continent. It enables highly effective and user-friendly management of clusters via a convenient GUI and includes features such as image management, queuing systems, monitoring, development environment, and various MPI and scientific libraries.

Exhibitor image

ClusterVision

ClusterVision (www.clustervision.com) is specialist in the design, implementation and support of small- and large-scale computer clusters. Its clustering technology provides a cost-effective alternative to traditional supercomputers by connecting multiple computers to form a unified powerful computing system.

ClusterVision's team of experts has designed and built some of the largest and most complex computational, storage and database clusters in Europe. With a background in applied scientific research and practical experience with a wide range of HPC technologies, the team understands customers' requirements and provides tailor-made solutions. 

ClusterVision will demonstrate its next-generation cluster management system, the ClusterVisionOS. This is one of Europe's most widely used cluster management tools, with thousands of users across the continent. It enables highly effective and user-friendly management of clusters via a convenient GUI and includes features such as image management, queuing systems, monitoring, development environment, and various MPI and scientific libraries.

Exhibitor image

ClusterVision

ClusterVision (www.clustervision.com) is specialist in the design, implementation and support of small- and large-scale computer clusters. Its clustering technology provides a cost-effective alternative to traditional supercomputers by connecting multiple computers to form a unified powerful computing system.

ClusterVision's team of experts has designed and built some of the largest and most complex computational, storage and database clusters in Europe. With a background in applied scientific research and practical experience with a wide range of HPC technologies, the team understands customers' requirements and provides tailor-made solutions. 

ClusterVision will demonstrate its next-generation cluster management system, the ClusterVisionOS. This is one of Europe's most widely used cluster management tools, with thousands of users across the continent. It enables highly effective and user-friendly management of clusters via a convenient GUI and includes features such as image management, queuing systems, monitoring, development environment, and various MPI and scientific libraries.

Exhibitor image

EGI (European Grid Initiative)

The EGI (European Grid Initiative) (www.eu-egi.eu) has been set up to establish a sustainable grid infrastructure in Europe. Driven by the needs and requirements of the research community, it is expected to enable the next leap in research infrastructures, thereby supporting collaborative scientific discoveries in the European Research Area.

The EGI Organisation is expected to start its operations in 2010. The EGI Design Study project defines and implements the EGI Organisation in terms of its functions and organisational structure. The project, which runs from September 2007 until November 2009, is financed by the European Commission’s 7th Framework Programme.

Objectives and visions of the EGI will be presented at the exhibition. Visitors are invited to come and discuss with the representatives of the EGI Design Study preparatory team. Project director Dieter Kranzlmüller will hold a presentation on grids and supercomputers during the HPC Challenges and Opportunities session as part of the accompanying conference.

Exhibitor image

EGI (European Grid Initiative)

The EGI (European Grid Initiative) (www.eu-egi.eu) has been set up to establish a sustainable grid infrastructure in Europe. Driven by the needs and requirements of the research community, it is expected to enable the next leap in research infrastructures, thereby supporting collaborative scientific discoveries in the European Research Area.

The EGI Organisation is expected to start its operations in 2010. The EGI Design Study project defines and implements the EGI Organisation in terms of its functions and organisational structure. The project, which runs from September 2007 until November 2009, is financed by the European Commission’s 7th Framework Programme.

Objectives and visions of the EGI will be presented at the exhibition. Visitors are invited to come and discuss with the representatives of the EGI Design Study preparatory team. Project director Dieter Kranzlmüller will hold a presentation on grids and supercomputers during the HPC Challenges and Opportunities session as part of the accompanying conference.

Exhibitor image

EGI (European Grid Initiative)

The EGI (European Grid Initiative) (www.eu-egi.eu) has been set up to establish a sustainable grid infrastructure in Europe. Driven by the needs and requirements of the research community, it is expected to enable the next leap in research infrastructures, thereby supporting collaborative scientific discoveries in the European Research Area.

The EGI Organisation is expected to start its operations in 2010. The EGI Design Study project defines and implements the EGI Organisation in terms of its functions and organisational structure. The project, which runs from September 2007 until November 2009, is financed by the European Commission’s 7th Framework Programme.

Objectives and visions of the EGI will be presented at the exhibition. Visitors are invited to come and discuss with the representatives of the EGI Design Study preparatory team. Project director Dieter Kranzlmüller will hold a presentation on grids and supercomputers during the HPC Challenges and Opportunities session as part of the accompanying conference.

Exhibitor image

EGI (European Grid Initiative)

The EGI (European Grid Initiative) (www.eu-egi.eu) has been set up to establish a sustainable grid infrastructure in Europe. Driven by the needs and requirements of the research community, it is expected to enable the next leap in research infrastructures, thereby supporting collaborative scientific discoveries in the European Research Area.

The EGI Organisation is expected to start its operations in 2010. The EGI Design Study project defines and implements the EGI Organisation in terms of its functions and organisational structure. The project, which runs from September 2007 until November 2009, is financed by the European Commission’s 7th Framework Programme.

Objectives and visions of the EGI will be presented at the exhibition. Visitors are invited to come and discuss with the representatives of the EGI Design Study preparatory team. Project director Dieter Kranzlmüller will hold a presentation on grids and supercomputers during the HPC Challenges and Opportunities session as part of the accompanying conference.

Exhibitor image

EGI (European Grid Initiative)

The EGI (European Grid Initiative) (www.eu-egi.eu) has been set up to establish a sustainable grid infrastructure in Europe. Driven by the needs and requirements of the research community, it is expected to enable the next leap in research infrastructures, thereby supporting collaborative scientific discoveries in the European Research Area.

The EGI Organisation is expected to start its operations in 2010. The EGI Design Study project defines and implements the EGI Organisation in terms of its functions and organisational structure. The project, which runs from September 2007 until November 2009, is financed by the European Commission’s 7th Framework Programme.

Objectives and visions of the EGI will be presented at the exhibition. Visitors are invited to come and discuss with the representatives of the EGI Design Study preparatory team. Project director Dieter Kranzlmüller will hold a presentation on grids and supercomputers during the HPC Challenges and Opportunities session as part of the accompanying conference.

Exhibitor image

EGI (European Grid Initiative)

The EGI (European Grid Initiative) (www.eu-egi.eu) has been set up to establish a sustainable grid infrastructure in Europe. Driven by the needs and requirements of the research community, it is expected to enable the next leap in research infrastructures, thereby supporting collaborative scientific discoveries in the European Research Area.

The EGI Organisation is expected to start its operations in 2010. The EGI Design Study project defines and implements the EGI Organisation in terms of its functions and organisational structure. The project, which runs from September 2007 until November 2009, is financed by the European Commission’s 7th Framework Programme.

Objectives and visions of the EGI will be presented at the exhibition. Visitors are invited to come and discuss with the representatives of the EGI Design Study preparatory team. Project director Dieter Kranzlmüller will hold a presentation on grids and supercomputers during the HPC Challenges and Opportunities session as part of the accompanying conference.

Exhibitor image

EGI (European Grid Initiative)

The EGI (European Grid Initiative) (www.eu-egi.eu) has been set up to establish a sustainable grid infrastructure in Europe. Driven by the needs and requirements of the research community, it is expected to enable the next leap in research infrastructures, thereby supporting collaborative scientific discoveries in the European Research Area.

The EGI Organisation is expected to start its operations in 2010. The EGI Design Study project defines and implements the EGI Organisation in terms of its functions and organisational structure. The project, which runs from September 2007 until November 2009, is financed by the European Commission’s 7th Framework Programme.

Objectives and visions of the EGI will be presented at the exhibition. Visitors are invited to come and discuss with the representatives of the EGI Design Study preparatory team. Project director Dieter Kranzlmüller will hold a presentation on grids and supercomputers during the HPC Challenges and Opportunities session as part of the accompanying conference.

Exhibitor image

EGI (European Grid Initiative)

The EGI (European Grid Initiative) (www.eu-egi.eu) has been set up to establish a sustainable grid infrastructure in Europe. Driven by the needs and requirements of the research community, it is expected to enable the next leap in research infrastructures, thereby supporting collaborative scientific discoveries in the European Research Area.

The EGI Organisation is expected to start its operations in 2010. The EGI Design Study project defines and implements the EGI Organisation in terms of its functions and organisational structure. The project, which runs from September 2007 until November 2009, is financed by the European Commission’s 7th Framework Programme.

Objectives and visions of the EGI will be presented at the exhibition. Visitors are invited to come and discuss with the representatives of the EGI Design Study preparatory team. Project director Dieter Kranzlmüller will hold a presentation on grids and supercomputers during the HPC Challenges and Opportunities session as part of the accompanying conference.

Exhibitor image

EGI (European Grid Initiative)

The EGI (European Grid Initiative) (www.eu-egi.eu) has been set up to establish a sustainable grid infrastructure in Europe. Driven by the needs and requirements of the research community, it is expected to enable the next leap in research infrastructures, thereby supporting collaborative scientific discoveries in the European Research Area.

The EGI Organisation is expected to start its operations in 2010. The EGI Design Study project defines and implements the EGI Organisation in terms of its functions and organisational structure. The project, which runs from September 2007 until November 2009, is financed by the European Commission’s 7th Framework Programme.

Objectives and visions of the EGI will be presented at the exhibition. Visitors are invited to come and discuss with the representatives of the EGI Design Study preparatory team. Project director Dieter Kranzlmüller will hold a presentation on grids and supercomputers during the HPC Challenges and Opportunities session as part of the accompanying conference.

EPCC

EPCC (www.epcc.ed.ac.uk) is a European centre of expertise in advanced computing research, technology transfer and the provision of supercomputer services. Based in the University of Edinburgh, it designs and creates computing solutions for industry and provides genuine technology leadership in Europe. It works closely with world-leading computational scientists and is an integral part of a world-class research centre, the School of Physics. It is also one of the major providers of training in HPC in Europe. EPCC provides access to a unique collection of leading-edge computing resources.

EPCC

EPCC (www.epcc.ed.ac.uk) is a European centre of expertise in advanced computing research, technology transfer and the provision of supercomputer services. Based in the University of Edinburgh, it designs and creates computing solutions for industry and provides genuine technology leadership in Europe. It works closely with world-leading computational scientists and is an integral part of a world-class research centre, the School of Physics. It is also one of the major providers of training in HPC in Europe. EPCC provides access to a unique collection of leading-edge computing resources.

EPCC

EPCC (www.epcc.ed.ac.uk) is a European centre of expertise in advanced computing research, technology transfer and the provision of supercomputer services. Based in the University of Edinburgh, it designs and creates computing solutions for industry and provides genuine technology leadership in Europe. It works closely with world-leading computational scientists and is an integral part of a world-class research centre, the School of Physics. It is also one of the major providers of training in HPC in Europe. EPCC provides access to a unique collection of leading-edge computing resources.

EPCC

EPCC (www.epcc.ed.ac.uk) is a European centre of expertise in advanced computing research, technology transfer and the provision of supercomputer services. Based in the University of Edinburgh, it designs and creates computing solutions for industry and provides genuine technology leadership in Europe. It works closely with world-leading computational scientists and is an integral part of a world-class research centre, the School of Physics. It is also one of the major providers of training in HPC in Europe. EPCC provides access to a unique collection of leading-edge computing resources.

EPCC

EPCC (www.epcc.ed.ac.uk) is a European centre of expertise in advanced computing research, technology transfer and the provision of supercomputer services. Based in the University of Edinburgh, it designs and creates computing solutions for industry and provides genuine technology leadership in Europe. It works closely with world-leading computational scientists and is an integral part of a world-class research centre, the School of Physics. It is also one of the major providers of training in HPC in Europe. EPCC provides access to a unique collection of leading-edge computing resources.

EPCC

EPCC (www.epcc.ed.ac.uk) is a European centre of expertise in advanced computing research, technology transfer and the provision of supercomputer services. Based in the University of Edinburgh, it designs and creates computing solutions for industry and provides genuine technology leadership in Europe. It works closely with world-leading computational scientists and is an integral part of a world-class research centre, the School of Physics. It is also one of the major providers of training in HPC in Europe. EPCC provides access to a unique collection of leading-edge computing resources.

EPCC

EPCC (www.epcc.ed.ac.uk) is a European centre of expertise in advanced computing research, technology transfer and the provision of supercomputer services. Based in the University of Edinburgh, it designs and creates computing solutions for industry and provides genuine technology leadership in Europe. It works closely with world-leading computational scientists and is an integral part of a world-class research centre, the School of Physics. It is also one of the major providers of training in HPC in Europe. EPCC provides access to a unique collection of leading-edge computing resources.

