Supermicro FatTwin 2U 4-Node Xeon Enterprise Server Platform

• Private cloud infrastructure
• Hybrid cloud computing
• Enterprise virtualization clusters
• High-performance computing environments
• Scientific research workloads
• Enterprise application hosting
• Database consolidation platforms
• Software-defined infrastructure deployments
• Managed hosting and service provider environments
• Enterprise disaster recovery infrastructure

• 2U high-density rack server platform
• Four independent server nodes in one chassis
• Supports Intel Xeon processors
• 24 DIMM memory slots per compute node
• Optimized for high-density computing
• Reduces rack space utilization
• Supports enterprise virtualization platforms
• Designed for cloud-scale deployments
• Improves infrastructure consolidation
• Enables independent node deployment and maintenance
• Supports business continuity initiatives
• Suitable for HPC and parallel computing workloads
• Designed for scalable enterprise growth
• Optimizes operational efficiency and power utilization
• Supports infrastructure modernization strategies

• Brand: Supermicro
• Part Number: SYS-F629P3-RC1B
• Product Family: FatTwin
• Product Type: Multi-Node Rack Server
• Form Factor: 2U Rackmount
• Server Nodes: 4 Independent Nodes
• Processor Support: Intel Xeon Processors
• Memory Slots: 24 DIMM Slots per Node
• Rack Mountable: Yes
• Target Environment: Enterprise Data Centers
• Deployment Type: High-Density Computing
• Primary Application: Enterprise Computing, Cloud Infrastructure, HPC, Virtualization
• Enterprise Ready: Yes

WHY CHOOSE THIS PRODUCT?

• The Supermicro SYS-F629P3-RC1B is an excellent choice for organizations that require maximum compute density without increasing rack space or operational complexity. Its four-node FatTwin architecture, Intel Xeon processor compatibility, and 24 DIMM slots per node provide greater infrastructure consolidation, memory scalability, and deployment flexibility than conventional rack servers. Enterprises benefit from simplified scaling, efficient resource utilization, reduced data center footprint, and a platform well suited for virtualization, cloud computing, HPC, and future infrastructure expansion, delivering strong long-term ROI and procurement value.