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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 | ||
* 670 CPU nodes | |||
* 670 | ** 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 | ||
* 8 | ** same as the CPU nodes, but with 3072GB of DDR5 memory | ||
** | * 8 large storage nodes | ||
* 8 | ** same as the CPU nodes, but with 3.84TB NVMe of storage space | ||
** | * 81 GPU nodes | ||
* 81 | ** 4 x NVIDIA H100 SXM5 80GB | ||
** 4 x NVIDIA H100 | ** 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 | ||
** 3. | * InfiniBand interconnect | ||
* | ** /s HDR | ||
** | ** maximum blocking factor of 34:6 or 5.667:1 | ||
** | * Parallel storage: several petabytes <i>(details to come)</i> | ||
* | |||
Revision as of 17:09, 31 October 2024
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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
- /s HDR
- maximum blocking factor of 34:6 or 5.667:1
- Parallel storage: several petabytes (details to come)