EPCC

EPCC (www.epcc.ed.ac.uk) is a European centre of expertise in advanced computing research, technology transfer and the provision of supercomputer services. Based in the University of Edinburgh, it designs and creates computing solutions for industry and provides genuine technology leadership in Europe. It works closely with world-leading computational scientists and is an integral part of a world-class research centre, the School of Physics. It is also one of the major providers of training in HPC in Europe. EPCC provides access to a unique collection of leading-edge computing resources.

EPCC

EPCC (www.epcc.ed.ac.uk) is a European centre of expertise in advanced computing research, technology transfer and the provision of supercomputer services. Based in the University of Edinburgh, it designs and creates computing solutions for industry and provides genuine technology leadership in Europe. It works closely with world-leading computational scientists and is an integral part of a world-class research centre, the School of Physics. It is also one of the major providers of training in HPC in Europe. EPCC provides access to a unique collection of leading-edge computing resources.

Exhibitor image

Finisar

Finisar (www.finisar.com) will be showing its serial 10Gbps active optical cable family, designed to accelerate and support 10Gbps server connectivity. The Laserwire family consists of the Laserwire cable, a high density electrical connector and 10G Ethernet adapter modules to facilitate adoption into legacy transceiver ports. Laserwire utilises fibre optic technology for the transmission of data. while reducing the weight, density and power consumption of copper wire.

Exhibitor image

Finisar

Finisar (www.finisar.com) will be showing its serial 10Gbps active optical cable family, designed to accelerate and support 10Gbps server connectivity. The Laserwire family consists of the Laserwire cable, a high density electrical connector and 10G Ethernet adapter modules to facilitate adoption into legacy transceiver ports. Laserwire utilises fibre optic technology for the transmission of data. while reducing the weight, density and power consumption of copper wire.

Exhibitor image

Finisar

Finisar (www.finisar.com) will be showing its serial 10Gbps active optical cable family, designed to accelerate and support 10Gbps server connectivity. The Laserwire family consists of the Laserwire cable, a high density electrical connector and 10G Ethernet adapter modules to facilitate adoption into legacy transceiver ports. Laserwire utilises fibre optic technology for the transmission of data. while reducing the weight, density and power consumption of copper wire.

Exhibitor image

Finisar

Finisar (www.finisar.com) will be showing its serial 10Gbps active optical cable family, designed to accelerate and support 10Gbps server connectivity. The Laserwire family consists of the Laserwire cable, a high density electrical connector and 10G Ethernet adapter modules to facilitate adoption into legacy transceiver ports. Laserwire utilises fibre optic technology for the transmission of data. while reducing the weight, density and power consumption of copper wire.

Exhibitor image

Finisar

Finisar (www.finisar.com) will be showing its serial 10Gbps active optical cable family, designed to accelerate and support 10Gbps server connectivity. The Laserwire family consists of the Laserwire cable, a high density electrical connector and 10G Ethernet adapter modules to facilitate adoption into legacy transceiver ports. Laserwire utilises fibre optic technology for the transmission of data. while reducing the weight, density and power consumption of copper wire.

Exhibitor image

Finisar

Finisar (www.finisar.com) will be showing its serial 10Gbps active optical cable family, designed to accelerate and support 10Gbps server connectivity. The Laserwire family consists of the Laserwire cable, a high density electrical connector and 10G Ethernet adapter modules to facilitate adoption into legacy transceiver ports. Laserwire utilises fibre optic technology for the transmission of data. while reducing the weight, density and power consumption of copper wire.

Exhibitor image

Finisar

Finisar (www.finisar.com) will be showing its serial 10Gbps active optical cable family, designed to accelerate and support 10Gbps server connectivity. The Laserwire family consists of the Laserwire cable, a high density electrical connector and 10G Ethernet adapter modules to facilitate adoption into legacy transceiver ports. Laserwire utilises fibre optic technology for the transmission of data. while reducing the weight, density and power consumption of copper wire.

Exhibitor image

Finisar

Finisar (www.finisar.com) will be showing its serial 10Gbps active optical cable family, designed to accelerate and support 10Gbps server connectivity. The Laserwire family consists of the Laserwire cable, a high density electrical connector and 10G Ethernet adapter modules to facilitate adoption into legacy transceiver ports. Laserwire utilises fibre optic technology for the transmission of data. while reducing the weight, density and power consumption of copper wire.

Exhibitor image

Finisar

Finisar (www.finisar.com) will be showing its serial 10Gbps active optical cable family, designed to accelerate and support 10Gbps server connectivity. The Laserwire family consists of the Laserwire cable, a high density electrical connector and 10G Ethernet adapter modules to facilitate adoption into legacy transceiver ports. Laserwire utilises fibre optic technology for the transmission of data. while reducing the weight, density and power consumption of copper wire.

Exhibitor image

GPU-Tech

GPU-Tech (www.gpucomputing.eu) will be showcasing Ecoserver 500 at the exhibition, and will demonstrate how to harness computing power of GPUs using the Ecolib API
and optimised libraries for simulation, modelling, 3D visualisation, signal and image processing, mathematical computing and so on.

Ecoserver is a dedicated GPU computing turnkey solution tailored to meet HPC needs and supports a large number of applications under Microsoft Windows, and Linux. Equipped with four standard GPUs, this system is affordable, powerful and eco-friendly with a power/price advantage 20 times better than actual cluster products. Ecoserver consumes almost 10 times less energy than equivalent CPU solutions. The model being showcased provides sustained computing power of up to 500Gflops.

The Ecolib development environment for parallel computing allows users to develop parallel applications that can be used both on a workstation and in a server/cluster environment. Ecolib is currently the only GPU programming platform allowing users the possibility to program applications in double precision.

Exhibitor image

GPU-Tech

GPU-Tech (www.gpucomputing.eu) will be showcasing Ecoserver 500 at the exhibition, and will demonstrate how to harness computing power of GPUs using the Ecolib API
and optimised libraries for simulation, modelling, 3D visualisation, signal and image processing, mathematical computing and so on.

Ecoserver is a dedicated GPU computing turnkey solution tailored to meet HPC needs and supports a large number of applications under Microsoft Windows, and Linux. Equipped with four standard GPUs, this system is affordable, powerful and eco-friendly with a power/price advantage 20 times better than actual cluster products. Ecoserver consumes almost 10 times less energy than equivalent CPU solutions. The model being showcased provides sustained computing power of up to 500Gflops.

The Ecolib development environment for parallel computing allows users to develop parallel applications that can be used both on a workstation and in a server/cluster environment. Ecolib is currently the only GPU programming platform allowing users the possibility to program applications in double precision.

Exhibitor image

GPU-Tech

GPU-Tech (www.gpucomputing.eu) will be showcasing Ecoserver 500 at the exhibition, and will demonstrate how to harness computing power of GPUs using the Ecolib API
and optimised libraries for simulation, modelling, 3D visualisation, signal and image processing, mathematical computing and so on.

Ecoserver is a dedicated GPU computing turnkey solution tailored to meet HPC needs and supports a large number of applications under Microsoft Windows, and Linux. Equipped with four standard GPUs, this system is affordable, powerful and eco-friendly with a power/price advantage 20 times better than actual cluster products. Ecoserver consumes almost 10 times less energy than equivalent CPU solutions. The model being showcased provides sustained computing power of up to 500Gflops.

The Ecolib development environment for parallel computing allows users to develop parallel applications that can be used both on a workstation and in a server/cluster environment. Ecolib is currently the only GPU programming platform allowing users the possibility to program applications in double precision.

Exhibitor image

GPU-Tech

GPU-Tech (www.gpucomputing.eu) will be showcasing Ecoserver 500 at the exhibition, and will demonstrate how to harness computing power of GPUs using the Ecolib API
and optimised libraries for simulation, modelling, 3D visualisation, signal and image processing, mathematical computing and so on.

Ecoserver is a dedicated GPU computing turnkey solution tailored to meet HPC needs and supports a large number of applications under Microsoft Windows, and Linux. Equipped with four standard GPUs, this system is affordable, powerful and eco-friendly with a power/price advantage 20 times better than actual cluster products. Ecoserver consumes almost 10 times less energy than equivalent CPU solutions. The model being showcased provides sustained computing power of up to 500Gflops.

The Ecolib development environment for parallel computing allows users to develop parallel applications that can be used both on a workstation and in a server/cluster environment. Ecolib is currently the only GPU programming platform allowing users the possibility to program applications in double precision.

Exhibitor image

GPU-Tech

GPU-Tech (www.gpucomputing.eu) will be showcasing Ecoserver 500 at the exhibition, and will demonstrate how to harness computing power of GPUs using the Ecolib API
and optimised libraries for simulation, modelling, 3D visualisation, signal and image processing, mathematical computing and so on.

Ecoserver is a dedicated GPU computing turnkey solution tailored to meet HPC needs and supports a large number of applications under Microsoft Windows, and Linux. Equipped with four standard GPUs, this system is affordable, powerful and eco-friendly with a power/price advantage 20 times better than actual cluster products. Ecoserver consumes almost 10 times less energy than equivalent CPU solutions. The model being showcased provides sustained computing power of up to 500Gflops.

The Ecolib development environment for parallel computing allows users to develop parallel applications that can be used both on a workstation and in a server/cluster environment. Ecolib is currently the only GPU programming platform allowing users the possibility to program applications in double precision.

Exhibitor image

GPU-Tech

GPU-Tech (www.gpucomputing.eu) will be showcasing Ecoserver 500 at the exhibition, and will demonstrate how to harness computing power of GPUs using the Ecolib API
and optimised libraries for simulation, modelling, 3D visualisation, signal and image processing, mathematical computing and so on.

Ecoserver is a dedicated GPU computing turnkey solution tailored to meet HPC needs and supports a large number of applications under Microsoft Windows, and Linux. Equipped with four standard GPUs, this system is affordable, powerful and eco-friendly with a power/price advantage 20 times better than actual cluster products. Ecoserver consumes almost 10 times less energy than equivalent CPU solutions. The model being showcased provides sustained computing power of up to 500Gflops.

The Ecolib development environment for parallel computing allows users to develop parallel applications that can be used both on a workstation and in a server/cluster environment. Ecolib is currently the only GPU programming platform allowing users the possibility to program applications in double precision.

Exhibitor image

GPU-Tech

GPU-Tech (www.gpucomputing.eu) will be showcasing Ecoserver 500 at the exhibition, and will demonstrate how to harness computing power of GPUs using the Ecolib API
and optimised libraries for simulation, modelling, 3D visualisation, signal and image processing, mathematical computing and so on.

Ecoserver is a dedicated GPU computing turnkey solution tailored to meet HPC needs and supports a large number of applications under Microsoft Windows, and Linux. Equipped with four standard GPUs, this system is affordable, powerful and eco-friendly with a power/price advantage 20 times better than actual cluster products. Ecoserver consumes almost 10 times less energy than equivalent CPU solutions. The model being showcased provides sustained computing power of up to 500Gflops.

The Ecolib development environment for parallel computing allows users to develop parallel applications that can be used both on a workstation and in a server/cluster environment. Ecolib is currently the only GPU programming platform allowing users the possibility to program applications in double precision.

Exhibitor image

GPU-Tech

GPU-Tech (www.gpucomputing.eu) will be showcasing Ecoserver 500 at the exhibition, and will demonstrate how to harness computing power of GPUs using the Ecolib API
and optimised libraries for simulation, modelling, 3D visualisation, signal and image processing, mathematical computing and so on.

Ecoserver is a dedicated GPU computing turnkey solution tailored to meet HPC needs and supports a large number of applications under Microsoft Windows, and Linux. Equipped with four standard GPUs, this system is affordable, powerful and eco-friendly with a power/price advantage 20 times better than actual cluster products. Ecoserver consumes almost 10 times less energy than equivalent CPU solutions. The model being showcased provides sustained computing power of up to 500Gflops.

The Ecolib development environment for parallel computing allows users to develop parallel applications that can be used both on a workstation and in a server/cluster environment. Ecolib is currently the only GPU programming platform allowing users the possibility to program applications in double precision.

Exhibitor image

GPU-Tech

GPU-Tech (www.gpucomputing.eu) will be showcasing Ecoserver 500 at the exhibition, and will demonstrate how to harness computing power of GPUs using the Ecolib API
and optimised libraries for simulation, modelling, 3D visualisation, signal and image processing, mathematical computing and so on.

Ecoserver is a dedicated GPU computing turnkey solution tailored to meet HPC needs and supports a large number of applications under Microsoft Windows, and Linux. Equipped with four standard GPUs, this system is affordable, powerful and eco-friendly with a power/price advantage 20 times better than actual cluster products. Ecoserver consumes almost 10 times less energy than equivalent CPU solutions. The model being showcased provides sustained computing power of up to 500Gflops.

The Ecolib development environment for parallel computing allows users to develop parallel applications that can be used both on a workstation and in a server/cluster environment. Ecolib is currently the only GPU programming platform allowing users the possibility to program applications in double precision.

