Supermicro SuperServer SYS-211E-FAAN8TP (2U Intel Xeon 6 E-Core Network-Optimized Server)

Brand: Supermicro | Category: Servers

SKU: S-SYS-211E-FAAN8TP | Part #: SYS-211E-FAAN8TP | MPN: SYS-211E-FAAN8TP

Contact for Pricing — Request a Quote

Network connectivity forms the backbone of modern data centre infrastructure, and the Supermicro SuperServer SYS-211E-FAAN8TP is engineered from the ground up to eliminate the bottlenecks that constrain throughput in scale-out deployments. This 2U rackmount platform ships with 8 onboard 25GbE SFP28 ports plus 2 additional 100GbE QSFP28 ports, delivering native multi-terabit aggregate bandwidth without requiring external switching fabric or dedicated network adapters. For infrastructure teams managing cloud platforms, AI model serving clusters, or high-frequency trading environments, that native connectivity density means fewer PCIe lanes consumed by network hardware and more bandwidth left available for storage or accelerator expansion. The SYS-211E-FAAN8TP also provisions an OCP 3.0 mezzanine slot, allowing operators to insert additional SmartNIC or DPU hardware if overlay networking, in-NIC packet processing, or SmartNIC offload becomes necessary as workloads evolve.

Built on Supermicro's X13 platform and rated for single-socket Intel Xeon 6 E-Core processors (codenamed Granite Rapids-SP), the SYS-211E-FAAN8TP occupies a strategic position in the market: it is compact enough to fit 42U racks efficiently yet powerful enough to run real production workloads without compromise. The processor socket LGA4710-2 supports the latest Xeon 6 E-Core lineup, which brings significant per-core performance improvements and expanded memory bandwidth compared to earlier generations. Paired with eight DDR5 ECC Registered DIMM slots supporting both standard RDIMM and 3DS RDIMM modules, administrators can configure systems with up to 768 GB of memory or higher depending on final module densities—sufficient for in-memory databases, large vector embeddings in AI inference, or memory-resident analytics. The Supermicro design also integrates PCIe 5.0 throughout the platform, ensuring that GPU accelerators, NVMe controllers, and network adapters can all reach their rated bandwidth without negotiating down to PCIe 4.0 speeds.

Storage flexibility is a secondary but equally important design consideration on the SYS-211E-FAAN8TP. The 2U chassis supports both front-accessible hot-swap NVMe and SATA/SAS bays, allowing mixed workload environments where high-speed NVMe dominates the working set while SATA provides capacity for logs, archives, or cold data tiers. M.2 slot support enables administrators to populate boot devices or dedicated caching layers independently of the main storage array, improving redundancy and reducing the blast radius if a single storage component fails. Supermicro's thermal design for the SYS-211E-FAAN8TP uses hot-swap fan modules optimized for 2U airflow paths, which matters in dense deployments where air recirculation or thermal stratification can degrade cooling efficiency and force throttling. Network engineers and storage architects evaluating this platform should note that the combination of high onboard NIC count, PCIe 5.0 lanes, and robust thermal management means the system scales well into multi-socket cluster deployments where per-node performance consistency is non-negotiable.

Remote management on the SYS-211E-FAAN8TP relies on the Aspeed AST2600 baseboard management controller, offering IPMI 2.0 compliance and Supermicro's own IPMI web interface for out-of-band server control, firmware updates, and health monitoring. In geographically distributed environments or where on-site hands-on intervention is costly or delayed, the AST2600's reliability and feature set become critical operational assets. Supermicro has integrated redundant hot-swap power supplies into this platform as well, eliminating single points of failure in the PSU tier—a standard practice for production infrastructure but worth highlighting because even brief power loss can cascade into cluster-wide recovery delays. The SYS-211E-FAAN8TP supports major enterprise Linux distributions, VMware ESXi, and Windows Server, providing teams the flexibility to deploy whatever orchestration, virtualization, or bare-metal frameworks their applications demand.

For organizations across the GCC, Asia, and Europe evaluating dense compute infrastructure, the part number SYS-211E-FAAN8TP represents a mature, proven platform with strong availability and supply chain stability. Omnixon Global maintains inventory of Supermicro platforms and can support rapid procurement, integration testing, and deployment across the region. Whether your requirements involve network-intensive workloads, memory-rich analytics, or balanced scale-out clusters, our team is equipped to assess fit, source configurations tailored to your specifications, and ensure delivery aligned with your deployment timeline. Please contact us with your infrastructure requirements—we welcome RFQ submissions and technical discussions at any stage of your evaluation process.

Interface & Connectivity Specifications

• 8 onboard 25GbE SFP28 ports plus 2 × 100GbE QSFP28 ports for native multi-terabit aggregate bandwidth without external switching or dedicated adapter overhead
• OCP 3.0 mezzanine slot supporting SmartNIC, DPU, or custom network acceleration hardware for in-NIC processing and overlay networking offload
• PCIe 5.0 throughout the platform, eliminating bandwidth negotiation penalties and ensuring GPU accelerators and NVMe controllers operate at rated speed
• Single-socket LGA4710-2 supporting Intel Xeon 6 E-Core (Granite Rapids-SP) processors with per-core performance and memory bandwidth suitable for production workloads
• Eight DDR5 ECC Registered DIMM slots accepting standard RDIMM and 3DS RDIMM modules for up to 768 GB aggregate capacity with error correction
• Mixed storage tiers via front-accessible hot-swap NVMe and SATA/SAS bays plus M.2 slots for independent boot or caching device deployment
• Aspeed AST2600 baseboard management controller with IPMI 2.0 and Supermicro IPMI web interface for out-of-band administration and health monitoring