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Supermicro SSG-222B-NE3X24R, 2U front-loading all-flash storage server with 24 E3.S NVMe drives and PCIe 5.0, Complete System Only.

  • Dual Socket E2 (LGA-4710) Intel® Xeon® 6 6700 series processors
  • Support CPU TDP up to 350W with air cooling
  • Up to 32 DIMMs supporting up to 8TB DDR5-6400 in 2DPC
  • Flexible networking with up to 2 OCP 3.0 compatible AIOM slots
  • Up to 2 PCIe 5.0 x16 FHHL + 1 PCIe 5.0 x8 FHHL + 2 PCIe 5.0 x16 AIOM slots
  • Up to 32 front hot-swap E3.S 1T NVMe drive bays
  • Up to 8 CXL 2.0 x8 Type 3 devices
  • Up to 2 double-width GPUs (Max TDP 300W
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Warranty & Returns

Warranty, Returns, And Additional Information

Warranty

  • Limited Warranty period (parts): 1 year
  • Limited Warranty period (labor): 3 years
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The Supermicro SSG-222B-NE3X24R is a 2U, front-loading NVMe storage server platform with 24 E3.S bays and PCIe 5.0, suited to data centers and enterprises building high-density, high-throughput storage systems.

Recommended For

  • AI and deep-learning teams building rack-based training or inference infrastructure that needs a dense, hot-swap NVMe storage tier close to compute.
  • HPC and data-intensive research teams that need high-throughput all-flash storage for demanding compute workloads.
  • Infrastructure teams deploying software-defined storage, scale-out NVMe storage, or NVMe-over-Fabrics in a private or hybrid cloud.
  • Organizations running in-memory computing or other workloads that benefit from combining substantial server memory with a large, front-accessible NVMe drive pool.

Real-World Use Scenarios

  • For quantitative finance teams running time-series analysis, a multi-server setup can run database workloads such as kdb+ against market data; an audited STAC-M3 test used this server model and reported low, predictable latency under heavy I/O in its tested configuration.
  • For AI or deep-learning teams, it can provide a high-speed shared storage tier for training data and checkpoints; results depend on the drives, network, storage software, and GPU configuration chosen.
  • For organizations building scale-out or cloud storage, it can serve as an all-flash storage node for frequently accessed data; adding multiple nodes lets teams expand the storage tier as demand grows.
  • For HPC teams processing large datasets, it can provide fast local NVMe storage for active data and job checkpoints, helping keep storage operations close to compute; the benefit depends on the workload and storage stack.
  • For in-memory database deployments, it can pair large system-memory configurations with fast NVMe storage; teams can use it for data-intensive workloads where memory capacity and persistent storage both matter.

Spec Summary

AttributeValue
Best ForEnterprise all-flash storage deployments using front-loading E3.S NVMe drives