IBM

IBM (www.ibm.com/deepcomputing) will be showing its portfolio of high performance systems. Visitors will be able to see the newest generation of IBM Power servers highlighting POWER6 processors, which are delivering high performance across a broad spectrum of application benchmarks.

Also on show is new IBM BladeCenter, the second generation of cell-based systems from IBM, delivering more performance and scalability than traditional microprocessors. The IBM Blue Gene/PTM solution will be on display, highlighting advances for even greater performance. The recently announced IBM System x iDataPlex, which is a new category of servers from System x. The IBM System x iDataPlex represents a new generation solution, built with a flexible, intelligent design customised to reduce data centre costs, optimise power/cooling, and address growth in the massive scale-out marketplace.

IBM

IBM (www.ibm.com/deepcomputing) will be showing its portfolio of high performance systems. Visitors will be able to see the newest generation of IBM Power servers highlighting POWER6 processors, which are delivering high performance across a broad spectrum of application benchmarks.

Also on show is new IBM BladeCenter, the second generation of cell-based systems from IBM, delivering more performance and scalability than traditional microprocessors. The IBM Blue Gene/PTM solution will be on display, highlighting advances for even greater performance. The recently announced IBM System x iDataPlex, which is a new category of servers from System x. The IBM System x iDataPlex represents a new generation solution, built with a flexible, intelligent design customised to reduce data centre costs, optimise power/cooling, and address growth in the massive scale-out marketplace.

IBM

IBM (www.ibm.com/deepcomputing) will be showing its portfolio of high performance systems. Visitors will be able to see the newest generation of IBM Power servers highlighting POWER6 processors, which are delivering high performance across a broad spectrum of application benchmarks.

Also on show is new IBM BladeCenter, the second generation of cell-based systems from IBM, delivering more performance and scalability than traditional microprocessors. The IBM Blue Gene/PTM solution will be on display, highlighting advances for even greater performance. The recently announced IBM System x iDataPlex, which is a new category of servers from System x. The IBM System x iDataPlex represents a new generation solution, built with a flexible, intelligent design customised to reduce data centre costs, optimise power/cooling, and address growth in the massive scale-out marketplace.

IBM

IBM (www.ibm.com/deepcomputing) will be showing its portfolio of high performance systems. Visitors will be able to see the newest generation of IBM Power servers highlighting POWER6 processors, which are delivering high performance across a broad spectrum of application benchmarks.

Also on show is new IBM BladeCenter, the second generation of cell-based systems from IBM, delivering more performance and scalability than traditional microprocessors. The IBM Blue Gene/PTM solution will be on display, highlighting advances for even greater performance. The recently announced IBM System x iDataPlex, which is a new category of servers from System x. The IBM System x iDataPlex represents a new generation solution, built with a flexible, intelligent design customised to reduce data centre costs, optimise power/cooling, and address growth in the massive scale-out marketplace.

IBM

IBM (www.ibm.com/deepcomputing) will be showing its portfolio of high performance systems. Visitors will be able to see the newest generation of IBM Power servers highlighting POWER6 processors, which are delivering high performance across a broad spectrum of application benchmarks.

Also on show is new IBM BladeCenter, the second generation of cell-based systems from IBM, delivering more performance and scalability than traditional microprocessors. The IBM Blue Gene/PTM solution will be on display, highlighting advances for even greater performance. The recently announced IBM System x iDataPlex, which is a new category of servers from System x. The IBM System x iDataPlex represents a new generation solution, built with a flexible, intelligent design customised to reduce data centre costs, optimise power/cooling, and address growth in the massive scale-out marketplace.

IBM

IBM (www.ibm.com/deepcomputing) will be showing its portfolio of high performance systems. Visitors will be able to see the newest generation of IBM Power servers highlighting POWER6 processors, which are delivering high performance across a broad spectrum of application benchmarks.

Also on show is new IBM BladeCenter, the second generation of cell-based systems from IBM, delivering more performance and scalability than traditional microprocessors. The IBM Blue Gene/PTM solution will be on display, highlighting advances for even greater performance. The recently announced IBM System x iDataPlex, which is a new category of servers from System x. The IBM System x iDataPlex represents a new generation solution, built with a flexible, intelligent design customised to reduce data centre costs, optimise power/cooling, and address growth in the massive scale-out marketplace.

IBM

IBM (www.ibm.com/deepcomputing) will be showing its portfolio of high performance systems. Visitors will be able to see the newest generation of IBM Power servers highlighting POWER6 processors, which are delivering high performance across a broad spectrum of application benchmarks.

Also on show is new IBM BladeCenter, the second generation of cell-based systems from IBM, delivering more performance and scalability than traditional microprocessors. The IBM Blue Gene/PTM solution will be on display, highlighting advances for even greater performance. The recently announced IBM System x iDataPlex, which is a new category of servers from System x. The IBM System x iDataPlex represents a new generation solution, built with a flexible, intelligent design customised to reduce data centre costs, optimise power/cooling, and address growth in the massive scale-out marketplace.

IBM

IBM (www.ibm.com/deepcomputing) will be showing its portfolio of high performance systems. Visitors will be able to see the newest generation of IBM Power servers highlighting POWER6 processors, which are delivering high performance across a broad spectrum of application benchmarks.

Also on show is new IBM BladeCenter, the second generation of cell-based systems from IBM, delivering more performance and scalability than traditional microprocessors. The IBM Blue Gene/PTM solution will be on display, highlighting advances for even greater performance. The recently announced IBM System x iDataPlex, which is a new category of servers from System x. The IBM System x iDataPlex represents a new generation solution, built with a flexible, intelligent design customised to reduce data centre costs, optimise power/cooling, and address growth in the massive scale-out marketplace.

IBM

IBM (www.ibm.com/deepcomputing) will be showing its portfolio of high performance systems. Visitors will be able to see the newest generation of IBM Power servers highlighting POWER6 processors, which are delivering high performance across a broad spectrum of application benchmarks.

Also on show is new IBM BladeCenter, the second generation of cell-based systems from IBM, delivering more performance and scalability than traditional microprocessors. The IBM Blue Gene/PTM solution will be on display, highlighting advances for even greater performance. The recently announced IBM System x iDataPlex, which is a new category of servers from System x. The IBM System x iDataPlex represents a new generation solution, built with a flexible, intelligent design customised to reduce data centre costs, optimise power/cooling, and address growth in the massive scale-out marketplace.

Exhibitor image

Isilon System

Isilon System (www.isilon.com) will be demonstrating its new X-Series clustered storage solution featuring independent scaling from 270Mb/second to more than 10Gb/second of throughput and from 6Tb to more than 1.6 Petabyte of capacity for a single file system.

The new model builds on Isilon's reputation for innovation and features Intel Xeon 5130 Processor series, DDR InfiniBand Interfaces and ColdWatt PSU to reduce power consumption by around 20 per cent.

X-Series utilises the OneFST distributed file system providing three layers of traditional storage architectures; file system, volume manager and RAID into one unified software layer, creating a single intelligent fully symmetrical file system that spans all nodes within a cluster.

Isilon will be running several demonstrations to showcase the power of X-Series including continuous snapshot protection, client connection load balancing and NFS failover.

Exhibitor image

Isilon System

Isilon System (www.isilon.com) will be demonstrating its new X-Series clustered storage solution featuring independent scaling from 270Mb/second to more than 10Gb/second of throughput and from 6Tb to more than 1.6 Petabyte of capacity for a single file system.

The new model builds on Isilon's reputation for innovation and features Intel Xeon 5130 Processor series, DDR InfiniBand Interfaces and ColdWatt PSU to reduce power consumption by around 20 per cent.

X-Series utilises the OneFST distributed file system providing three layers of traditional storage architectures; file system, volume manager and RAID into one unified software layer, creating a single intelligent fully symmetrical file system that spans all nodes within a cluster.

Isilon will be running several demonstrations to showcase the power of X-Series including continuous snapshot protection, client connection load balancing and NFS failover.

Exhibitor image

Isilon System

Isilon System (www.isilon.com) will be demonstrating its new X-Series clustered storage solution featuring independent scaling from 270Mb/second to more than 10Gb/second of throughput and from 6Tb to more than 1.6 Petabyte of capacity for a single file system.

The new model builds on Isilon's reputation for innovation and features Intel Xeon 5130 Processor series, DDR InfiniBand Interfaces and ColdWatt PSU to reduce power consumption by around 20 per cent.

X-Series utilises the OneFST distributed file system providing three layers of traditional storage architectures; file system, volume manager and RAID into one unified software layer, creating a single intelligent fully symmetrical file system that spans all nodes within a cluster.

Isilon will be running several demonstrations to showcase the power of X-Series including continuous snapshot protection, client connection load balancing and NFS failover.

Exhibitor image

Isilon System

Isilon System (www.isilon.com) will be demonstrating its new X-Series clustered storage solution featuring independent scaling from 270Mb/second to more than 10Gb/second of throughput and from 6Tb to more than 1.6 Petabyte of capacity for a single file system.

The new model builds on Isilon's reputation for innovation and features Intel Xeon 5130 Processor series, DDR InfiniBand Interfaces and ColdWatt PSU to reduce power consumption by around 20 per cent.

X-Series utilises the OneFST distributed file system providing three layers of traditional storage architectures; file system, volume manager and RAID into one unified software layer, creating a single intelligent fully symmetrical file system that spans all nodes within a cluster.

Isilon will be running several demonstrations to showcase the power of X-Series including continuous snapshot protection, client connection load balancing and NFS failover.

Exhibitor image

Isilon System

Isilon System (www.isilon.com) will be demonstrating its new X-Series clustered storage solution featuring independent scaling from 270Mb/second to more than 10Gb/second of throughput and from 6Tb to more than 1.6 Petabyte of capacity for a single file system.

The new model builds on Isilon's reputation for innovation and features Intel Xeon 5130 Processor series, DDR InfiniBand Interfaces and ColdWatt PSU to reduce power consumption by around 20 per cent.

X-Series utilises the OneFST distributed file system providing three layers of traditional storage architectures; file system, volume manager and RAID into one unified software layer, creating a single intelligent fully symmetrical file system that spans all nodes within a cluster.

Isilon will be running several demonstrations to showcase the power of X-Series including continuous snapshot protection, client connection load balancing and NFS failover.

Exhibitor image

Isilon System

Isilon System (www.isilon.com) will be demonstrating its new X-Series clustered storage solution featuring independent scaling from 270Mb/second to more than 10Gb/second of throughput and from 6Tb to more than 1.6 Petabyte of capacity for a single file system.

The new model builds on Isilon's reputation for innovation and features Intel Xeon 5130 Processor series, DDR InfiniBand Interfaces and ColdWatt PSU to reduce power consumption by around 20 per cent.

X-Series utilises the OneFST distributed file system providing three layers of traditional storage architectures; file system, volume manager and RAID into one unified software layer, creating a single intelligent fully symmetrical file system that spans all nodes within a cluster.

Isilon will be running several demonstrations to showcase the power of X-Series including continuous snapshot protection, client connection load balancing and NFS failover.

Exhibitor image

Isilon System

Isilon System (www.isilon.com) will be demonstrating its new X-Series clustered storage solution featuring independent scaling from 270Mb/second to more than 10Gb/second of throughput and from 6Tb to more than 1.6 Petabyte of capacity for a single file system.

The new model builds on Isilon's reputation for innovation and features Intel Xeon 5130 Processor series, DDR InfiniBand Interfaces and ColdWatt PSU to reduce power consumption by around 20 per cent.

X-Series utilises the OneFST distributed file system providing three layers of traditional storage architectures; file system, volume manager and RAID into one unified software layer, creating a single intelligent fully symmetrical file system that spans all nodes within a cluster.

Isilon will be running several demonstrations to showcase the power of X-Series including continuous snapshot protection, client connection load balancing and NFS failover.

Exhibitor image

Isilon System

Isilon System (www.isilon.com) will be demonstrating its new X-Series clustered storage solution featuring independent scaling from 270Mb/second to more than 10Gb/second of throughput and from 6Tb to more than 1.6 Petabyte of capacity for a single file system.

The new model builds on Isilon's reputation for innovation and features Intel Xeon 5130 Processor series, DDR InfiniBand Interfaces and ColdWatt PSU to reduce power consumption by around 20 per cent.

X-Series utilises the OneFST distributed file system providing three layers of traditional storage architectures; file system, volume manager and RAID into one unified software layer, creating a single intelligent fully symmetrical file system that spans all nodes within a cluster.

Isilon will be running several demonstrations to showcase the power of X-Series including continuous snapshot protection, client connection load balancing and NFS failover.

