Tyan Tempest HX S7100 Server Motherboard - Intel C621 Chipset - Socket P LGA-3647 - SSI EEB

Discover unparalleled versatility with the Tyan Tempest HX S7100, a server motherboard designed for high-density multi-processor deployments and GPU-accelerated workloads. Built on the Intel C621 chipset, this board delivers scalable performance for both enterprise servers and professional workstation environments. Its Socket P LGA-3647 socket configuration enables dual Xeon processor support, while the SSI EEB form factor ensures compatibility with robust, enterprise-grade chassis. Whether you’re deploying a GPU-accelerated render farm, a scientific compute node, or virtualization-heavy infrastructure, the Tempest HX S7100 provides the reliability, I/O flexibility, and expansion needed for sustained workloads. The onboard audio and multi-GPU readiness make this motherboard an ideal foundation for GPU workstations and general-purpose servers alike.

• Dual-socket architecture with Socket P LGA-3647 support enables scalable compute for demanding multi-processor workloads, maximizing throughput for virtualization, AI, and HPC tasks.
• Designed for GPU workstations and server deployments, the board supports up to 4 GPU cards to accelerate rendering, AI inference, and data analytics without compromising system density.
• Powered by the Intel C621 chipset, delivering enterprise-class PCIe lanes, memory bandwidth, and I/O capabilities that balance performance and reliability for 24/7 operations.
• Includes onboard audio and a suite of reliability features to support professional workstation workloads while maintaining enterprise-grade uptime and manageability.
• SSI EEB form factor provides a dense, server-grade footprint suitable for data centers and high-performance workstations, ensuring compatibility with compatible chassis, backplanes, and expansion ecosystems.

Technical Details of Tyan Tempest HX S7100 Server Motherboard

• Chipset: Intel C621
• CPU Socket: Socket P LGA-3647
• Form Factor: SSI EEB
• Dual-socket capability: Supports two processors in a single board configuration
• GPU support: Up to 4 PCIe GPUs for acceleration and workload diversification
• Onboard audio: Yes, for workstation tasks and multimedia needs

How to Install Tyan Tempest HX S7100

• Prepare a compatible chassis with SSI EEB form factor and a power supply capable of supporting dual processors and multiple GPUs. Confirm cooling capacity to maintain optimal temperatures under load.
• Install two compatible Intel Xeon processors into the LGA-3647 sockets, following the processor and socket installation guidelines provided by TYAN and Intel.
• Apply thermal interface material as recommended and attach the cooling solution securely, ensuring proper clearance for memory modules and PCIe cards in adjacent slots.
• Install memory modules in the designated DIMM slots as outlined in the motherboard manual, then insert PCIe GPUs and other expansion cards up to the board’s supported capacity. Verify seating and cable management to optimize airflow.
• Connect all required power and data cables, update the system BIOS/UEFI if necessary, and configure initial settings for CPU topology, PCIe slot configurations, virtualization features, storage boot order, and onboard audio options. Perform any recommended firmware updates to ensure compatibility and stability.

Frequently Asked Questions

• Q: Is the Tempest HX S7100 a dual-socket motherboard? A: Yes. It is designed for dual Socket P LGA-3647 CPUs, enabling scalable performance for multi-processor workloads.
• Q: How many GPUs can I install? A: The board supports up to four GPUs, making it suitable for GPU-accelerated rendering, AI workloads, and high-performance computing tasks.
• Q: What form factor is this motherboard? A: The board uses the SSI EEB form factor, which is a dense, enterprise-grade layout designed for data center and workstation deployments.
• Q: Does it include onboard audio? A: Yes, there is onboard audio to support workstation tasks and multimedia use cases without needing external audio solutions.
• Q: What workloads is this motherboard best suited for? A: It excels in GPU-accelerated workflows, virtualization, HPC, rendering, and other demanding server or workstation tasks that benefit from dual processors and multiple PCIe GPUs.