Tyan S8236-IL Server Motherboard with AMD SR5690 Chipset | Socket G34 LGA-1974 | SSI EEB

Meet a high-density, enterprise-ready platform engineered for demanding workloads and data-center deployments. The Tyan S8236-IL Server Motherboard combines the AMD SR5690 chipset with dual G34 sockets to deliver a scalable, dual-processor foundation optimized for 1U and 2U chassis. Designed for enterprise and GPGPU applications, this SSI EEB (Single-Socket Initiative Enterprise Electronics Bay) motherboard is purpose-built to maximize compute power, memory bandwidth, and system reliability in modern server environments. If you need a robust, future-proof motherboard to power virtualization, database workloads, high-performance computing, or GPU-accelerated workloads, the S8236-IL is engineered to meet the challenge with efficiency and stability.

• Dual-processor power for enterprise workloads: The S8236-IL is a genuine dual G34 socket motherboard that supports AMD Opteron™ 6100/6200 series processors (Magny-Cours and Interlagos). This configuration unlocks high core counts and substantial parallel performance, ideal for virtualization, large-scale databases, and compute-intensive workloads in data centers.
• AMD SR5690 chipset with HyperTransport 3.0: Built around the AMD SR5690 chipset, the board uses four HyperTransport 3.0 links to deliver high-throughput interconnects. Each link provides robust bandwidth (up to 25.6 GB/s total across the link set at 6.4 GT/s per link), enabling fast communication between CPUs, memory, and I/O subsystems—crucial for workloads that demand low latency and sustained throughput.
• SSI EEB form factor for data-center solutions: The SSI EEB (Enterprise Electronics Bay) design ensures compatibility with a wide range of rack-optimized servers and enterprise chassis. The form factor is optimized for dense, reliable deployments in 1U and 2U server configurations, making it a preferred choice for colocation facilities, enterprise data centers, and high-capacity compute nodes.
• 1U/2U server-ready architecture: The S8236-IL targets space-conscious data centers by delivering a design that thrives in both 1U and 2U environments. This balancing act between density and performance is central to modern rack deployments, enabling scalable, efficient hardware that can handle CPU-heavy tasks, I/O expansion, and GPU-integrated workloads without compromising cooling and reliability.
• Versatile support for enterprise and GPU workloads: Beyond raw compute, this motherboard is engineered to support diverse workloads, including enterprise-grade virtualization, HPC workloads, and GPU-accelerated tasks. Its dual-CPU platform, combined with the AMD SR5690 interconnect and expansive I/O possibilities, makes the S8236-IL a flexible foundation for networks, storage, and compute pipelines essential to today’s data-driven operations.

Technical Details of Tyan S8236-IL Server Motherboard

• Chipset: AMD SR5690
• CPU Sockets: Dual G34 LGA-1974 sockets
• CPU Support: AMD Opteron™ 6100/6200 series processors (Magny-Cours and Interlagos)
• HyperTransport Links: 4 HyperTransport 3.0 links, bandwidth up to 25.6 GB/s @ 6.4 GT/s per link
• Form Factor: SSI EEB (Enterprise Electronics Bay)
• Targeted Form Factor for Deployment: Optimized for 1U/2U server chassis
• Design Intent: Enterprise-grade reliability, scalable multi-CPU performance, and robust I/O capability for data centers and GPU-accelerated workloads

How to Install Tyan S8236-IL Server Motherboard

Installing the Tyan S8236-IL is a straightforward process when performed in a compatible chassis and with appropriate cooling, power, and thermal management. Follow these general steps to ensure a successful deployment:

1) Prepare the chassis and workspace. Ensure your cabinet supports SSI EEB motherboards and dual-processor configurations. Verify that the chassis has adequate airflow, proper mounting rails, and a compatible power supply with sufficient amperage rails for dual CPUs and the rest of the system.

2) Install the CPUs and heatsinks. Open the CPU socket covers, carefully insert the AMD Opteron 6100/6200 series processors into the dual G34 sockets, aligning notches to the socket. Secure the CPUs and apply high-quality thermal interface material as required by your cooling solution. Attach the heatsinks and fans designed for dual-processor G34 configurations to ensure adequate cooling for sustained performance under load.