Exhibitor image

Isilon System

Isilon System (www.isilon.com) will be demonstrating its new X-Series clustered storage solution featuring independent scaling from 270Mb/second to more than 10Gb/second of throughput and from 6Tb to more than 1.6 Petabyte of capacity for a single file system.

The new model builds on Isilon's reputation for innovation and features Intel Xeon 5130 Processor series, DDR InfiniBand Interfaces and ColdWatt PSU to reduce power consumption by around 20 per cent.

X-Series utilises the OneFST distributed file system providing three layers of traditional storage architectures; file system, volume manager and RAID into one unified software layer, creating a single intelligent fully symmetrical file system that spans all nodes within a cluster.

Isilon will be running several demonstrations to showcase the power of X-Series including continuous snapshot protection, client connection load balancing and NFS failover.

Exhibitor image

LSI

LSI (www.lsi.com) is a provider of silicon, systems and software technologies that enable products that seamlessly bring people, information and digital content together. The company offers a broad portfolio of capabilities and services including custom and standard product ICs, adapters, systems and software that are trusted by the world’s best-known brands to power leading solutions in the storage and networking markets.

LSI has a long-standing reputation for high-performance storage technology; it delivered the industry’s first InfiniBand direct attach storage product in 2005 and is currently at the forefront of Petascale storage requirements. LSI will demonstrate the performance capabilities of its high performance storage systems, which make them ideal for the mixed workloads of applications such as sciences, defence/intelligence, weather/climate analysis and energy. 

Exhibitor image

LSI

LSI (www.lsi.com) is a provider of silicon, systems and software technologies that enable products that seamlessly bring people, information and digital content together. The company offers a broad portfolio of capabilities and services including custom and standard product ICs, adapters, systems and software that are trusted by the world’s best-known brands to power leading solutions in the storage and networking markets.

LSI has a long-standing reputation for high-performance storage technology; it delivered the industry’s first InfiniBand direct attach storage product in 2005 and is currently at the forefront of Petascale storage requirements. LSI will demonstrate the performance capabilities of its high performance storage systems, which make them ideal for the mixed workloads of applications such as sciences, defence/intelligence, weather/climate analysis and energy. 

Exhibitor image

LSI

LSI (www.lsi.com) is a provider of silicon, systems and software technologies that enable products that seamlessly bring people, information and digital content together. The company offers a broad portfolio of capabilities and services including custom and standard product ICs, adapters, systems and software that are trusted by the world’s best-known brands to power leading solutions in the storage and networking markets.

LSI has a long-standing reputation for high-performance storage technology; it delivered the industry’s first InfiniBand direct attach storage product in 2005 and is currently at the forefront of Petascale storage requirements. LSI will demonstrate the performance capabilities of its high performance storage systems, which make them ideal for the mixed workloads of applications such as sciences, defence/intelligence, weather/climate analysis and energy. 

Exhibitor image

LSI

LSI (www.lsi.com) is a provider of silicon, systems and software technologies that enable products that seamlessly bring people, information and digital content together. The company offers a broad portfolio of capabilities and services including custom and standard product ICs, adapters, systems and software that are trusted by the world’s best-known brands to power leading solutions in the storage and networking markets.

LSI has a long-standing reputation for high-performance storage technology; it delivered the industry’s first InfiniBand direct attach storage product in 2005 and is currently at the forefront of Petascale storage requirements. LSI will demonstrate the performance capabilities of its high performance storage systems, which make them ideal for the mixed workloads of applications such as sciences, defence/intelligence, weather/climate analysis and energy. 

Exhibitor image

LSI

LSI (www.lsi.com) is a provider of silicon, systems and software technologies that enable products that seamlessly bring people, information and digital content together. The company offers a broad portfolio of capabilities and services including custom and standard product ICs, adapters, systems and software that are trusted by the world’s best-known brands to power leading solutions in the storage and networking markets.

LSI has a long-standing reputation for high-performance storage technology; it delivered the industry’s first InfiniBand direct attach storage product in 2005 and is currently at the forefront of Petascale storage requirements. LSI will demonstrate the performance capabilities of its high performance storage systems, which make them ideal for the mixed workloads of applications such as sciences, defence/intelligence, weather/climate analysis and energy. 

Exhibitor image

LSI

LSI (www.lsi.com) is a provider of silicon, systems and software technologies that enable products that seamlessly bring people, information and digital content together. The company offers a broad portfolio of capabilities and services including custom and standard product ICs, adapters, systems and software that are trusted by the world’s best-known brands to power leading solutions in the storage and networking markets.

LSI has a long-standing reputation for high-performance storage technology; it delivered the industry’s first InfiniBand direct attach storage product in 2005 and is currently at the forefront of Petascale storage requirements. LSI will demonstrate the performance capabilities of its high performance storage systems, which make them ideal for the mixed workloads of applications such as sciences, defence/intelligence, weather/climate analysis and energy. 

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LSI

LSI (www.lsi.com) is a provider of silicon, systems and software technologies that enable products that seamlessly bring people, information and digital content together. The company offers a broad portfolio of capabilities and services including custom and standard product ICs, adapters, systems and software that are trusted by the world’s best-known brands to power leading solutions in the storage and networking markets.

LSI has a long-standing reputation for high-performance storage technology; it delivered the industry’s first InfiniBand direct attach storage product in 2005 and is currently at the forefront of Petascale storage requirements. LSI will demonstrate the performance capabilities of its high performance storage systems, which make them ideal for the mixed workloads of applications such as sciences, defence/intelligence, weather/climate analysis and energy. 

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LSI

LSI (www.lsi.com) is a provider of silicon, systems and software technologies that enable products that seamlessly bring people, information and digital content together. The company offers a broad portfolio of capabilities and services including custom and standard product ICs, adapters, systems and software that are trusted by the world’s best-known brands to power leading solutions in the storage and networking markets.

LSI has a long-standing reputation for high-performance storage technology; it delivered the industry’s first InfiniBand direct attach storage product in 2005 and is currently at the forefront of Petascale storage requirements. LSI will demonstrate the performance capabilities of its high performance storage systems, which make them ideal for the mixed workloads of applications such as sciences, defence/intelligence, weather/climate analysis and energy. 

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LSI

LSI (www.lsi.com) is a provider of silicon, systems and software technologies that enable products that seamlessly bring people, information and digital content together. The company offers a broad portfolio of capabilities and services including custom and standard product ICs, adapters, systems and software that are trusted by the world’s best-known brands to power leading solutions in the storage and networking markets.

LSI has a long-standing reputation for high-performance storage technology; it delivered the industry’s first InfiniBand direct attach storage product in 2005 and is currently at the forefront of Petascale storage requirements. LSI will demonstrate the performance capabilities of its high performance storage systems, which make them ideal for the mixed workloads of applications such as sciences, defence/intelligence, weather/climate analysis and energy. 

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Mercury Computer Systems

Mercury Computer Systems, Visualization Sciences Group, (http://3dviz.mc.com) provides large data management (LDM) capability through its Open Inventor offering.  LDM technology allows interactive visualisation of hundreds of gigabytes of data, speeding up the information acquisition process dramatically in areas such as oil and gas exploration, medical imaging, non-destructive testing (NDT), and material sciences.

While out-of-core data management continues to be essential to visualising large data, deriving new data sets or fusing multiple datasets together is becoming increasingly important in the process of understanding data. And while data-intensive applications continue to rely on graphics hardware for visualisation, this same hardware has proven to be very efficient for some computing tasks, making GPGPU an attractive solution.

Mercury Visualization Sciences Group has taken the next step forward, allowing computation algorithms to be integrated into the visualisation framework, for example, derivation of new data using Nvidia Cuda. This powerful combination of LDM technology and GPU computing delivers both on-the-fly computation capability and interactive visualisation and provides an efficient solution for extracting information from data.

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Mercury Computer Systems

Mercury Computer Systems, Visualization Sciences Group, (http://3dviz.mc.com) provides large data management (LDM) capability through its Open Inventor offering.  LDM technology allows interactive visualisation of hundreds of gigabytes of data, speeding up the information acquisition process dramatically in areas such as oil and gas exploration, medical imaging, non-destructive testing (NDT), and material sciences.

While out-of-core data management continues to be essential to visualising large data, deriving new data sets or fusing multiple datasets together is becoming increasingly important in the process of understanding data. And while data-intensive applications continue to rely on graphics hardware for visualisation, this same hardware has proven to be very efficient for some computing tasks, making GPGPU an attractive solution.

Mercury Visualization Sciences Group has taken the next step forward, allowing computation algorithms to be integrated into the visualisation framework, for example, derivation of new data using Nvidia Cuda. This powerful combination of LDM technology and GPU computing delivers both on-the-fly computation capability and interactive visualisation and provides an efficient solution for extracting information from data.

Exhibitor image

Mercury Computer Systems

Mercury Computer Systems, Visualization Sciences Group, (http://3dviz.mc.com) provides large data management (LDM) capability through its Open Inventor offering.  LDM technology allows interactive visualisation of hundreds of gigabytes of data, speeding up the information acquisition process dramatically in areas such as oil and gas exploration, medical imaging, non-destructive testing (NDT), and material sciences.

While out-of-core data management continues to be essential to visualising large data, deriving new data sets or fusing multiple datasets together is becoming increasingly important in the process of understanding data. And while data-intensive applications continue to rely on graphics hardware for visualisation, this same hardware has proven to be very efficient for some computing tasks, making GPGPU an attractive solution.

Mercury Visualization Sciences Group has taken the next step forward, allowing computation algorithms to be integrated into the visualisation framework, for example, derivation of new data using Nvidia Cuda. This powerful combination of LDM technology and GPU computing delivers both on-the-fly computation capability and interactive visualisation and provides an efficient solution for extracting information from data.

Exhibitor image

Mercury Computer Systems

Mercury Computer Systems, Visualization Sciences Group, (http://3dviz.mc.com) provides large data management (LDM) capability through its Open Inventor offering.  LDM technology allows interactive visualisation of hundreds of gigabytes of data, speeding up the information acquisition process dramatically in areas such as oil and gas exploration, medical imaging, non-destructive testing (NDT), and material sciences.

While out-of-core data management continues to be essential to visualising large data, deriving new data sets or fusing multiple datasets together is becoming increasingly important in the process of understanding data. And while data-intensive applications continue to rely on graphics hardware for visualisation, this same hardware has proven to be very efficient for some computing tasks, making GPGPU an attractive solution.

Mercury Visualization Sciences Group has taken the next step forward, allowing computation algorithms to be integrated into the visualisation framework, for example, derivation of new data using Nvidia Cuda. This powerful combination of LDM technology and GPU computing delivers both on-the-fly computation capability and interactive visualisation and provides an efficient solution for extracting information from data.

Exhibitor image

Mercury Computer Systems

Mercury Computer Systems, Visualization Sciences Group, (http://3dviz.mc.com) provides large data management (LDM) capability through its Open Inventor offering.  LDM technology allows interactive visualisation of hundreds of gigabytes of data, speeding up the information acquisition process dramatically in areas such as oil and gas exploration, medical imaging, non-destructive testing (NDT), and material sciences.

While out-of-core data management continues to be essential to visualising large data, deriving new data sets or fusing multiple datasets together is becoming increasingly important in the process of understanding data. And while data-intensive applications continue to rely on graphics hardware for visualisation, this same hardware has proven to be very efficient for some computing tasks, making GPGPU an attractive solution.

Mercury Visualization Sciences Group has taken the next step forward, allowing computation algorithms to be integrated into the visualisation framework, for example, derivation of new data using Nvidia Cuda. This powerful combination of LDM technology and GPU computing delivers both on-the-fly computation capability and interactive visualisation and provides an efficient solution for extracting information from data.

Exhibitor image

Mercury Computer Systems

Mercury Computer Systems, Visualization Sciences Group, (http://3dviz.mc.com) provides large data management (LDM) capability through its Open Inventor offering.  LDM technology allows interactive visualisation of hundreds of gigabytes of data, speeding up the information acquisition process dramatically in areas such as oil and gas exploration, medical imaging, non-destructive testing (NDT), and material sciences.

While out-of-core data management continues to be essential to visualising large data, deriving new data sets or fusing multiple datasets together is becoming increasingly important in the process of understanding data. And while data-intensive applications continue to rely on graphics hardware for visualisation, this same hardware has proven to be very efficient for some computing tasks, making GPGPU an attractive solution.

Mercury Visualization Sciences Group has taken the next step forward, allowing computation algorithms to be integrated into the visualisation framework, for example, derivation of new data using Nvidia Cuda. This powerful combination of LDM technology and GPU computing delivers both on-the-fly computation capability and interactive visualisation and provides an efficient solution for extracting information from data.

