Tyan Tempest CX S5630 Server Motherboard

The Tyan Tempest CX S5630 is a 데이터-grade server motherboard built for reliability, scalability, and performance in demanding enterprise environments. Powered by the Intel C621 chipset and a Socket P LGA-3647 interface, this motherboard is designed to house Xeon Silver processors and deliver robust ECC memory capabilities for mission-critical workloads. With support for up to 1.50 TB of DDR4 SDRAM across 12 memory slots and flexible RAM options including DIMM, RDIMM, and LRDIMM, the Tempest CX S5630 is a solid foundation for database servers, virtualization hosts, compute nodes, and HPC clusters. Its SSI CEB form factor ensures broad compatibility with existing rack and blade infrastructures, while Gigabit Ethernet and dual SATA interfaces provide essential I/O for reliable, scalable operation. This board is engineered for enterprise-grade stability, offering features that cater to businesses seeking consistent performance, efficient memory utilization, and easy integration into established data center environments.

• High-performance platform: Built on the Intel C621 chipset with a Socket P LGA-3647 interface, the Tempest CX S5630 is optimized for Xeon Silver processors, delivering dependable, enterprise-grade compute power suitable for virtualization, databases, and heavy workloads. The platform emphasizes reliability and scalability, making it a solid backbone for growing data centers.
• Massive memory capacity and flexible RAM support: It supports up to 1.50 TB of DDR4 SDRAM across 12 memory slots, with compatibility for DIMM, RDIMM, and LRDIMM modules. This memory flexibility allows businesses to deploy large in-memory databases, RAM-heavy virtualization workloads, and data analytics with improved cache stability and error-correcting capabilities.
• Solid I/O and storage foundations: Featuring Gigabit Ethernet for dependable network connectivity and 2 x SATA interfaces for essential storage integration, the board is prepared for reliable data throughput and straightforward drive configurations in server deployments, with room to scale as needs evolve.
• Enterprise-ready reliability and compatibility: The SSI CEB form factor aligns with standard server rack ecosystems, while Xeon Silver processor support and ECC-focused memory configurations provide robust error detection and correction. This combination reduces downtime and supports consistent performance across demanding workloads in enterprise environments.
• Designed for easy integration and maintenance: The Tempest CX S5630 emphasizes compatibility and straightforward deployment in existing datacenter setups, enabling smoother upgrades, simpler BIOS management, and dependable long-term operation as part of a larger server infrastructure. This makes it suitable for data centers, hyperscale deployments, and business-critical applications.

Technical Details of Tyan Tempest CX S5630 Server Motherboard

• Chipset: Intel C621
• CPU Socket: Socket P LGA-3647
• Form Factor: SSI CEB
• Memory Capacity: Up to 1.50 TB DDR4 SDRAM
• Memory Slots: 12 x DIMM
• Memory Types: DIMM, RDIMM, LRDIMM
• Memory Technology: DDR4 SDRAM
• Processor Supported: Xeon Silver processors
• Ethernet: Gigabit Ethernet
• Storage: 2 x SATA interfaces

How to Install Tyan Tempest CX S5630 Server Motherboard

• Power down your system, disconnect all cables, and ground yourself to prevent static discharge. Confirm chassis compatibility with the SSI CEB form factor and the LGA-3647 socket before handling components.
• Install the Xeon Silver processor into the LGA-3647 socket, following the processor’s installation guide. Apply an appropriate amount of thermal paste and secure a compatible heatsink or cooling solution designed for the socket and workload requirements.
• Insert DDR4 ECC memory modules into the 12 memory slots in recommended population order per your motherboard manual. Ensure you use supported memory types (DIMM, RDIMM, or LRDIMM) and that modules are fully seated to avoid POST failures.
• Place the motherboard into the server chassis, align standoffs, and secure it with screws. Connect the 24-pin ATX power connector and the 8- or 4-pin CPU power connectors as required by your power supply and board design. Attach the Gigabit Ethernet cable for network connectivity and connect SATA drives to the 2 SATA interfaces as needed.
• Power on, enter the BIOS/UEFI, and configure boot order, memory settings, and any RAID or storage options. Update the BIOS to the latest version if available and run diagnostic POST checks to verify all components (CPU, memory, chipset) are detected and functioning properly. Install the operating system and drivers corresponding to your Xeon Silver processor and DDR4 configuration.

Frequently asked questions

• Q: What processors are compatible with the Tyan Tempest CX S5630?
  A: The motherboard supports Intel Xeon Silver processors, leveraging the LGA-3647 Socket P interface and the Intel C621 chipset for enterprise-grade performance.
• Q: How much memory can this motherboard support?
  A: It supports up to 1.50 TB of DDR4 SDRAM across 12 DIMM slots, with compatibility for DIMM, RDIMM, and LRDIMM modules for ECC-enabled reliability.
• Q: What storage and networking options are available?
  A: The board provides 2 x SATA interfaces for drives and Gigabit Ethernet for network connectivity, suitable for standard server deployments and data transfer needs.
• Q: What form factor is this motherboard?
  A: It uses the SSI CEB form factor, designed for compatibility with enterprise chassis and standard server backplanes in data centers.
• Q: Is this motherboard suitable for virtualization and data-intensive workloads?
  A: Yes. With Xeon Silver support, extensive DDR4 memory capacity, and ECC memory options, the Tempest CX S5630 is well-suited for virtualization hosts, large databases, and compute-heavy applications.
• Q: Are there any special installation considerations?
  A: Use a compatible cooling solution for LGA-3647, ensure memory population follows the motherboard’s guidelines, and update BIOS to the latest version before deployment to maximize stability and performance.