3) Install memory and ensure proper seating. While exact memory configurations vary by CPU model and BIOS configuration, populate memory modules per vendor guidance to achieve the desired memory bandwidth and capacity. Ensure modules are properly seated and that any memory channels are balanced in accordance with CPU and motherboard specifications.

4) Mount the motherboard and connect power, data, and expansion cards. Align the I/O shield, mount the S8236-IL into the chassis, and secure it with standoffs. Connect the power distribution cables, chassis management interfaces, and rear I/O cables. If you plan to add GPUs or PCIe expansion cards, install them in appropriate slots, ensuring compatibility with your operating system and drivers.

5) Update BIOS/firmware and configure the system. After powering on, enter the BIOS to set CPU and memory timing, HyperTransport options, power profiles, and I/O reconfigurations. Install your preferred operating system and drivers optimized for AMD Opteron dual-socket configurations. Perform the necessary validation tests to verify stability, interconnect bandwidth, and performance before entering production.

Tips for optimal performance:

• Keep the system within the recommended thermal envelope with high-quality server cooling solutions to avoid thermal throttling during peak workloads.
• Enable virtualization features in BIOS if you plan to run multiple virtual machines or workloads in a virtualized environment.
• Regularly update firmware and driver packages to maximize stability, security, and performance for Opteron-based workloads.
• Plan memory configurations to maximize bandwidth and minimize latency, taking advantage of the dual-processor architecture for parallel processing.

The Tyan S8236-IL is a compelling choice for enterprises that require reliable dual-processor performance in a compact 1U/2U footprint. Its AMD SR5690 chipset, paired with HyperTransport 3.0 connectivity, provides the backbone for robust multi-CPU performance, rapid inter-CPU communication, and flexible expansion for GPUs and other accelerators. Whether you’re deploying a virtualization cluster, HPC node, or data-center gateway that benefits from GPU acceleration, this motherboard offers the combination of density, scalability, and enterprise-grade reliability that data centers demand.

Frequently Asked Questions

• What processors are compatible with the Tyan S8236-IL? The motherboard supports AMD Opteron™ 6100/6200 series processors, commonly used in Magny-Cours and Interlagos configurations. These CPUs enable substantial core counts and parallel computing capabilities suitable for virtualization, databases, and HPC workloads.
• What is the form factor of this motherboard? It uses the SSI EEB form factor, designed for enterprise-grade, high-density server deployments, and compatible with appropriate 1U/2U chassis and rails systems.
• Which chipset powers the S8236-IL? The board is built around the AMD SR5690 chipset, providing robust I/O interconnects and HyperTransport 3.0 links for fast CPU-to-CPU and CPU-to-memory communication.
• How many CPUs can be installed? The S8236-IL supports dual-processor configurations with two G34 LGA-1974 sockets, enabling high-performance multi-CPU computing in a single motherboard platform.
• Is this motherboard suitable for GPU-accelerated workloads? Yes. The dual-socket AMD Opteron platform, coupled with PCIe expansion options typical of SSI EEB boards, is well-suited for GPU acceleration, HPC, and enterprise workloads that benefit from parallel processing and high memory bandwidth.
• What kind of workloads is this motherboard best suited for? Enterprise virtualization, data-center deployment, HPC nodes, and GPU-accelerated compute tasks are among the ideal use cases due to its dual-CPU architecture, high interconnect bandwidth, and reliable enterprise design.
• Do I need specialized cooling for this board? Yes. Given the dual-CPU configuration and high-performance components, a suitable server-cooling solution is recommended to maintain optimal temperatures and airflow within your 1U or 2U chassis.

With its dual-CPU capability, AMD Opteron compatibility, and AMD SR5690 chipset, the Tyan S8236-IL is a scalable, enterprise-grade motherboard designed to meet the demands of modern data centers. It provides a solid foundation for virtualization, database services, HPC workloads, and GPU-accelerated applications while maintaining the reliability and efficiency required in 1U and 2U server deployments. Whether you are building a dense compute node, a virtualization cluster, or a GPU-accelerated research server, the S8236-IL offers a capable, future-ready platform built to deliver consistent performance and long-term value in the enterprise environment.