Author: Hervé Mathieu

PlaFRIM in a few figures

What is behind PlaFRIM…

 

89 (standard) nodes

  • 2 Dodeca-core Haswell Intel® Xeon® E5-2680
  • Fréquence : 2,5 GHz
  • 128Go de RAM (DDR4 2133MHz)
  • 500 Go de stockage (Sata)
  • Infiniband QDR TrueScale: 40Gb/s
  • Ethernet : 1Gb/s

 

10 MIC Xeon Phi nodes

  • 2 Deca-core Ivy-Bridge Intel® Xeon® E5-2670 v2
  • Fréquence : 2,50 GHz
  • 25 Mo de Cache L3
  • 128 Go de RAM
  • Infiniband QDR : 40Gb/s
  • Ethernet : 10Gb/s
  • 2 Intel Xeon Phi 7120P

 

  • Fréquence : 1,238 GHz
  • Nombre de Cores : 61 (244 threads)
  • Mémoire Dédiée : 16 GB GDDR5
  • Vitesse mémoire : 2.75 GHz
  • Interface mémoire : ??
  • Débit mémoire : 352 GB/s

 

5 GPU nodes

  • 2 Dodeca-core Haswell Intel® Xeon® E5-2680
  • Fréquence : 2,50 GHz
  • 128Go de RAM (DDR4 2133MHz)
  • 500 Go de stockage (Sata)
  • Infiniband QDR TrueScale: 40Gb/s
  • Ethernet : 10Gb/s
  • 4 carte Nvidia K40-M (2880 cœurs cuda, 12GB mémoire, peak DP : 1.43 Tflops, peak SP : 4.29 Tflops)

 

To Be Completed…

PlaFRIM at a glance

The Federative Platform for Research in Computer Science and Mathematics (known by its French acronym PlaFRIM) is a platform with a regional scope, built in partnership with the Bordeaux Institute of Mathematics and the Bordeaux Laboratory of Computer Science Research. Up and running since May 2010, the platform is designed to deploy high-performance computing resources for the design, development and intermediary validation of algorithms and scientific computation codes before their potential transfer to major national computation centres. It also serves as a “medium” for joint work carried out with our industrial and institutional partners.