Fujitsu Intel Xeon Silver 4210 processor 2.2 GHz 14 MB L3

The Fujitsu Intel Xeon Silver 4210 is a server-grade processor operating at a base frequency of 2.2 GHz with a 14 MB L3 cache. Built for multi-socket server platforms, this CPU supports hexa-channel DDR4 memory and can address up to 1 TB of system RAM. It implements AVX-512 instruction extensions and is suitable for scalable 2-socket configurations in Fujitsu PRIMERGY TX2550 M5 and RX2540 M5 systems, enabling consistent multi-threaded performance for data-center workloads.

Advantages

The processor delivers balanced compute performance and energy efficiency for mainstream server workloads. Its hexa-channel memory interface and support for large memory capacities improve data throughput for memory-intensive applications. AVX-512 support provides enhanced vector processing capabilities useful for scientific computing and certain virtualization tasks. Compatibility with dual-socket configurations allows increased core counts and aggregate performance in rack and tower servers.

Suitable for

• Virtualization hosts and hypervisor platforms
• Database servers and in-memory analytics
• Web and application servers under steady multi-threaded load
• Compute nodes for scientific or engineering workloads leveraging AVX-512
• Consolidated business applications in medium to large data centers

Key specifications

• Base frequency: 2.2 GHz
• Cache: 14 MB L3
• Memory support: DDR4 with hexa-channel memory interface
• Maximum supported memory: up to 1 TB
• Instruction extensions: AVX-512
• Platform scalability: suitable for dual-socket (2S) configurations
• Intended use: server-class workloads

How to use

Install the processor into compatible Fujitsu server motherboards designed for this CPU family, following the server manufacturer's installation procedure and anti-static precautions. Apply the recommended thermal interface material and attach the appropriate cooling solution sized for server operation. Configure BIOS/firmware settings for desired performance and memory modes, and ensure firmware is up to date to enable full feature support including NUMA and memory interleaving options. Validate the system with relevant stress and diagnostic tools before moving to production workloads.

Recommendations

For optimal results in dual-socket systems, install matched processors and identical memory configurations across channels. Use ECC-registered DIMMs where supported and enable platform management features for thermal and power monitoring. Schedule regular firmware and driver updates and verify compatibility with operating system and virtualization platforms to maintain stability and security.