Exhibitor image

Mercury Computer Systems

Mercury Computer Systems, Visualization Sciences Group, (http://3dviz.mc.com) provides large data management (LDM) capability through its Open Inventor offering.  LDM technology allows interactive visualisation of hundreds of gigabytes of data, speeding up the information acquisition process dramatically in areas such as oil and gas exploration, medical imaging, non-destructive testing (NDT), and material sciences.

While out-of-core data management continues to be essential to visualising large data, deriving new data sets or fusing multiple datasets together is becoming increasingly important in the process of understanding data. And while data-intensive applications continue to rely on graphics hardware for visualisation, this same hardware has proven to be very efficient for some computing tasks, making GPGPU an attractive solution.

Mercury Visualization Sciences Group has taken the next step forward, allowing computation algorithms to be integrated into the visualisation framework, for example, derivation of new data using Nvidia Cuda. This powerful combination of LDM technology and GPU computing delivers both on-the-fly computation capability and interactive visualisation and provides an efficient solution for extracting information from data.

Exhibitor image

Mercury Computer Systems

Mercury Computer Systems, Visualization Sciences Group, (http://3dviz.mc.com) provides large data management (LDM) capability through its Open Inventor offering.  LDM technology allows interactive visualisation of hundreds of gigabytes of data, speeding up the information acquisition process dramatically in areas such as oil and gas exploration, medical imaging, non-destructive testing (NDT), and material sciences.

While out-of-core data management continues to be essential to visualising large data, deriving new data sets or fusing multiple datasets together is becoming increasingly important in the process of understanding data. And while data-intensive applications continue to rely on graphics hardware for visualisation, this same hardware has proven to be very efficient for some computing tasks, making GPGPU an attractive solution.

Mercury Visualization Sciences Group has taken the next step forward, allowing computation algorithms to be integrated into the visualisation framework, for example, derivation of new data using Nvidia Cuda. This powerful combination of LDM technology and GPU computing delivers both on-the-fly computation capability and interactive visualisation and provides an efficient solution for extracting information from data.

Exhibitor image

Mercury Computer Systems

Mercury Computer Systems, Visualization Sciences Group, (http://3dviz.mc.com) provides large data management (LDM) capability through its Open Inventor offering.  LDM technology allows interactive visualisation of hundreds of gigabytes of data, speeding up the information acquisition process dramatically in areas such as oil and gas exploration, medical imaging, non-destructive testing (NDT), and material sciences.

While out-of-core data management continues to be essential to visualising large data, deriving new data sets or fusing multiple datasets together is becoming increasingly important in the process of understanding data. And while data-intensive applications continue to rely on graphics hardware for visualisation, this same hardware has proven to be very efficient for some computing tasks, making GPGPU an attractive solution.

Mercury Visualization Sciences Group has taken the next step forward, allowing computation algorithms to be integrated into the visualisation framework, for example, derivation of new data using Nvidia Cuda. This powerful combination of LDM technology and GPU computing delivers both on-the-fly computation capability and interactive visualisation and provides an efficient solution for extracting information from data.

Mitrionics

Mitrionics (www.mitrionics.com) will be demonstrating its expertise in FPGA-based accelerated computing, which can provide higher processing power and a greener computing alternative to clusters of computer systems, because of lower energy consumption. The Mitrion Software Acceleration Platform, including the Mitrion Virtual Processor, demonstrates its potential in the Mitrion Accelerated BLAST-n, running 60x faster compared to 2.8GHz AMD Opteron Processor. The Mitrion Platform eliminates the need for circuit design skills, thus making FPGA performance accessible to scientists and developers all over the world. Mitrionics has key industry relationships with Cray, DRC, Intel, Nallatech, SGI and XtremeData.

Mitrionics

Mitrionics (www.mitrionics.com) will be demonstrating its expertise in FPGA-based accelerated computing, which can provide higher processing power and a greener computing alternative to clusters of computer systems, because of lower energy consumption. The Mitrion Software Acceleration Platform, including the Mitrion Virtual Processor, demonstrates its potential in the Mitrion Accelerated BLAST-n, running 60x faster compared to 2.8GHz AMD Opteron Processor. The Mitrion Platform eliminates the need for circuit design skills, thus making FPGA performance accessible to scientists and developers all over the world. Mitrionics has key industry relationships with Cray, DRC, Intel, Nallatech, SGI and XtremeData.

Mitrionics

Mitrionics (www.mitrionics.com) will be demonstrating its expertise in FPGA-based accelerated computing, which can provide higher processing power and a greener computing alternative to clusters of computer systems, because of lower energy consumption. The Mitrion Software Acceleration Platform, including the Mitrion Virtual Processor, demonstrates its potential in the Mitrion Accelerated BLAST-n, running 60x faster compared to 2.8GHz AMD Opteron Processor. The Mitrion Platform eliminates the need for circuit design skills, thus making FPGA performance accessible to scientists and developers all over the world. Mitrionics has key industry relationships with Cray, DRC, Intel, Nallatech, SGI and XtremeData.

Mitrionics

Mitrionics (www.mitrionics.com) will be demonstrating its expertise in FPGA-based accelerated computing, which can provide higher processing power and a greener computing alternative to clusters of computer systems, because of lower energy consumption. The Mitrion Software Acceleration Platform, including the Mitrion Virtual Processor, demonstrates its potential in the Mitrion Accelerated BLAST-n, running 60x faster compared to 2.8GHz AMD Opteron Processor. The Mitrion Platform eliminates the need for circuit design skills, thus making FPGA performance accessible to scientists and developers all over the world. Mitrionics has key industry relationships with Cray, DRC, Intel, Nallatech, SGI and XtremeData.

Mitrionics

Mitrionics (www.mitrionics.com) will be demonstrating its expertise in FPGA-based accelerated computing, which can provide higher processing power and a greener computing alternative to clusters of computer systems, because of lower energy consumption. The Mitrion Software Acceleration Platform, including the Mitrion Virtual Processor, demonstrates its potential in the Mitrion Accelerated BLAST-n, running 60x faster compared to 2.8GHz AMD Opteron Processor. The Mitrion Platform eliminates the need for circuit design skills, thus making FPGA performance accessible to scientists and developers all over the world. Mitrionics has key industry relationships with Cray, DRC, Intel, Nallatech, SGI and XtremeData.

Mitrionics

Mitrionics (www.mitrionics.com) will be demonstrating its expertise in FPGA-based accelerated computing, which can provide higher processing power and a greener computing alternative to clusters of computer systems, because of lower energy consumption. The Mitrion Software Acceleration Platform, including the Mitrion Virtual Processor, demonstrates its potential in the Mitrion Accelerated BLAST-n, running 60x faster compared to 2.8GHz AMD Opteron Processor. The Mitrion Platform eliminates the need for circuit design skills, thus making FPGA performance accessible to scientists and developers all over the world. Mitrionics has key industry relationships with Cray, DRC, Intel, Nallatech, SGI and XtremeData.

Mitrionics

Mitrionics (www.mitrionics.com) will be demonstrating its expertise in FPGA-based accelerated computing, which can provide higher processing power and a greener computing alternative to clusters of computer systems, because of lower energy consumption. The Mitrion Software Acceleration Platform, including the Mitrion Virtual Processor, demonstrates its potential in the Mitrion Accelerated BLAST-n, running 60x faster compared to 2.8GHz AMD Opteron Processor. The Mitrion Platform eliminates the need for circuit design skills, thus making FPGA performance accessible to scientists and developers all over the world. Mitrionics has key industry relationships with Cray, DRC, Intel, Nallatech, SGI and XtremeData.

Mitrionics

Mitrionics (www.mitrionics.com) will be demonstrating its expertise in FPGA-based accelerated computing, which can provide higher processing power and a greener computing alternative to clusters of computer systems, because of lower energy consumption. The Mitrion Software Acceleration Platform, including the Mitrion Virtual Processor, demonstrates its potential in the Mitrion Accelerated BLAST-n, running 60x faster compared to 2.8GHz AMD Opteron Processor. The Mitrion Platform eliminates the need for circuit design skills, thus making FPGA performance accessible to scientists and developers all over the world. Mitrionics has key industry relationships with Cray, DRC, Intel, Nallatech, SGI and XtremeData.

Mitrionics

Mitrionics (www.mitrionics.com) will be demonstrating its expertise in FPGA-based accelerated computing, which can provide higher processing power and a greener computing alternative to clusters of computer systems, because of lower energy consumption. The Mitrion Software Acceleration Platform, including the Mitrion Virtual Processor, demonstrates its potential in the Mitrion Accelerated BLAST-n, running 60x faster compared to 2.8GHz AMD Opteron Processor. The Mitrion Platform eliminates the need for circuit design skills, thus making FPGA performance accessible to scientists and developers all over the world. Mitrionics has key industry relationships with Cray, DRC, Intel, Nallatech, SGI and XtremeData.

NAG

NAG (www.nag.co.uk) will be on hand to tell visitors more about its two high performance libraries to enhance code performance on multi-processor systems. Whether users have a shared memory or a distributed memory system, NAG has a library that will help make the most of the available resources. For shared memory systems, the NAG SMP Library has been designed to be a direct equivalent to the ‘standard’ NAG Fortran Library. For distributed memory systems, including Beowulf style clusters, NAG has a dedicated Parallel Library.

 

NAG’s experise in HPC has lead to the provision of computational science and engineering support for users of the High End Computing Terascale Resources (HEcToR) Project in the United Kingdom. Preliminary work on the project began in April 2007, and with NAG's assistance in porting and tuning, a number of research consortiums with computationally-intensive projects started to move their codes to the HECToR system in October 2007.

NAG

NAG (www.nag.co.uk) will be on hand to tell visitors more about its two high performance libraries to enhance code performance on multi-processor systems. Whether users have a shared memory or a distributed memory system, NAG has a library that will help make the most of the available resources. For shared memory systems, the NAG SMP Library has been designed to be a direct equivalent to the ‘standard’ NAG Fortran Library. For distributed memory systems, including Beowulf style clusters, NAG has a dedicated Parallel Library.

 

NAG’s experise in HPC has lead to the provision of computational science and engineering support for users of the High End Computing Terascale Resources (HEcToR) Project in the United Kingdom. Preliminary work on the project began in April 2007, and with NAG's assistance in porting and tuning, a number of research consortiums with computationally-intensive projects started to move their codes to the HECToR system in October 2007.

NAG

NAG (www.nag.co.uk) will be on hand to tell visitors more about its two high performance libraries to enhance code performance on multi-processor systems. Whether users have a shared memory or a distributed memory system, NAG has a library that will help make the most of the available resources. For shared memory systems, the NAG SMP Library has been designed to be a direct equivalent to the ‘standard’ NAG Fortran Library. For distributed memory systems, including Beowulf style clusters, NAG has a dedicated Parallel Library.

 

NAG’s experise in HPC has lead to the provision of computational science and engineering support for users of the High End Computing Terascale Resources (HEcToR) Project in the United Kingdom. Preliminary work on the project began in April 2007, and with NAG's assistance in porting and tuning, a number of research consortiums with computationally-intensive projects started to move their codes to the HECToR system in October 2007.

NAG

NAG (www.nag.co.uk) will be on hand to tell visitors more about its two high performance libraries to enhance code performance on multi-processor systems. Whether users have a shared memory or a distributed memory system, NAG has a library that will help make the most of the available resources. For shared memory systems, the NAG SMP Library has been designed to be a direct equivalent to the ‘standard’ NAG Fortran Library. For distributed memory systems, including Beowulf style clusters, NAG has a dedicated Parallel Library.

 

NAG’s experise in HPC has lead to the provision of computational science and engineering support for users of the High End Computing Terascale Resources (HEcToR) Project in the United Kingdom. Preliminary work on the project began in April 2007, and with NAG's assistance in porting and tuning, a number of research consortiums with computationally-intensive projects started to move their codes to the HECToR system in October 2007.

NAG

NAG (www.nag.co.uk) will be on hand to tell visitors more about its two high performance libraries to enhance code performance on multi-processor systems. Whether users have a shared memory or a distributed memory system, NAG has a library that will help make the most of the available resources. For shared memory systems, the NAG SMP Library has been designed to be a direct equivalent to the ‘standard’ NAG Fortran Library. For distributed memory systems, including Beowulf style clusters, NAG has a dedicated Parallel Library.

 

NAG’s experise in HPC has lead to the provision of computational science and engineering support for users of the High End Computing Terascale Resources (HEcToR) Project in the United Kingdom. Preliminary work on the project began in April 2007, and with NAG's assistance in porting and tuning, a number of research consortiums with computationally-intensive projects started to move their codes to the HECToR system in October 2007.

NAG

NAG (www.nag.co.uk) will be on hand to tell visitors more about its two high performance libraries to enhance code performance on multi-processor systems. Whether users have a shared memory or a distributed memory system, NAG has a library that will help make the most of the available resources. For shared memory systems, the NAG SMP Library has been designed to be a direct equivalent to the ‘standard’ NAG Fortran Library. For distributed memory systems, including Beowulf style clusters, NAG has a dedicated Parallel Library.

