Fujitsu PRIMERGY RX1440 M2 AMD EPYC Server

The Fujitsu PRIMERGY RX1440 M2 (VFY:R1442SC010IN) is a 1U rack server built around the AMD EPYC processor architecture, engineered to deliver exceptional core density and memory bandwidth within a compact footprint. Designed as a single-socket platform, it leverages AMD EPYC's high thread counts, large L3 cache, and support for DDR4 memory channels to meet the demands of memory-intensive and compute-heavy enterprise workloads without the overhead of a dual-socket configuration.

The RX1440 M2 targets organizations seeking to consolidate virtualized environments, scale-out HPC clusters, and data analytics pipelines onto a power-efficient 1U chassis. Its PCIe expansion capability supports NVMe storage and GPU or accelerator add-in cards, enabling flexible deployment across diverse IT environments. The platform integrates Fujitsu's iRMC (integrated Remote Management Controller) for out-of-band management, BIOS-level monitoring, and remote console access, reducing on-site intervention requirements in distributed or edge data center deployments.

As part of the PRIMERGY portfolio, the RX1440 M2 is qualified for mainstream enterprise operating systems including Windows Server, major Linux distributions, and VMware vSphere, with Fujitsu ServerView Suite providing unified lifecycle management. Its balance of compute density, energy efficiency, and management integration makes it particularly well suited for enterprises modernizing aging x86 infrastructure or expanding capacity in space-constrained colocation facilities.

Ideal for

• High-density server virtualization using VMware vSphere or KVM, consolidating multiple workloads onto a single high-core-count EPYC socket
• Scale-out high-performance computing (HPC) nodes in research, simulation, or financial modeling clusters requiring parallel throughput
• In-memory database acceleration for workloads such as SAP HANA scale-up configurations or Redis caching tiers benefiting from large memory capacity
• Data analytics and ETL processing where AMD EPYC's memory bandwidth and core count reduce batch processing windows
• Edge data center and colocation deployments where 1U form factor and out-of-band iRMC management minimize physical footprint and remote administration overhead
• Cloud-native infrastructure nodes running containerized microservices orchestrated by Kubernetes, taking advantage of high vCPU counts per rack unit

Technical specifications

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