The GIGABYTE MS04-CE0 is a high-performance ATX motherboard engineered to support the Intel Xeon D-6700 and D-6500 series processors, making it an ideal choice for server, storage, and networking applications. Designed with reliability, scalability, and efficiency in mind, this motherboard provides robust computing capabilities within a power-optimized 350W envelope, ensuring balanced performance for enterprise workloads.
Key Features
- Processor Support
Compatible with Intel Xeon D-6700/6500 Series Processors, offering up to 20 cores for scalable computing power. Built-in SoC design ensures high integration and reduced power consumption. - Form Factor
Standard ATX form factor for easy integration into a wide range of chassis, ensuring flexibility for different deployment scenarios. - Memory
- Supports up to 512GB DDR4 ECC Registered DIMM (RDIMM) or LRDIMM.
- Up to 8 DIMM slots, delivering high-capacity memory configurations for data-intensive workloads.
- ECC support for enhanced system reliability and error correction.
- Expansion Slots
- Multiple PCIe Gen4 slots for GPU, FPGA, or accelerator integration.
- High-speed bandwidth support ensures readiness for AI, storage, and networking applications.
- Storage Connectivity
- SATA 6Gb/s ports and M.2 NVMe slots for flexible storage options.
- RAID support for enterprise-class data protection.
- Upgradeable storage capacity, ideal for servers requiring 50TB to 70TB scale-up.
- Networking
- Integrated 10GbE LAN ports (depending on processor SKU).
- Optional expansion support for high-speed networking up to 100GbE.
Applications
- Enterprise AI/AR/VR Modules – Powerful enough to support artificial intelligence workloads, AR/VR simulations, and rendering tasks.
- Data Center & Storage Systems – Ideal for centralized storage nodes ranging from 50TB to 70TB
- Reporting & Analytics – Ensures reliable performance for real-time reporting systems and business intelligence workloads.
- Personal Data Storage Servers – Provides secure and scalable data management for enterprise users.