 

NAG’s experise in HPC has lead to the provision of computational science and engineering support for users of the High End Computing Terascale Resources (HEcToR) Project in the United Kingdom. Preliminary work on the project began in April 2007, and with NAG's assistance in porting and tuning, a number of research consortiums with computationally-intensive projects started to move their codes to the HECToR system in October 2007.

NAG

NAG (www.nag.co.uk) will be on hand to tell visitors more about its two high performance libraries to enhance code performance on multi-processor systems. Whether users have a shared memory or a distributed memory system, NAG has a library that will help make the most of the available resources. For shared memory systems, the NAG SMP Library has been designed to be a direct equivalent to the ‘standard’ NAG Fortran Library. For distributed memory systems, including Beowulf style clusters, NAG has a dedicated Parallel Library.

 

NAG’s experise in HPC has lead to the provision of computational science and engineering support for users of the High End Computing Terascale Resources (HEcToR) Project in the United Kingdom. Preliminary work on the project began in April 2007, and with NAG's assistance in porting and tuning, a number of research consortiums with computationally-intensive projects started to move their codes to the HECToR system in October 2007.

NAG

NAG (www.nag.co.uk) will be on hand to tell visitors more about its two high performance libraries to enhance code performance on multi-processor systems. Whether users have a shared memory or a distributed memory system, NAG has a library that will help make the most of the available resources. For shared memory systems, the NAG SMP Library has been designed to be a direct equivalent to the ‘standard’ NAG Fortran Library. For distributed memory systems, including Beowulf style clusters, NAG has a dedicated Parallel Library.

 

NAG’s experise in HPC has lead to the provision of computational science and engineering support for users of the High End Computing Terascale Resources (HEcToR) Project in the United Kingdom. Preliminary work on the project began in April 2007, and with NAG's assistance in porting and tuning, a number of research consortiums with computationally-intensive projects started to move their codes to the HECToR system in October 2007.

NAG

NAG (www.nag.co.uk) will be on hand to tell visitors more about its two high performance libraries to enhance code performance on multi-processor systems. Whether users have a shared memory or a distributed memory system, NAG has a library that will help make the most of the available resources. For shared memory systems, the NAG SMP Library has been designed to be a direct equivalent to the ‘standard’ NAG Fortran Library. For distributed memory systems, including Beowulf style clusters, NAG has a dedicated Parallel Library.

 

NAG’s experise in HPC has lead to the provision of computational science and engineering support for users of the High End Computing Terascale Resources (HEcToR) Project in the United Kingdom. Preliminary work on the project began in April 2007, and with NAG's assistance in porting and tuning, a number of research consortiums with computationally-intensive projects started to move their codes to the HECToR system in October 2007.

NorduGrid

NorduGrid (www.nordugrid.org) is a research and development collaboration that develops and maintains a free open source Grid middleware, the advanced resource connector (ARC). ARC is a result of the cooperation among several projects initiated and supported by NorduGrid: the EU KnowARC, the Nordic Data Grid Facility, and NGIn - a project by Nordunet3, that focuses on education. ARC has been providing a reliable implementation of fundamental Grid services and utilities since 2002. A growing number of Grid deployments choose the non-intrusive, reliable and lightweight ARC as their middleware. The NorduGrid booth will show achievements of the NorduGrid Collaboration and affiliated projects in developing popular Grid middleware and using it to support various Grid infrastructures and initiatives. Special attention will be paid to the development of the next generation middleware by the EU KnowARC project, which will satisfy modern requirements of standards-compliance, multi-platform portability, modularity and interoperability.

NorduGrid

NorduGrid (www.nordugrid.org) is a research and development collaboration that develops and maintains a free open source Grid middleware, the advanced resource connector (ARC). ARC is a result of the cooperation among several projects initiated and supported by NorduGrid: the EU KnowARC, the Nordic Data Grid Facility, and NGIn - a project by Nordunet3, that focuses on education. ARC has been providing a reliable implementation of fundamental Grid services and utilities since 2002. A growing number of Grid deployments choose the non-intrusive, reliable and lightweight ARC as their middleware. The NorduGrid booth will show achievements of the NorduGrid Collaboration and affiliated projects in developing popular Grid middleware and using it to support various Grid infrastructures and initiatives. Special attention will be paid to the development of the next generation middleware by the EU KnowARC project, which will satisfy modern requirements of standards-compliance, multi-platform portability, modularity and interoperability.

NorduGrid

NorduGrid (www.nordugrid.org) is a research and development collaboration that develops and maintains a free open source Grid middleware, the advanced resource connector (ARC). ARC is a result of the cooperation among several projects initiated and supported by NorduGrid: the EU KnowARC, the Nordic Data Grid Facility, and NGIn - a project by Nordunet3, that focuses on education. ARC has been providing a reliable implementation of fundamental Grid services and utilities since 2002. A growing number of Grid deployments choose the non-intrusive, reliable and lightweight ARC as their middleware. The NorduGrid booth will show achievements of the NorduGrid Collaboration and affiliated projects in developing popular Grid middleware and using it to support various Grid infrastructures and initiatives. Special attention will be paid to the development of the next generation middleware by the EU KnowARC project, which will satisfy modern requirements of standards-compliance, multi-platform portability, modularity and interoperability.

NorduGrid

NorduGrid (www.nordugrid.org) is a research and development collaboration that develops and maintains a free open source Grid middleware, the advanced resource connector (ARC). ARC is a result of the cooperation among several projects initiated and supported by NorduGrid: the EU KnowARC, the Nordic Data Grid Facility, and NGIn - a project by Nordunet3, that focuses on education. ARC has been providing a reliable implementation of fundamental Grid services and utilities since 2002. A growing number of Grid deployments choose the non-intrusive, reliable and lightweight ARC as their middleware. The NorduGrid booth will show achievements of the NorduGrid Collaboration and affiliated projects in developing popular Grid middleware and using it to support various Grid infrastructures and initiatives. Special attention will be paid to the development of the next generation middleware by the EU KnowARC project, which will satisfy modern requirements of standards-compliance, multi-platform portability, modularity and interoperability.

NorduGrid

NorduGrid (www.nordugrid.org) is a research and development collaboration that develops and maintains a free open source Grid middleware, the advanced resource connector (ARC). ARC is a result of the cooperation among several projects initiated and supported by NorduGrid: the EU KnowARC, the Nordic Data Grid Facility, and NGIn - a project by Nordunet3, that focuses on education. ARC has been providing a reliable implementation of fundamental Grid services and utilities since 2002. A growing number of Grid deployments choose the non-intrusive, reliable and lightweight ARC as their middleware. The NorduGrid booth will show achievements of the NorduGrid Collaboration and affiliated projects in developing popular Grid middleware and using it to support various Grid infrastructures and initiatives. Special attention will be paid to the development of the next generation middleware by the EU KnowARC project, which will satisfy modern requirements of standards-compliance, multi-platform portability, modularity and interoperability.

NorduGrid

NorduGrid (www.nordugrid.org) is a research and development collaboration that develops and maintains a free open source Grid middleware, the advanced resource connector (ARC). ARC is a result of the cooperation among several projects initiated and supported by NorduGrid: the EU KnowARC, the Nordic Data Grid Facility, and NGIn - a project by Nordunet3, that focuses on education. ARC has been providing a reliable implementation of fundamental Grid services and utilities since 2002. A growing number of Grid deployments choose the non-intrusive, reliable and lightweight ARC as their middleware. The NorduGrid booth will show achievements of the NorduGrid Collaboration and affiliated projects in developing popular Grid middleware and using it to support various Grid infrastructures and initiatives. Special attention will be paid to the development of the next generation middleware by the EU KnowARC project, which will satisfy modern requirements of standards-compliance, multi-platform portability, modularity and interoperability.

NorduGrid

NorduGrid (www.nordugrid.org) is a research and development collaboration that develops and maintains a free open source Grid middleware, the advanced resource connector (ARC). ARC is a result of the cooperation among several projects initiated and supported by NorduGrid: the EU KnowARC, the Nordic Data Grid Facility, and NGIn - a project by Nordunet3, that focuses on education. ARC has been providing a reliable implementation of fundamental Grid services and utilities since 2002. A growing number of Grid deployments choose the non-intrusive, reliable and lightweight ARC as their middleware. The NorduGrid booth will show achievements of the NorduGrid Collaboration and affiliated projects in developing popular Grid middleware and using it to support various Grid infrastructures and initiatives. Special attention will be paid to the development of the next generation middleware by the EU KnowARC project, which will satisfy modern requirements of standards-compliance, multi-platform portability, modularity and interoperability.

NorduGrid

NorduGrid (www.nordugrid.org) is a research and development collaboration that develops and maintains a free open source Grid middleware, the advanced resource connector (ARC). ARC is a result of the cooperation among several projects initiated and supported by NorduGrid: the EU KnowARC, the Nordic Data Grid Facility, and NGIn - a project by Nordunet3, that focuses on education. ARC has been providing a reliable implementation of fundamental Grid services and utilities since 2002. A growing number of Grid deployments choose the non-intrusive, reliable and lightweight ARC as their middleware. The NorduGrid booth will show achievements of the NorduGrid Collaboration and affiliated projects in developing popular Grid middleware and using it to support various Grid infrastructures and initiatives. Special attention will be paid to the development of the next generation middleware by the EU KnowARC project, which will satisfy modern requirements of standards-compliance, multi-platform portability, modularity and interoperability.

NorduGrid

NorduGrid (www.nordugrid.org) is a research and development collaboration that develops and maintains a free open source Grid middleware, the advanced resource connector (ARC). ARC is a result of the cooperation among several projects initiated and supported by NorduGrid: the EU KnowARC, the Nordic Data Grid Facility, and NGIn - a project by Nordunet3, that focuses on education. ARC has been providing a reliable implementation of fundamental Grid services and utilities since 2002. A growing number of Grid deployments choose the non-intrusive, reliable and lightweight ARC as their middleware. The NorduGrid booth will show achievements of the NorduGrid Collaboration and affiliated projects in developing popular Grid middleware and using it to support various Grid infrastructures and initiatives. Special attention will be paid to the development of the next generation middleware by the EU KnowARC project, which will satisfy modern requirements of standards-compliance, multi-platform portability, modularity and interoperability.

ParTec

ParTec (www.par-tec.com) will be demonstrating its fully supported software stack to provide management and operating software for a reliable, high productive cluster system.

ParaStationV5 offers several features with common techniques, fine-tuned and optimised for high-performance computing solutions to deliver an integrated, easy to use and reliable compute cluster environment.

The optimised cluster software stack supports a wide range of server hardware platforms, various communication technologies and interconnect networks from Gigabit Ethernet to Quadrics Net and QsTenG components, as well as many flavours of MPI implementations.

 

ParTec

ParTec (www.par-tec.com) will be demonstrating its fully supported software stack to provide management and operating software for a reliable, high productive cluster system.

ParaStationV5 offers several features with common techniques, fine-tuned and optimised for high-performance computing solutions to deliver an integrated, easy to use and reliable compute cluster environment.

The optimised cluster software stack supports a wide range of server hardware platforms, various communication technologies and interconnect networks from Gigabit Ethernet to Quadrics Net and QsTenG components, as well as many flavours of MPI implementations.

 

ParTec

ParTec (www.par-tec.com) will be demonstrating its fully supported software stack to provide management and operating software for a reliable, high productive cluster system.

ParaStationV5 offers several features with common techniques, fine-tuned and optimised for high-performance computing solutions to deliver an integrated, easy to use and reliable compute cluster environment.

The optimised cluster software stack supports a wide range of server hardware platforms, various communication technologies and interconnect networks from Gigabit Ethernet to Quadrics Net and QsTenG components, as well as many flavours of MPI implementations.

 

ParTec

ParTec (www.par-tec.com) will be demonstrating its fully supported software stack to provide management and operating software for a reliable, high productive cluster system.

ParaStationV5 offers several features with common techniques, fine-tuned and optimised for high-performance computing solutions to deliver an integrated, easy to use and reliable compute cluster environment.

The optimised cluster software stack supports a wide range of server hardware platforms, various communication technologies and interconnect networks from Gigabit Ethernet to Quadrics Net and QsTenG components, as well as many flavours of MPI implementations.

 

ParTec

ParTec (www.par-tec.com) will be demonstrating its fully supported software stack to provide management and operating software for a reliable, high productive cluster system.

ParaStationV5 offers several features with common techniques, fine-tuned and optimised for high-performance computing solutions to deliver an integrated, easy to use and reliable compute cluster environment.

