ClusterMax™ SuperGxp

Intel® Xeon Phi™ Many-Core HPC Cluster

ClusterMax™ SuperGxp is an off-the-shelf and ready-to-deploy clustered solution built off the Intel® Many-Core Architecture, featuring both hardware and software to help scale your scientific applications.

As an HPC cluster available in configurations that deliver 12+, 24+ and 48+ TFLOPS of double precision performance, the ClusterMax™ SuperGxp provides the easiest way to buy, use and manage a highly parallel research cluster. With the ClusterMax™ SuperGxp, parallel applications can take full advantage of the Intel® Xeon Phi™ Many-Core architecture, eliminating the need for dual-programming architectures and speeding critical scientific research and discovery.

Scale Your Applications With A Ready-To-Deploy Solution

  • More complex and realistic simulations are possible with the massively parallel processing power of the Intel® Xeon Phi™ coprocessor and reduce simulation time from days to hours
  • Scales your Intel® Xeon Phi™-accelerated research apps from workstation to multi-node HPC cluster
  • Production configurations from 4, 8, 16 nodes to meet a wide range of research computation demands
  • Preconfigured development environment and cluster management tools

Easily Manage A Many-Core Research Cluster

  • Turnkey racked/stacked, cabled & labeled, requiring minimum set up
  • Delivers 12+, 24+, 48+ TFLOPS of double precision performance
  • Includes latest Intel® Xeon Phi™ Coprocessors
  • Configured with optional software development environment and cluster
  • Delivers massive parallel performance to power breakthrough innovation

Benefit From Supported Programming Tools

  • Intel® C++/C/FORTRAN compilers, Intel® Math Kernel Library
  • Debuggers, Performance and Correctness Analysis Tools
  • OpenMP, MPI, OFED messaging infrastructure (Linux only), OpenCL
  • Programming Models: Offload, Native and mixed Offload+Native

Many-Core Compared To Multi-Core

  • Many smaller lower power Intel processor cores
  • Wider vector processing units for greater (generally) floating point performance/watt

Highly Parallel Performance

  • Higher aggregate performance
  • Supports Data Parallel, Thread Parallel, Process Parallel
  • Higher memory bandwidth

Highly Programmable

  • Standards-based: C/C++/FORTRAN
  • Abstract: no requirement to program to the underlying hardware
  • More than an accelerator: fully addressable, independent node in a cluster
  • Full support by Intel® Cluster Studio XE

HPC Segments

  • Public Sector
  • Energy (Oil & Gas)
  • Climate Modeling & Weather Simulation
  • Financial Analysis
  • Life Sciences (Molecular Dynamics, Gene Sequencing, Biochemistry)
  • Digital Content Creation
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