Performance

Dell uses world-class technology, world-class partners and open standards to drive the highest performance possible out of high-performance clusters.

Dell/Cambridge Lustre
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  1. hpc-scalable-storage-dcache-comparison.pdf

    Dell HPC Scalable Storage

    01 Jun 2011

    Not rated

    Learn how two Dell scalable storage solutions can help the Large Hadron Collider (LHC) research community meet growing storage requirements.

  2. Why You Need Pro Graphics Solutions for Workstation-Class Applications

    Why You Need Pro Graphics Solutions for Workstation-Class Applications

    03 Sep 2010

    Not rated

    Learn how professional graphics cards like AMD's ATI FirePro and NVIDIA's Quadro line add value for the workstation customer in four areas: application certification, driver optimizations and stability, additional features and life cycle management.

  3. Dell PowerVault MD1200 as a Network File System Backend Storage Solution

    Dell PowerVault MD1200 as a Network File System Backend Storage Solution

    01 Jan 2010

    Not rated

    This article describes a solution that deploys a 10 Gigabit Ethernet (GigE) network using network file system (NFS) on Dell HPC clusters. The article describes installation and hardware/software configuration best practices.

  4. Increasing Throughput for Data-Intensive, High-Performance Computing (HPC) Environments for Microsoft® Windows® HPC Clusters

    Increasing Throughput for Data-Intensive, High-Performance Computing (HPC) Environments for Microsoft Windows Clusters

    12 Aug 2009

    Not rated

    This document describes high‐performance solution architecture in a data-intensive high-performance computing (HPC) environment with Windows HPC Server 2008, Dell Power Edge servers, Quantum StorNext file system, and Dell EqualLogic Internet SCSI (iSCSI) storage.

  5. Evaluating Mellanox ConnectX InfiniBand Performance in HPC Clusters

    Evaluating Mellanox ConnectX InfiniBand Performance in HPC Clusters

    01 Nov 2008

    Not rated

    IT organizations need an efficient communication subsystem to sustain application performance. The Dell team tested bandwidth and benchmarks to determine speedup rates in high-performance computing (HPC) clusters used on Dell PowerEdge servers.

  6. Evaluating Third-Generation AMD Opteron Processors for HPC Workloads

    Evaluating Third-Generation AMD Opteron Processors for HPC Workloads

    01 Nov 2008

    Not rated

    To help organizations understand the potential performance increases enabled by third-generation AMD Opteron processors, Dell engineers performed benchmark tests against a variety of high-performance computing (HPC) workloads.

  7. Multicore Scalability With Fluent and Windows Compute Server 2003

    Multicore Scalability With Fluent and Windows Compute Server 2003

    15 Nov 2007

    3 out of
 5

    This article describes tests performed to evaluate the scalability of types of clusters when using multicore processing to help increase performance.

  8. Parallel Rendering Technologies for High-Performance Computing (HPC) Clusters

    Parallel Rendering Technologies for High-Performance Computing (HPC) Clusters

    15 Nov 2007

    Not rated

    This article discusses parallel rendering architectures and highlights open source utilities that can help meet rendering requirements for large-scale data sets.

  9. Utilizing Open MPI Middleware for High-Performance Computing (HPC) Clusters

    Utilizing Open MPI Middleware for High-Performance Computing (HPC) Clusters

    15 Nov 2007

    Not rated

    This article outlines the Open MPI architecture and its flexible runtime configuration options, and offers tips that can help maximize bandwidth performance.

  10. Intel Cluster Ready and Platform Open Cluster Stack: Clusters Made Simple

    Intel Cluster Ready and Platform Open Cluster Stack: Clusters Made Simple

    15 Nov 2007

    3 out of
 5

    The Intel Cluster Ready program is designed to provide a common standard for high-performance computing (HPC) clusters, helping organizations design and build seamless, compatible configurations.

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