Rorqual/en: Difference between revisions

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<languages />
<languages />


<div lang="fr" dir="ltr" class="mw-content-ltr">
{| class="wikitable"
{| class="wikitable"
|-
|-
| Disponibilité : à déterminer
| Availability: <i>to be determined</i>
|-
|-
| Nœud frontal : à déterminer
| Login node: <i>to be determined</i>
|-
|-
| Point de chute Globus : à déterminer
| Globus endpoint: <i>to be determined</i>
|-
|-
| Nœud de copie (rsync, scp, sftp,...) : à déterminer
| Data transfer node (rsync, scp, sftp ...): <i>to be determined</i>
|-
|-
| Portail : à déterminer
| Portal: <i>to be determined</i>
|}
|}
</div>


The Rorqual cluster will be deployed in the winter of 2025. It is made up of   
The Rorqual cluster will be deployed in the winter of 2025. It is made up of   
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** 3.84TB of NVMe storage space
** 3.84TB of NVMe storage space
* InfiniBand interconnect
* InfiniBand interconnect
** /s HDR  
** 200GB/s HDR
** maximum blocking factor of 34:6 or 5.667:1
** maximum blocking factor of 34:6 or 5.667:1
* Parallel storage: several petabytes <i>(details to come)</i>
* Parallel storage: several petabytes <i>(details to come)</i>

Latest revision as of 18:57, 6 November 2024

Other languages:
Availability: to be determined
Login node: to be determined
Globus endpoint: to be determined
Data transfer node (rsync, scp, sftp ...): to be determined
Portal: to be determined

The Rorqual cluster will be deployed in the winter of 2025. It is made up of

  • 670 CPU nodes
    • AMD EPYC 4th generation processors, 96 cores x 2 sockets (192 cores per node)
    • 768GB of DDR5 memory
    • 480GB of SATA-6Gbps SSD storage space
  • 8 large memory nodes
    • same as the CPU nodes, but with 3072GB of DDR5 memory
  • 8 large storage nodes
    • same as the CPU nodes, but with 3.84TB NVMe of storage space
  • 81 GPU nodes
    • 4 x NVIDIA H100 SXM5 80GB
    • Intel Xeon Scalable 4th generation processors, 32 cores x 2 sockets (64 cores per node)
    • 512GB of DDR5 memory
    • 3.84TB of NVMe storage space
  • InfiniBand interconnect
    • 200GB/s HDR
    • maximum blocking factor of 34:6 or 5.667:1
  • Parallel storage: several petabytes (details to come)