Tyan Server Motherboard - Intel 5520 Chipset - Socket B LGA-1366 - Extended ATX

Powerful, scalable, and engineered for reliability, this Tyan server motherboard combines the Intel 5520 chipset with a Socket B LGA-1366 to deliver a solid foundation for demanding workloads. The Extended ATX form factor provides robust chassis compatibility and ample room for expansion, making it an ideal choice for data centers, virtualization hosts, and high-performance computing environments. With support for up to 144 GB of DDR3 RAM across 18 memory slots, this board is designed to maximize memory bandwidth and throughput while maintaining a compact footprint suitable for enterprise deployments. Integrated Gigabit Ethernet and two SATA interfaces round out a balanced feature set, delivering dependable networking and storage options for mission-critical applications. Built for uptime, security, and efficient manageability, the Tyan motherboard is a dependable building block for professional IT infrastructure.

• 18 memory slots with a maximum capacity of 144 GB of DDR3 SDRAM, supporting DDR3-1333/PC3-10600, DDR3-1066/PC3-8500, and DDR3-800/PC3-6400 speeds to accommodate a wide range of workloads and virtualization scenarios.
• Intel 5520 chipset paired with Socket B LGA-1366 provides a solid platform for enterprise-grade processing and memory performance, compatible with Intel Xeon processors in the LGA-1366 family for dependable compute power.
• Extended ATX form factor offers generous room for heat dissipation and expansion cards, enabling flexible configuration in rack or tower chassis and simplifying cooling and cable management in professional deployments.
• Integrated Gigabit Ethernet delivers reliable networking connectivity for management, storage, and data transfer, while two SATA interfaces provide essential storage connections for operating system drives and data volumes.
• Engineered for reliability and long-term operation, this motherboard emphasizes robust power delivery, stable firmware, and compatibility with enterprise-grade components to minimize downtime and maintenance needs in 24/7 environments.

Technical Details of Tyan Server Motherboard

• Chipset: Intel 5520
• CPU Socket: Socket B LGA-1366
• Form Factor: Extended ATX
• Maximum RAM: 144 GB DDR3 SDRAM
• Memory Type/Speeds: DDR3-1333/PC3-10600, DDR3-1066/PC3-8500, DDR3-800/PC3-6400
• Memory Slots: 18 x DIMM
• Networking: Gigabit Ethernet
• Storage Interfaces: 2 x SATA

How to Install Tyan Server Motherboard

Follow these practical steps to install the Tyan server motherboard in a compatible chassis, ensuring proper handling, cooling, and connectivity:

• Verify chassis compatibility with an Extended ATX motherboard and ensure adequate cooling, airflow, and clearance for memory modules and expansion cards.
• Power off the system, disconnect all cables, and discharge static electricity before handling components. Place the chassis on a stable surface and install standoffs aligned with the motherboard mounting points.
• Install the CPU into the LGA-1366 socket according to the processor’s orientation, then apply a suitable thermal interface material and secure the heatsink according to the cooling solution’s instructions to ensure effective heat transfer.
• Insert memory modules into the 18 DIMM slots in the recommended population order to achieve the desired capacity and channel balance. Ensure modules are fully seated with locks engaged on both sides of each slot.
• Mount the motherboard in the chassis and secure it with screws. Connect all necessary power and data cables, including those for storage devices and management interfaces, and route cables for unobstructed airflow.
• Attach storage devices to the available SATA interfaces and connect the boot drive if required. Connect the network interface (Gigabit Ethernet) and any management or remote access modules as needed.
• Power on the system and enter the BIOS/UEFI to configure boot order, virtualization settings, memory timings, and any chassis or fan monitoring options. Update the BIOS/firmware to the latest version recommended by the manufacturer for security and stability.
• Install the operating system and drivers, ensuring that chipset and storage controller drivers are up to date. Validate hardware recognition in the BIOS/UEFI and operating system, and run basic stress tests to confirm stability before deploying to production.

Frequently asked questions

• What RAM does this motherboard support? It supports up to 144 GB of DDR3 SDRAM across 18 DIMM slots, with memory speeds including DDR3-1333/PC3-10600, DDR3-1066/PC3-8500, and DDR3-800/PC3-6400. For best performance, populate memory according to the motherboard’s guidelines and ensure modules are matched for speed and capacity where recommended.
• What processor is compatible with this board? The motherboard uses the Intel Socket B LGA-1366 and is designed for Intel Xeon processors in that family. Confirm compatibility with the specific Xeon model you plan to use and verify that the BIOS supports your chosen CPU revision.
• What is the form factor and chassis compatibility? The board uses an Extended ATX form factor, which fits a wide range of enterprise chassis designed for large server deployments, with ample space for cooling and expansion cards.
• How many storage interfaces are available? The board provides 2 SATA interfaces for storage connectivity, suitable for boot drives, operating system volumes, or basic data storage. Additional storage options may be available through other slots or expansion cards depending on the backplane and chassis configuration.
• Does it include built-in networking? Yes, the motherboard includes Gigabit Ethernet connectivity for reliable network access, management traffic, and data transfer, which is essential for server deployments and remote management workflows.
• Is this motherboard suitable for virtualization or data-center workloads? Given its 18-dimm memory capacity, DDR3 RAM options, and enterprise-grade chipset, it is well-suited for virtualization hosts and other data-center applications where memory bandwidth, reliability, and scalable memory configurations are important.
• What about firmware and maintenance? Regular BIOS/firmware updates are recommended to ensure compatibility with newer hardware, security updates, and system stability. Always follow the manufacturer’s guidelines for updates and supported configurations.