Intel Xeon Silver 4109T Octa-core Processor – OEM Pack

The Intel Xeon Silver 4109T is engineered for entry-level data center workloads, delivering essential compute power with improved memory speed and power efficiency. This eight-core, 2 GHz processor is designed to handle lightweight server, networking, and storage tasks with reliability and scalable performance. Built for installation on a PCB via the Socket 3647 interface, the Xeon Silver 4109T is ideal for compact server deployments, edge computing nodes, and virtualization environments where dependable performance matters. The OEM Pack provides flexibility for system integrators and motherboard manufacturers seeking a ready-to-install solution that adheres to Intel’s server-class standards and feature set. If you’re modernizing an IT infrastructure or building a budget-conscious data center rack, this processor offers a balanced combination of core count, memory bandwidth support, and enterprise-grade capabilities that align with entry-to-midrange workloads.

• Eight-core performance for entry data centers: The 8 processing cores in the Xeon Silver 4109T deliver solid parallel compute capability ideal for virtualization hosts, small-scale databases, and network/storage services. With multi-threading support, you can run multiple virtual machines or containers more efficiently, boosting density and throughput in compact server configurations.
• Optimized memory bandwidth and reliability: Intel Xeon Silver processors are designed to improve memory access and speed, enabling better responsiveness for memory-intensive tasks. This makes it well-suited for caching layers, in-memory databases, and data-intensive workloads that benefit from steady memory performance and ECC memory compatibility in server environments.
• Data-center readiness in a compact OEM package: The OEM Pack and Socket 3647 compatibility mean this processor is primed for integration into enterprise-grade server motherboards and PCB designs. It is engineered to meet the reliability requirements of data centers while offering the flexibility that OEMs and system builders need to streamline deployments and maintenance.
• Energy-efficient design with hardware-enhanced performance: The Xeon Silver lineage emphasizes efficiency for enterprise workloads, delivering essential performance without excessive power draw. This makes it a practical choice for continuous operation in entry servers, storage gateways, and network appliances where thermal and energy considerations matter as workloads evolve.
• Optimized for networking, storage, and lightweight compute: Whether you’re accelerating virtualized network functions, provisioning storage nodes, or powering small to mid-sized application servers, the Xeon Silver 4109T provides a stable foundation with predictable performance, long-term availability, and compatibility with a wide ecosystem of enterprise software and management tools.

Technical Details of Intel Xeon Silver 4109T Octa-core Processor

• Model: Intel Xeon Silver 4109T
• Series: Xeon Silver
• Core count: 8 cores / 16 threads
• Base clock: 2.0 GHz
• Socket: LGA 3647 (Socket 3647) for PCB installation
• Memory support: DDR4 memory support with server-grade reliability (ECC compatibility implied by Xeon Silver lineage)
• PCIe lanes: PCIe 3.0 support (typical for Xeon Silver SKUs in this family, enabling expansion cards and accelerators)
• Package: OEM Pack (intended for system integrators and OEM deployments)
• Integrated features: Enterprise-grade virtualization capabilities, hardware-assisted security, and reliability features common to Xeon Silver processors
• Form factor suitability: Designed for motherboard platforms and PCBs that support Socket 3647, enabling scalable server implementations

Important notes

The configuration and exact specifications (such as Turbo frequency, cache size, and exact memory support limits) can vary by SKU and OEM packaging. This description reflects the core attributes and intended use cases of the Intel Xeon Silver 4109T in OEM configurations, aligning with its role in entry data center computing, networking, and storage tasks. Always consult the official specification sheet or your supplier’s data for precise numbers relevant to your exact hardware build.

How to Install Intel Xeon Silver 4109T

Installing the Xeon Silver 4109T is a straightforward process when you follow standard server assembly practices and ensure motherboard compatibility. The steps below are designed to help you integrate this processor into an OEM-ready PCB or server motherboard that uses the LGA 3647 socket. Always handle components with care, discharge static electricity, and follow your system’s specific vendor guidelines.

• Verify compatibility: Confirm that your motherboard or PCB supports Socket 3647 and is listed for Intel Xeon Silver 4109T installations. Check the firmware/BIOS compatibility with this processor family to ensure optimal initialization and feature support.
• Prepare the mounting area: Power down the system, unplug all cables, and discharge static electricity. Open the chassis or access panel so you can access the socket area on the motherboard or PCB.
• Open the socket and align: Carefully lift the socket lever (as per the motherboard manual) and align the processor’s notches with the socket keying. Ensure you align the processor correctly to avoid bent pins or contact issues.
• Apply thermal interface material (if required): If your cooling solution uses a separate thermal interface material, apply a thin, even layer according to the cooler manufacturer’s guidelines. Some OEM packs include a pre-applied thermal solution or a compatible integrated cooler—follow the kit instructions.
• Seat the CPU and install the cooler: Gently lower the CPU into the socket until it sits flat, secure the socket lever, and mount the cooling solution. Attach any necessary retention brackets, fans, and cables for the CPU cooler, ensuring proper airflow in the server chassis or rack environment.
• Connect power and firmware: Reconnect power and other cables. Power on the system and enter the BIOS/UEFI to verify CPU recognition, enable any required virtualization or security features, and set memory configurations to recommended profiles.
• Update BIOS/firmware and drivers: Update to the latest BIOS version for motherboard compatibility with Intel Xeon Silver processors. Install or update any related chipset drivers and management software to ensure optimal performance, monitoring, and stability.
• Verify operation in the operating system: Boot into your chosen OS and run basic performance and stress tests, ensuring that all cores and threads are detected, and ECC memory (if supported and enabled) operates correctly in the platform.

Frequently Asked Questions

• What is the intended use of the Intel Xeon Silver 4109T? It is designed for entry data center Compute, Networking, and Storage workloads. The processor provides essential performance with improved memory speed and power efficiency for virtualization, small to mid-sized servers, and edge deployments.
• What socket does this processor use? The Xeon Silver 4109T uses Socket 3647, suitable for installation on compatible server motherboards and PCBs designed for enterprise workloads.
• How many cores and threads does it have? It features eight cores and supports sixteen threads, enabling capable parallel processing for virtualization, containerized workloads, and multi-service environments.
• Is this processor suitable for virtualization? Yes. With eight cores and enterprise-grade features, it can host multiple virtual machines or containers, provided the rest of the system (RAM, storage, and network I/O) is appropriately balanced for your virtualization stack.
• Can ECC memory be used with this processor? Xeon Silver processors generally support enterprise-grade memory configurations, including ECC, which improves data integrity in server environments. Check your motherboard’s memory compatibility list for exact ECC support and DIMM configurations.
• Where can I find exact technical specifications? For precise numbers (turbo frequency, cache, memory support limits, and TDP), consult the official product specifications or your supplier’s datasheet tied to the SKU or UPC you are using. Specifications may vary by OEM packaging and motherboard platform.