Description
Tyan Tempest (S5370) Server Motherboard - Intel 5000V Chipset - Socket J LGA-771
The Tyan Tempest S5370 is a purpose-built, server-grade motherboard designed to deliver scalable performance and reliable operation in demanding data-center environments. Built around the Intel 5000V chipset and configured for dual Intel Xeon processors from the 5000/5100 family (Dempsey / Woodcrest), this board is optimized for virtualization, database workloads, HPC applications, and mission-critical services. With support for up to four fully buffered DIMM (FB-DIMM) modules and dual Gigabit Ethernet, the Tempest S5370 combines robust memory bandwidth, dependable networking, and flexible expansion in a compact yet capable platform. Whether you’re deploying a high-density virtualization cluster, a database node, or a cloud-ready server, the Tempest S5370 is engineered to deliver the reliability, scalability, and efficiency that modern enterprises demand. Its thoughtful layout provides straightforward maintenance, efficient cooling paths, and clear upgrade routes, helping you maximize uptime and return on investment. This motherboard stands as a compelling choice for system integrators and IT teams seeking a compact, enterprise-grade foundation for dual-processor workloads that demand stability, performance, and long-term support.
- Dual-processor performance: The Tempest S5370 supports two Intel Xeon processors from the 5000/5100 series, including the Dempsey and Woodcrest generations, enabling substantial parallel processing power and memory bandwidth. This dual-processor design is ideal for virtualization hosts, multi-threaded databases, and compute-intensive workloads where scale and consistency matter. By leveraging the 5000V chipset, the board delivers robust inter-processor communication, efficient data pathways, and solid multiprocessing headroom, ensuring workloads can grow without sacrificing responsiveness or stability.
- Memory capacity and reliability: With support for up to four FB-DIMM modules, the Tempest S5370 provides a flexible, scalable memory platform designed for server-grade reliability. FB-DIMM technology offers ECC capabilities to protect against memory errors, which is critical for uptime in data-center deployments. The combination of FB-DIMM and ECC memory helps reduce the risk of silent data corruption in mission-critical applications, while ample headroom enables larger in-memory datasets, faster caching, and improved overall performance for virtualization, databases, and enterprise apps.
- Networking and input/output flexibility: The motherboard ships with dual Gigabit Ethernet ports, delivering redundant, high-availability network connectivity out of the box. This networking setup is well-suited for virtualization hosts, clustered services, and storage gateways, providing reliable throughput and straightforward network segmentation. In addition to onboard ports, the Tempest S5370 offers expansion options to accommodate additional network adapters or storage controllers, enabling administrators to tailor I/O capacity to workload demands without sacrificing form factor or manageability.
- Expansion options for growth: The Tempest S5370 includes multiple expansion slots to accommodate PCI and PCIe adapters, RAID controllers, Fibre Channel adapters, and other accelerators. This flexibility makes it easy to scale storage performance, improve resilience with RAID solutions, or add accelerators for workloads like data analytics and virtualization. The board’s layout emphasizes efficient bandwidth distribution to ensure that added cards work in harmony with the dual-processor configuration, memory subsystem, and onboard networking, helping you maximize performance without compromising stability.
- Designed for reliability and virtualization-ready deployments: Engineered for enterprise use, the Tempest S5370 emphasizes stability, long-term support, and straightforward management. The dual-processor setup, ECC memory support, and robust expansion options create a platform capable of hosting virtualization platforms, databases, and high-availability services with consistent performance. IT teams benefit from a solid foundation that supports live migrations, scalable resource allocation, and predictable maintenance cycles, making it an attractive choice for private clouds, data-center consolidation, and mission-critical workloads.
Technical Details of Tyan Tempest (S5370)
- CPU support: Dual Intel Xeon processors from the 5000/5100 series (Dempsey / Woodcrest) to deliver scalable performance for multi-threaded workloads and virtualization scenarios.
- Socket: LGA-771 (Socket J) for each processor socket, enabling a robust, enterprise-grade two-processor configuration.
- Chipset: Intel 5000V chipset, optimized for server stability, memory bandwidth, and multi-processor coordination.
- Memory: Up to four FB-DIMM modules with ECC support, providing reliable memory performance and error detection/correction for critical workloads.
- Networking: Dual Gigabit Ethernet ports onboard for redundant network connectivity and straightforward network segmentation in virtualized or clustered environments.
- Expansion slots: PCI and PCIe expansion options to support RAID controllers, network adapters, accelerators, and other add-in cards, enabling flexible I/O and storage configurations.
- Form factor and reliability: Server-grade motherboard designed for data-center use, with attention to heat dissipation, component quality, and long-term availability to support 24/7 operation.
how to install Tyan Tempest (S5370)
Installing the Tyan Tempest S5370 begins with preparing a suitable server chassis and confirming compatibility with dual 5000/5100-series Xeon processors. Start by verifying you have two compatible CPUs, the appropriate CPU coolers, and a compatible power supply with adequate wattage for a dual-processor configuration. Step one is to install the processors into the Socket J LGA-771 sockets on the motherboard. Ensure you follow the processor installation guidelines, align pins carefully, and secure the heatsinks firmly to provide efficient cooling and thermal stability. After the CPUs are seated, install memory modules into the FB-DIMM slots, making sure to match each module to the correct channel configuration for optimal bandwidth and reliability. Once memory is in place, install the motherboard into the chassis using the mounting standoffs and secure the panel or I/O shield in place. Connect the 24-pin ATX power connector and the 8-pin (or 4-pin) CPU power connectors, then attach any additional power rails required by dual-CPU configurations. Install expansion cards such as RAID controllers or network adapters into the PCI/PCIe slots, and connect their power and data cables as needed. Finally, boot the system, enter the BIOS/UEFI, configure memory timings and processor options, and initialize any RAID or storage controllers. Install your chosen operating system, apply drivers, and perform post-install checks to ensure all hardware is recognized and functioning properly. For virtualization or high-availability deployments, configure the appropriate hypervisor settings, network bonding, and storage back-end as part of the standard setup process. Always maintain up-to-date firmware and drivers to maximize stability and performance in production environments.
Frequently asked questions
- Q: What processors does the Tyan Tempest S5370 support? A: It is designed for dual Intel Xeon processors from the 5000/5100 series, including Dempsey and Woodcrest variants, offering strong multi-core performance for server workloads.
- Q: How many memory modules can the board accommodate? A: The board supports up to four FB-DIMM modules with ECC, providing reliable memory capacity and error correction for critical applications.
- Q: What networking capabilities are included? A: The motherboard includes two onboard Gigabit Ethernet ports for redundant network connectivity and straightforward integration into virtualization, clustering, or storage networks.
- Q: Can I expand I/O and storage with add-on cards? A: Yes. The Tempest S5370 offers PCI and PCIe expansion options to accommodate RAID controllers, network adapters, accelerators, and other peripherals as your workloads grow.
- Q: Is this motherboard suitable for virtualization and data-center workloads? A: Absolutely. Its dual-processor design, FB-DIMM memory supporting ECC, and flexible expansion options make it well-suited for virtualization hosts, database servers, HPC nodes, and other enterprise-scale deployments.
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