The optimised cluster software stack supports a wide range of server hardware platforms, various communication technologies and interconnect networks from Gigabit Ethernet to Quadrics Net and QsTenG components, as well as many flavours of MPI implementations.

 

ParTec

ParTec (www.par-tec.com) will be demonstrating its fully supported software stack to provide management and operating software for a reliable, high productive cluster system.

ParaStationV5 offers several features with common techniques, fine-tuned and optimised for high-performance computing solutions to deliver an integrated, easy to use and reliable compute cluster environment.

The optimised cluster software stack supports a wide range of server hardware platforms, various communication technologies and interconnect networks from Gigabit Ethernet to Quadrics Net and QsTenG components, as well as many flavours of MPI implementations.

 

ParTec

ParTec (www.par-tec.com) will be demonstrating its fully supported software stack to provide management and operating software for a reliable, high productive cluster system.

ParaStationV5 offers several features with common techniques, fine-tuned and optimised for high-performance computing solutions to deliver an integrated, easy to use and reliable compute cluster environment.

The optimised cluster software stack supports a wide range of server hardware platforms, various communication technologies and interconnect networks from Gigabit Ethernet to Quadrics Net and QsTenG components, as well as many flavours of MPI implementations.

 

ParTec

ParTec (www.par-tec.com) will be demonstrating its fully supported software stack to provide management and operating software for a reliable, high productive cluster system.

ParaStationV5 offers several features with common techniques, fine-tuned and optimised for high-performance computing solutions to deliver an integrated, easy to use and reliable compute cluster environment.

The optimised cluster software stack supports a wide range of server hardware platforms, various communication technologies and interconnect networks from Gigabit Ethernet to Quadrics Net and QsTenG components, as well as many flavours of MPI implementations.

 

ParTec

ParTec (www.par-tec.com) will be demonstrating its fully supported software stack to provide management and operating software for a reliable, high productive cluster system.

ParaStationV5 offers several features with common techniques, fine-tuned and optimised for high-performance computing solutions to deliver an integrated, easy to use and reliable compute cluster environment.

The optimised cluster software stack supports a wide range of server hardware platforms, various communication technologies and interconnect networks from Gigabit Ethernet to Quadrics Net and QsTenG components, as well as many flavours of MPI implementations.

 

Exhibitor image

Platform Computing

Platform Computing (www.platform.com) will be demonstrating its HPC infrastructure software. Scientific research demands continually increasing HPC capacity while research budgets shrink or fail to keep pace. Producing results faster and more cost-effectively requires scientists to focus more on their work rather than worrying about the accessibility and availability of the computer infrastructure.

A flexible resource and workload management, and automated cluster management solution is essential to run HPC clusters effectively, whether the hardware consists of expensive SMP machines or clusters with commodity hardware, Platform HPC infrastructure software solutions allow multiple departments and users to get the capacity they need from HPC systems with centrally managed infrastructure software. The package allows users to: manage large and complex HPC systems; deploy and manage Linux clusters quickly and easily; support and nurture the research process; establish a single, integrated computing environment; and extend HPC across all desktops, servers and compute clusters in a heterogeneous HPC environment.

Exhibitor image

Platform Computing

Platform Computing (www.platform.com) will be demonstrating its HPC infrastructure software. Scientific research demands continually increasing HPC capacity while research budgets shrink or fail to keep pace. Producing results faster and more cost-effectively requires scientists to focus more on their work rather than worrying about the accessibility and availability of the computer infrastructure.

A flexible resource and workload management, and automated cluster management solution is essential to run HPC clusters effectively, whether the hardware consists of expensive SMP machines or clusters with commodity hardware, Platform HPC infrastructure software solutions allow multiple departments and users to get the capacity they need from HPC systems with centrally managed infrastructure software. The package allows users to: manage large and complex HPC systems; deploy and manage Linux clusters quickly and easily; support and nurture the research process; establish a single, integrated computing environment; and extend HPC across all desktops, servers and compute clusters in a heterogeneous HPC environment.

Exhibitor image

Platform Computing

Platform Computing (www.platform.com) will be demonstrating its HPC infrastructure software. Scientific research demands continually increasing HPC capacity while research budgets shrink or fail to keep pace. Producing results faster and more cost-effectively requires scientists to focus more on their work rather than worrying about the accessibility and availability of the computer infrastructure.

A flexible resource and workload management, and automated cluster management solution is essential to run HPC clusters effectively, whether the hardware consists of expensive SMP machines or clusters with commodity hardware, Platform HPC infrastructure software solutions allow multiple departments and users to get the capacity they need from HPC systems with centrally managed infrastructure software. The package allows users to: manage large and complex HPC systems; deploy and manage Linux clusters quickly and easily; support and nurture the research process; establish a single, integrated computing environment; and extend HPC across all desktops, servers and compute clusters in a heterogeneous HPC environment.

Exhibitor image

Platform Computing

Platform Computing (www.platform.com) will be demonstrating its HPC infrastructure software. Scientific research demands continually increasing HPC capacity while research budgets shrink or fail to keep pace. Producing results faster and more cost-effectively requires scientists to focus more on their work rather than worrying about the accessibility and availability of the computer infrastructure.

A flexible resource and workload management, and automated cluster management solution is essential to run HPC clusters effectively, whether the hardware consists of expensive SMP machines or clusters with commodity hardware, Platform HPC infrastructure software solutions allow multiple departments and users to get the capacity they need from HPC systems with centrally managed infrastructure software. The package allows users to: manage large and complex HPC systems; deploy and manage Linux clusters quickly and easily; support and nurture the research process; establish a single, integrated computing environment; and extend HPC across all desktops, servers and compute clusters in a heterogeneous HPC environment.

Exhibitor image

Platform Computing

Platform Computing (www.platform.com) will be demonstrating its HPC infrastructure software. Scientific research demands continually increasing HPC capacity while research budgets shrink or fail to keep pace. Producing results faster and more cost-effectively requires scientists to focus more on their work rather than worrying about the accessibility and availability of the computer infrastructure.

A flexible resource and workload management, and automated cluster management solution is essential to run HPC clusters effectively, whether the hardware consists of expensive SMP machines or clusters with commodity hardware, Platform HPC infrastructure software solutions allow multiple departments and users to get the capacity they need from HPC systems with centrally managed infrastructure software. The package allows users to: manage large and complex HPC systems; deploy and manage Linux clusters quickly and easily; support and nurture the research process; establish a single, integrated computing environment; and extend HPC across all desktops, servers and compute clusters in a heterogeneous HPC environment.

Exhibitor image

Platform Computing

Platform Computing (www.platform.com) will be demonstrating its HPC infrastructure software. Scientific research demands continually increasing HPC capacity while research budgets shrink or fail to keep pace. Producing results faster and more cost-effectively requires scientists to focus more on their work rather than worrying about the accessibility and availability of the computer infrastructure.

A flexible resource and workload management, and automated cluster management solution is essential to run HPC clusters effectively, whether the hardware consists of expensive SMP machines or clusters with commodity hardware, Platform HPC infrastructure software solutions allow multiple departments and users to get the capacity they need from HPC systems with centrally managed infrastructure software. The package allows users to: manage large and complex HPC systems; deploy and manage Linux clusters quickly and easily; support and nurture the research process; establish a single, integrated computing environment; and extend HPC across all desktops, servers and compute clusters in a heterogeneous HPC environment.

Exhibitor image

Platform Computing

Platform Computing (www.platform.com) will be demonstrating its HPC infrastructure software. Scientific research demands continually increasing HPC capacity while research budgets shrink or fail to keep pace. Producing results faster and more cost-effectively requires scientists to focus more on their work rather than worrying about the accessibility and availability of the computer infrastructure.

A flexible resource and workload management, and automated cluster management solution is essential to run HPC clusters effectively, whether the hardware consists of expensive SMP machines or clusters with commodity hardware, Platform HPC infrastructure software solutions allow multiple departments and users to get the capacity they need from HPC systems with centrally managed infrastructure software. The package allows users to: manage large and complex HPC systems; deploy and manage Linux clusters quickly and easily; support and nurture the research process; establish a single, integrated computing environment; and extend HPC across all desktops, servers and compute clusters in a heterogeneous HPC environment.

Exhibitor image

Platform Computing

Platform Computing (www.platform.com) will be demonstrating its HPC infrastructure software. Scientific research demands continually increasing HPC capacity while research budgets shrink or fail to keep pace. Producing results faster and more cost-effectively requires scientists to focus more on their work rather than worrying about the accessibility and availability of the computer infrastructure.

A flexible resource and workload management, and automated cluster management solution is essential to run HPC clusters effectively, whether the hardware consists of expensive SMP machines or clusters with commodity hardware, Platform HPC infrastructure software solutions allow multiple departments and users to get the capacity they need from HPC systems with centrally managed infrastructure software. The package allows users to: manage large and complex HPC systems; deploy and manage Linux clusters quickly and easily; support and nurture the research process; establish a single, integrated computing environment; and extend HPC across all desktops, servers and compute clusters in a heterogeneous HPC environment.

Exhibitor image

Platform Computing

Platform Computing (www.platform.com) will be demonstrating its HPC infrastructure software. Scientific research demands continually increasing HPC capacity while research budgets shrink or fail to keep pace. Producing results faster and more cost-effectively requires scientists to focus more on their work rather than worrying about the accessibility and availability of the computer infrastructure.

A flexible resource and workload management, and automated cluster management solution is essential to run HPC clusters effectively, whether the hardware consists of expensive SMP machines or clusters with commodity hardware, Platform HPC infrastructure software solutions allow multiple departments and users to get the capacity they need from HPC systems with centrally managed infrastructure software. The package allows users to: manage large and complex HPC systems; deploy and manage Linux clusters quickly and easily; support and nurture the research process; establish a single, integrated computing environment; and extend HPC across all desktops, servers and compute clusters in a heterogeneous HPC environment.

Exhibitor image

Prace

Prace (www.prace-project.eu), the Partnership for Advanced Computing in Europe, aims to provide scientists in Europe with unlimited and independent access to fast supercomputers and competent support.

Prace is laying the groundwork for a persistent pan-European HPC service, comprising several tier-0 centres, providing European researchers with access to suitable computers and forming the top level of the European HPC ecosystem. Close cooperation with national and regional computer centres and scientific organisations eases access to computing resources at all levels for scientists and engineers from academia and industry.

The following countries collaborate in the Prace project: Germany, UK, France, Spain, Finland, Greece, Italy, The Netherlands, Norway, Austria, Poland, Portugal, Sweden, and Switzerland.

The Prace project is coordinated by the Gauss Centre for Supercomputing (Germany), which bundles the activities of the three HPC centres in Jülich, Stuttgart, and Garching. Prace is a project funded in part by the EU’s 7th Framework Programme.

Exhibitor image

Prace

Prace (www.prace-project.eu), the Partnership for Advanced Computing in Europe, aims to provide scientists in Europe with unlimited and independent access to fast supercomputers and competent support.

Prace is laying the groundwork for a persistent pan-European HPC service, comprising several tier-0 centres, providing European researchers with access to suitable computers and forming the top level of the European HPC ecosystem. Close cooperation with national and regional computer centres and scientific organisations eases access to computing resources at all levels for scientists and engineers from academia and industry.

The following countries collaborate in the Prace project: Germany, UK, France, Spain, Finland, Greece, Italy, The Netherlands, Norway, Austria, Poland, Portugal, Sweden, and Switzerland.

The Prace project is coordinated by the Gauss Centre for Supercomputing (Germany), which bundles the activities of the three HPC centres in Jülich, Stuttgart, and Garching. Prace is a project funded in part by the EU’s 7th Framework Programme.

Exhibitor image

Prace

Prace (www.prace-project.eu), the Partnership for Advanced Computing in Europe, aims to provide scientists in Europe with unlimited and independent access to fast supercomputers and competent support.

Prace is laying the groundwork for a persistent pan-European HPC service, comprising several tier-0 centres, providing European researchers with access to suitable computers and forming the top level of the European HPC ecosystem. Close cooperation with national and regional computer centres and scientific organisations eases access to computing resources at all levels for scientists and engineers from academia and industry.

The following countries collaborate in the Prace project: Germany, UK, France, Spain, Finland, Greece, Italy, The Netherlands, Norway, Austria, Poland, Portugal, Sweden, and Switzerland.

The Prace project is coordinated by the Gauss Centre for Supercomputing (Germany), which bundles the activities of the three HPC centres in Jülich, Stuttgart, and Garching. Prace is a project funded in part by the EU’s 7th Framework Programme.

Exhibitor image

Prace

Prace (www.prace-project.eu), the Partnership for Advanced Computing in Europe, aims to provide scientists in Europe with unlimited and independent access to fast supercomputers and competent support.

