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Fujitsu PRIMERGY CX400 M6 Liquid-Cooled Multi-Node Server

Brand: Fujitsu | Category: Servers

SKU: VFY:C4006S0000IN | Part #: VFY:C4006S0000IN | MPN: VFY:C4006S0000IN

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About the Fujitsu PRIMERGY CX400 M6 Liquid-Cooled Multi-Node Server

The Fujitsu PRIMERGY CX400 M6 is a liquid-cooled, multi-node server platform engineered for high-density compute environments requiring advanced thermal management. The CX400 M6 chassis accommodates multiple compute nodes in a compact 4U form factor, with integrated liquid cooling delivering superior thermal efficiency compared to air-cooled alternatives. This architecture enables sustained performance under intensive workloads while reducing overall data center cooling infrastructure demands.

The platform supports next-generation processors and GPU acceleration, positioning it as a capable solution for HPC simulation, AI model inference, and large-scale data analytics. The liquid-cooled design permits higher node density per rack unit, directly addressing space and power constraints in colocation and enterprise data center environments. Multi-node modularity allows incremental capacity expansion and mixed-workload configurations within a single chassis.

Since its Q4 2023 launch, the CX400 M6 has generated significant adoption momentum in EMEA hyperscale colocation operations and academic HPC clusters pursuing GPU-adjacent compute density. The platform's thermal efficiency and dense node packing align with the operational requirements of modern AI inference pipelines and computational research infrastructure.

Ideal for

  • Large-scale AI model inference serving and real-time prediction workloads requiring sustained GPU utilization
  • HPC simulation and computational fluid dynamics (CFD) clusters in research institutions and engineering firms
  • High-density GPU compute for machine learning training and fine-tuning operations in constrained rack space
  • Financial modeling and risk analysis platforms leveraging parallel processing across multiple nodes
  • Hyperscale colocation environments optimizing compute density per kilowatt and per rack unit
  • Genomics sequencing and bioinformatics analysis requiring sustained multi-node parallel computation

Technical specifications

ManufacturerFujitsu
ModelPRIMERGY CX400 M6
ManufacturerPartNumberVFY:C4006S0000IN
CategoryMulti-Node Liquid-Cooled Server
FormFactor4U Chassis
NodeCapacity4 compute nodes per chassis
CoolingArchitectureIntegrated liquid cooling
ProcessorSupport3rd Gen Intel Xeon Scalable (Ice Lake) or 4th Gen Intel Xeon Scalable (Sapphire Rapids)
GPUSupportNVIDIA A100 80GB, H100, or H20 GPUs (configuration-dependent)
MemoryPerNodeUp to 1.5 TB DDR5 RDIMM per node
StorageOptionsNVMe SSD and SAS HDD configurations
NetworkInterfacesDual 100GbE or 200GbE InfiniBand HDR/NDR per node
PowerSupplyModular redundant PSU (2+2 configuration)
MaxPowerConsumption42 kW per chassis (estimated)
InterconnectPCIe 5.0 and NVLink support (GPU variant)
ManagementInterfaceFujitsu ServerView Operations Manager, IPMI 2.0
RackDensityUp to 16 nodes per standard 42U rack
LaunchDateQ4 2023

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.

Technical Specifications

BrandFujitsu
CategoryServers
SKUVFY:C4006S0000IN
Part NumberVFY:C4006S0000IN
ConditionNew
ModelPRIMERGY CX400 M6
ManufacturerPartNumberVFY:C4006S0000IN
FormFactor4U Chassis
NodeCapacity4 compute nodes per chassis
CoolingArchitectureIntegrated liquid cooling
ProcessorSupport3rd Gen Intel Xeon Scalable (Ice Lake) or 4th Gen Intel Xeon Scalable (Sapphire Rapids)
GPUSupportNVIDIA A100 80GB, H100, or H20 GPUs (configuration-dependent)
MemoryPerNodeUp to 1.5 TB DDR5 RDIMM per node
StorageOptionsNVMe SSD and SAS HDD configurations
NetworkInterfacesDual 100GbE or 200GbE InfiniBand HDR/NDR per node
PowerSupplyModular redundant PSU (2+2 configuration)
MaxPowerConsumption42 kW per chassis (estimated)
InterconnectPCIe 5.0 and NVLink support (GPU variant)
ManagementInterfaceFujitsu ServerView Operations Manager, IPMI 2.0
RackDensityUp to 16 nodes per standard 42U rack
LaunchDateQ4 2023