Tyan S8005GM2NR-LE Server Motherboard for AMD Opteron SR5670 Chipset

This Tyan S8005GM2NR-LE is a purpose-built server motherboard engineered to deliver dependable performance in data center, virtualization, and compute-heavy environments. Built around the AMD SR5670 chipset and a Socket AM3 PGA-941, this ATX motherboard is designed to maximize processor efficiency and memory throughput for demanding workloads. With a focus on reliability and expandability, it provides robust storage options, ample networking capacity, and a solid platform for enterprise-grade deployments. Whether you’re refreshing a rack of servers or assembling a dedicated compute node, this board brings enterprise-class features together with practical, scalable design. It supports AMD Opteron Quad-Core processors, enabling strong multi-threaded performance for virtualization, databases, and dense compute tasks. The combination of DDR3 memory support, multiple SATA interfaces, and Gigabit Ethernet creates a balanced foundation for scalable server configurations, while the ATX form factor simplifies chassis integration and maintenance. In short, the S8005GM2NR-LE is a sensible choice for IT professionals seeking a dependable, feature-rich motherboard that pairs well with AMD Opteron workflows and modern DDR3 memory standards.

• High-performance AMD SR5670 chipset paired with Socket AM3 PGA-941 support delivers solid multi-core throughput for virtualization, enterprise applications, and compute-intensive workloads. The AMD Opteron Quad-Core compatibility ensures efficient handling of parallel tasks, data processing, and server-class workloads, making this motherboard a reliable cornerstone for mid-range server deployments. By combining a robust chipset with a versatile CPU socket, it enables a range of AMD Opteron configurations that align with budget-conscious data center requirements while preserving performance headroom for memory- and I/O-intensive tasks.
• Memory capacity and flexibility enable 16 GB of DDR3 SDRAM across 4 DIMM slots, with support for multiple speeds including DDR3-1333/PC3-10600, DDR3-1066/PC3-8500, and DDR3-800/PC3-6400. This configuration is ideal for memory-constrained virtualization stacks, databases, and in-memory caching scenarios where memory bandwidth and capacity directly influence response times and throughput. The board’s memory architecture is designed to balance latency and bandwidth, offering options to optimize for latency-sensitive workloads or memory-hungry applications while maintaining stability and error-checking where required by enterprise environments.
• Storage and data integrity are front and center with 6 SATA interfaces, enabling flexible drive configurations for OS, data, and backups. This level of storage connectivity supports RAID configurations, hot-swap strategy potentials in compatible chassis, and scalable data pathways for larger datasets. The combination of multiple SATA ports with a sturdy motherboard design helps administrators create resilient storage layouts without needing additional expansion cards in many standard server setups, delivering straightforward expansion without undue complexity.
• Networking and connectivity features ensure reliable, gigabit-grade communication essential for servers, file services, and remote management tasks. The integrated Gigabit Ethernet provides dependable LAN performance for intra-network operations, backups, streaming, and virtualization traffic. For larger deployments or higher bandwidth needs, the platform can be extended with compatible add-on cards or switches in the appropriate PCIe slots or expansion headers, preserving a clean, organized server rack footprint while enabling scalable network topology.
• ATX form factor with a thoughtfully organized layout emphasizes ease of installation, maintenance, and upgrades in standard 19-inch rack enclosures or enterprise workstations. The board’s design aims to simplify component installation, cabling, and serviceability, making it a practical choice for IT teams that prioritize reduced downtime and easier lifecycle management. The combination of the ATX footprint, memory slots, SATA interfaces, and processor compatibility creates a versatile foundation for a wide range of server roles, from light virtualization to medium-scale data processing and hosting tasks.

Technical Details of Tyan S8005GM2NR-LE

• Get this information from the "specifications" section of the product from https://ec.synnex.com/ using product "UPC" or "SKU" as reference
• Chipset: AMD SR5670
• CPU Socket: Socket AM3 PGA-941
• Form Factor: ATX
• Memory: 4 x DDR3 SDRAM slots, Maximum 16 GB
• Memory Speed Support: DDR3-1333/PC3-10600, DDR3-1066/PC3-8500, DDR3-800/PC3-6400
• Maximum RAM: 16 GB
• Memory Type: DDR3 SDRAM
• Storage Interfaces: 6 x SATA interfaces
• Networking: Gigabit Ethernet
• Processor: AMD Opteron Quad-Core

How to install Tyan S8005GM2NR-LE

• Prepare your chassis and power supply: Ensure you have a compatible 24-pin ATX power connector and, if required by your chassis, a separate 8-pin (or 4/8-pin) CPU power connector. Verify there is adequate clearance and mounting points for an ATX motherboard and that the power supply provides clean, stable power suitable for server workloads.
• Install the CPU: If you are building a system with a new AMD Opteron Quad-Core processor, insert the CPU into the Socket AM3 PGA-941 socket according to the processor’s orientation marks. Apply a quality thermal paste and attach an appropriate CPU cooler designed for server use. Secure the cooler firmly to ensure consistent thermal contact and avoid overheating under load.
• Seat the memory modules: Place DDR3 SDRAM modules into the four DIMM slots, ensuring they are fully seated and aligned with the notch orientation. Refer to your CPU and memory documentation to populate the slots in the recommended order for dual-channel or multi-channel operation. Verify the BIOS recognizes the installed memory and run a quick memory check during initialization to confirm stability.
• Mount the motherboard: Align the I/O ports with the chassis I/O opening and attach it to the standoffs in the case. Secure the board with screws at all standoff points, ensuring the board sits flat and does not flex. Connect the 24-pin power connector and CPU power connector to their respective headers on the motherboard. Attach any additional power or connector cables required by your server configuration.
• Connect storage and network: Attach your SATA drives to the 6 SATA ports, configuring them for the intended OS and data layout. Connect your Gigabit Ethernet cables to the onboard LAN port or associated NIC headers. If you plan to expand, install compatible PCIe or other expansion cards as needed, ensuring proper airflow and cable management to maintain system cooling.
• Power up and configure: Power on the system and enter the BIOS/UEFI setup. Configure the boot order, memory timings, and any server-specific features such as RAID, virtualization extensions, or energy-saving settings. Save changes, exit, and install the operating system or hypervisor of choice. Perform a basic hardware inspection post-boot to verify the CPU, memory, storage, and network are functioning as expected.

Frequently asked questions

• Q: What processors are supported by the Tyan S8005GM2NR-LE motherboard?
  A: The board supports AMD Opteron Quad-Core processors compatible with the Socket AM3 PGA-941. Ensure you select a processor that matches the motherboard’s socket type and bios compatibility for stable operation.
• Q: How much RAM can this board hold?
  A: Up to 16 GB of DDR3 SDRAM across four DIMM slots. Memory speed support includes DDR3-1333, DDR3-1066, and DDR3-800 modules, depending on BIOS settings and processor capabilities.
• Q: How many SATA drives can be connected?
  A: Six SATA interfaces are available for OS, data, and backup storage configurations, enabling flexible storage architectures and RAID strategies with compatible controllers.
• Q: What is the form factor and how does it affect installation?
  A: The motherboard uses an ATX form factor, which simplifies integration into standard 19-inch rack enclosures and workstation-style server chassis, while providing ample space for cabling and airflow management.
• Q: Is onboard networking sufficient for typical server workloads?
  A: The board includes Gigabit Ethernet for reliable network connectivity suitable for basic server tasks, virtualization, and file sharing. For higher bandwidth or specialized networking, add-on NICs or switches can be used in supported expansion slots or headers as allowed by your chassis and BIOS.