Prace is laying the groundwork for a persistent pan-European HPC service, comprising several tier-0 centres, providing European researchers with access to suitable computers and forming the top level of the European HPC ecosystem. Close cooperation with national and regional computer centres and scientific organisations eases access to computing resources at all levels for scientists and engineers from academia and industry.

The following countries collaborate in the Prace project: Germany, UK, France, Spain, Finland, Greece, Italy, The Netherlands, Norway, Austria, Poland, Portugal, Sweden, and Switzerland.

The Prace project is coordinated by the Gauss Centre for Supercomputing (Germany), which bundles the activities of the three HPC centres in Jülich, Stuttgart, and Garching. Prace is a project funded in part by the EU’s 7th Framework Programme.

Exhibitor image

Prace

Prace (www.prace-project.eu), the Partnership for Advanced Computing in Europe, aims to provide scientists in Europe with unlimited and independent access to fast supercomputers and competent support.

Prace is laying the groundwork for a persistent pan-European HPC service, comprising several tier-0 centres, providing European researchers with access to suitable computers and forming the top level of the European HPC ecosystem. Close cooperation with national and regional computer centres and scientific organisations eases access to computing resources at all levels for scientists and engineers from academia and industry.

The following countries collaborate in the Prace project: Germany, UK, France, Spain, Finland, Greece, Italy, The Netherlands, Norway, Austria, Poland, Portugal, Sweden, and Switzerland.

The Prace project is coordinated by the Gauss Centre for Supercomputing (Germany), which bundles the activities of the three HPC centres in Jülich, Stuttgart, and Garching. Prace is a project funded in part by the EU’s 7th Framework Programme.

Exhibitor image

Prace

Prace (www.prace-project.eu), the Partnership for Advanced Computing in Europe, aims to provide scientists in Europe with unlimited and independent access to fast supercomputers and competent support.

Prace is laying the groundwork for a persistent pan-European HPC service, comprising several tier-0 centres, providing European researchers with access to suitable computers and forming the top level of the European HPC ecosystem. Close cooperation with national and regional computer centres and scientific organisations eases access to computing resources at all levels for scientists and engineers from academia and industry.

The following countries collaborate in the Prace project: Germany, UK, France, Spain, Finland, Greece, Italy, The Netherlands, Norway, Austria, Poland, Portugal, Sweden, and Switzerland.

The Prace project is coordinated by the Gauss Centre for Supercomputing (Germany), which bundles the activities of the three HPC centres in Jülich, Stuttgart, and Garching. Prace is a project funded in part by the EU’s 7th Framework Programme.

Exhibitor image

Prace

Prace (www.prace-project.eu), the Partnership for Advanced Computing in Europe, aims to provide scientists in Europe with unlimited and independent access to fast supercomputers and competent support.

Prace is laying the groundwork for a persistent pan-European HPC service, comprising several tier-0 centres, providing European researchers with access to suitable computers and forming the top level of the European HPC ecosystem. Close cooperation with national and regional computer centres and scientific organisations eases access to computing resources at all levels for scientists and engineers from academia and industry.

The following countries collaborate in the Prace project: Germany, UK, France, Spain, Finland, Greece, Italy, The Netherlands, Norway, Austria, Poland, Portugal, Sweden, and Switzerland.

The Prace project is coordinated by the Gauss Centre for Supercomputing (Germany), which bundles the activities of the three HPC centres in Jülich, Stuttgart, and Garching. Prace is a project funded in part by the EU’s 7th Framework Programme.

Exhibitor image

Prace

Prace (www.prace-project.eu), the Partnership for Advanced Computing in Europe, aims to provide scientists in Europe with unlimited and independent access to fast supercomputers and competent support.

Prace is laying the groundwork for a persistent pan-European HPC service, comprising several tier-0 centres, providing European researchers with access to suitable computers and forming the top level of the European HPC ecosystem. Close cooperation with national and regional computer centres and scientific organisations eases access to computing resources at all levels for scientists and engineers from academia and industry.

The following countries collaborate in the Prace project: Germany, UK, France, Spain, Finland, Greece, Italy, The Netherlands, Norway, Austria, Poland, Portugal, Sweden, and Switzerland.

The Prace project is coordinated by the Gauss Centre for Supercomputing (Germany), which bundles the activities of the three HPC centres in Jülich, Stuttgart, and Garching. Prace is a project funded in part by the EU’s 7th Framework Programme.

Exhibitor image

Prace

Prace (www.prace-project.eu), the Partnership for Advanced Computing in Europe, aims to provide scientists in Europe with unlimited and independent access to fast supercomputers and competent support.

Prace is laying the groundwork for a persistent pan-European HPC service, comprising several tier-0 centres, providing European researchers with access to suitable computers and forming the top level of the European HPC ecosystem. Close cooperation with national and regional computer centres and scientific organisations eases access to computing resources at all levels for scientists and engineers from academia and industry.

The following countries collaborate in the Prace project: Germany, UK, France, Spain, Finland, Greece, Italy, The Netherlands, Norway, Austria, Poland, Portugal, Sweden, and Switzerland.

The Prace project is coordinated by the Gauss Centre for Supercomputing (Germany), which bundles the activities of the three HPC centres in Jülich, Stuttgart, and Garching. Prace is a project funded in part by the EU’s 7th Framework Programme.

Exhibitor image

Visual Numerics

Visual Numerics (www.vni.com) develops data analysis and visualisation solutions for technical, business and scientific communities worldwide. Using the accurate and reliable analytics of the IMSL Numerical Libraries, the robust programming language and visualisation techniques of PV-WAVE and an expert consulting team, Visual Numerics provides world-class analysis and visualisation solutions.

The IMSL Libraries and PV-WAVE are used for developing numerical applications for HPC.  The IMSL Fortran Library combines the powerful and flexible interface features of Fortran with the performance benefits of distributed and shared memory multiprocessing architectures. The IMSL C Library, thread-safe since 2000, plays a key part in many multi-threaded and distributed applications. While the JMSL and the IMSL C# Libraries are not widely multithreaded, by utilising the appropriate interfaces of the applicable language, each can be invoked in multithreaded applications on their respective platforms.

Exhibitor image

Visual Numerics

Visual Numerics (www.vni.com) develops data analysis and visualisation solutions for technical, business and scientific communities worldwide. Using the accurate and reliable analytics of the IMSL Numerical Libraries, the robust programming language and visualisation techniques of PV-WAVE and an expert consulting team, Visual Numerics provides world-class analysis and visualisation solutions.

The IMSL Libraries and PV-WAVE are used for developing numerical applications for HPC.  The IMSL Fortran Library combines the powerful and flexible interface features of Fortran with the performance benefits of distributed and shared memory multiprocessing architectures. The IMSL C Library, thread-safe since 2000, plays a key part in many multi-threaded and distributed applications. While the JMSL and the IMSL C# Libraries are not widely multithreaded, by utilising the appropriate interfaces of the applicable language, each can be invoked in multithreaded applications on their respective platforms.

Exhibitor image

Visual Numerics

Visual Numerics (www.vni.com) develops data analysis and visualisation solutions for technical, business and scientific communities worldwide. Using the accurate and reliable analytics of the IMSL Numerical Libraries, the robust programming language and visualisation techniques of PV-WAVE and an expert consulting team, Visual Numerics provides world-class analysis and visualisation solutions.

The IMSL Libraries and PV-WAVE are used for developing numerical applications for HPC.  The IMSL Fortran Library combines the powerful and flexible interface features of Fortran with the performance benefits of distributed and shared memory multiprocessing architectures. The IMSL C Library, thread-safe since 2000, plays a key part in many multi-threaded and distributed applications. While the JMSL and the IMSL C# Libraries are not widely multithreaded, by utilising the appropriate interfaces of the applicable language, each can be invoked in multithreaded applications on their respective platforms.

Exhibitor image

Visual Numerics

Visual Numerics (www.vni.com) develops data analysis and visualisation solutions for technical, business and scientific communities worldwide. Using the accurate and reliable analytics of the IMSL Numerical Libraries, the robust programming language and visualisation techniques of PV-WAVE and an expert consulting team, Visual Numerics provides world-class analysis and visualisation solutions.

The IMSL Libraries and PV-WAVE are used for developing numerical applications for HPC.  The IMSL Fortran Library combines the powerful and flexible interface features of Fortran with the performance benefits of distributed and shared memory multiprocessing architectures. The IMSL C Library, thread-safe since 2000, plays a key part in many multi-threaded and distributed applications. While the JMSL and the IMSL C# Libraries are not widely multithreaded, by utilising the appropriate interfaces of the applicable language, each can be invoked in multithreaded applications on their respective platforms.

Exhibitor image

Visual Numerics

Visual Numerics (www.vni.com) develops data analysis and visualisation solutions for technical, business and scientific communities worldwide. Using the accurate and reliable analytics of the IMSL Numerical Libraries, the robust programming language and visualisation techniques of PV-WAVE and an expert consulting team, Visual Numerics provides world-class analysis and visualisation solutions.

The IMSL Libraries and PV-WAVE are used for developing numerical applications for HPC.  The IMSL Fortran Library combines the powerful and flexible interface features of Fortran with the performance benefits of distributed and shared memory multiprocessing architectures. The IMSL C Library, thread-safe since 2000, plays a key part in many multi-threaded and distributed applications. While the JMSL and the IMSL C# Libraries are not widely multithreaded, by utilising the appropriate interfaces of the applicable language, each can be invoked in multithreaded applications on their respective platforms.

Exhibitor image

Visual Numerics

Visual Numerics (www.vni.com) develops data analysis and visualisation solutions for technical, business and scientific communities worldwide. Using the accurate and reliable analytics of the IMSL Numerical Libraries, the robust programming language and visualisation techniques of PV-WAVE and an expert consulting team, Visual Numerics provides world-class analysis and visualisation solutions.

The IMSL Libraries and PV-WAVE are used for developing numerical applications for HPC.  The IMSL Fortran Library combines the powerful and flexible interface features of Fortran with the performance benefits of distributed and shared memory multiprocessing architectures. The IMSL C Library, thread-safe since 2000, plays a key part in many multi-threaded and distributed applications. While the JMSL and the IMSL C# Libraries are not widely multithreaded, by utilising the appropriate interfaces of the applicable language, each can be invoked in multithreaded applications on their respective platforms.

Exhibitor image

Visual Numerics

Visual Numerics (www.vni.com) develops data analysis and visualisation solutions for technical, business and scientific communities worldwide. Using the accurate and reliable analytics of the IMSL Numerical Libraries, the robust programming language and visualisation techniques of PV-WAVE and an expert consulting team, Visual Numerics provides world-class analysis and visualisation solutions.

The IMSL Libraries and PV-WAVE are used for developing numerical applications for HPC.  The IMSL Fortran Library combines the powerful and flexible interface features of Fortran with the performance benefits of distributed and shared memory multiprocessing architectures. The IMSL C Library, thread-safe since 2000, plays a key part in many multi-threaded and distributed applications. While the JMSL and the IMSL C# Libraries are not widely multithreaded, by utilising the appropriate interfaces of the applicable language, each can be invoked in multithreaded applications on their respective platforms.

Exhibitor image

Visual Numerics

Visual Numerics (www.vni.com) develops data analysis and visualisation solutions for technical, business and scientific communities worldwide. Using the accurate and reliable analytics of the IMSL Numerical Libraries, the robust programming language and visualisation techniques of PV-WAVE and an expert consulting team, Visual Numerics provides world-class analysis and visualisation solutions.

The IMSL Libraries and PV-WAVE are used for developing numerical applications for HPC.  The IMSL Fortran Library combines the powerful and flexible interface features of Fortran with the performance benefits of distributed and shared memory multiprocessing architectures. The IMSL C Library, thread-safe since 2000, plays a key part in many multi-threaded and distributed applications. While the JMSL and the IMSL C# Libraries are not widely multithreaded, by utilising the appropriate interfaces of the applicable language, each can be invoked in multithreaded applications on their respective platforms.

Exhibitor image

Visual Numerics

Visual Numerics (www.vni.com) develops data analysis and visualisation solutions for technical, business and scientific communities worldwide. Using the accurate and reliable analytics of the IMSL Numerical Libraries, the robust programming language and visualisation techniques of PV-WAVE and an expert consulting team, Visual Numerics provides world-class analysis and visualisation solutions.

The IMSL Libraries and PV-WAVE are used for developing numerical applications for HPC.  The IMSL Fortran Library combines the powerful and flexible interface features of Fortran with the performance benefits of distributed and shared memory multiprocessing architectures. The IMSL C Library, thread-safe since 2000, plays a key part in many multi-threaded and distributed applications. While the JMSL and the IMSL C# Libraries are not widely multithreaded, by utilising the appropriate interfaces of the applicable language, each can be invoked in multithreaded applications on their respective platforms.