Supermicro X10DRG-Q Server Motherboard - Dual Xeon with Intel C612 Chipset

Engineered for data centers, HPC clusters, and enterprise workloads, the Supermicro X10DRG-Q Server Motherboard delivers scalable compute performance with dual Xeon E5 support and a robust Intel C612 chipset. Designed around a proprietary form factor for optimized server chassis integration, this board enables dense compute, expansive memory, and flexible I/O for virtualization, database acceleration, and high-performance workloads that demand reliability and uptime. Built to handle the rigors of 24/7 operation, the X10DRG-Q is a cornerstone platform for mission-critical deployments across virtualization hosts, rendering farms, scientific computing, and cloud infrastructures. With advanced management features, thermal efficiency, and expansive expansion options, it offers long-term investment protection in evolving data-center environments.

• Dual-processor architecture with support for Intel Xeon E5 family processors (E5-2600 v3/v4) ensures unmatched parallel compute power for virtualization, VDI, AI inference, HPC workloads, and large-scale data processing. The board’s multi-socket capability enables scalable performance across demanding enterprise applications, accelerating complex workloads while maintaining enterprise-grade reliability and fault tolerance for continuous operation.
• Intel C612 chipset provides a stable, feature-rich foundation, enabling advanced memory configurations, robust I/O, and enterprise-grade reliability for multi-socket systems. With optimized chipset integration, users gain improved data throughput, enhanced I/O responsiveness, and support for modern storage and networking standards required in modern data centers.
• Proprietary form factor optimizes server-grade integration, cooling, and expansion in data centers and rack environments, while facilitating streamlined cabling and airflow for maximum performance per watt. This design choice supports dense rack deployments and simplifies system assembly, cabling management, and serviceability in high-density environments.
• DDR4 ECC memory support with RDIMM/LRDIMM options enhances data integrity and memory bandwidth across multi-channel memory configurations. Error-correcting memory helps protect critical workloads from transient faults, enabling higher reliability for virtualization hosts, databases, and analytics platforms that demand consistent memory performance.
• Comprehensive I/O and storage capabilities, including PCIe 3.0 expansion slots, SATA/SAS interfaces, and onboard management features to simplify provisioning, monitoring, and remote administration. The platform is designed to accommodate GPUs, accelerators, and high-speed networking cards, delivering a flexible foundation for AI, virtualization, and scientific computing workloads.

Technical Details of Supermicro X10DRG-Q Server Motherboard

• Chipset: Intel C612
• Socket: LGA 2011-v3
• Form Factor: Proprietary (server-grade, optimized for Supermicro chassis)
• Processor Support: Dual Intel Xeon E5-2600 v3/v4 processors
• Memory: DDR4 ECC memory support (RDIMM/LRDIMM) with multi-channel configurations
• Expansion: PCIe 3.0 expansion slots for GPUs, accelerators, and high-speed I/O
• Storage: SATA and SAS interfaces for flexible storage configurations
• Management: Integrated remote management and monitoring capabilities for out-of-band control

How to install Supermicro X10DRG-Q Server Motherboard

• Prepare a clean, ESD-safe work area and verify the server chassis supports the X10DRG-Q’s proprietary form factor and connector layout before installation. Having the correct screw kit, standoffs, and anti-static wrist strap helps prevent damage during assembly.
• Install the appropriate CPUs into the LGA 2011-v3 sockets, following the processor installation guidelines provided by Intel and Supermicro. Apply High-Thermal-Resistance TIM as required and ensure the heatsinks are securely mounted to provide even cooling across both CPUs.
• Attach memory modules (DDR4 ECC RDIMM or LRDIMM) according to the motherboard’s memory population rules to maximize speed and bandwidth across channels. Start with minimum configurations and add DIMMs per the guidelines to avoid stability issues.
• Place the motherboard into the chassis with the correct standoffs, align I/O shields, and secure it with the chassis screws to ensure stable mounting and proper airflow. Route cables carefully to prevent obstruction of fans and airflow paths.
• Connect power cables and data interfaces, including any required motherboard backplanes, RAID controllers, and storage backplanes. Verify all power rails are seated and that front-panel connections (power, reset, LED indicators) are correct.
• Update BIOS/firmware to the latest version and configure CPU, memory, and I/O settings in the BIOS for multi-processor operation. Enable features such as NUMA awareness, memory interleaving, and appropriate PCIe lane configuration to optimize performance for your workload.
• Install any expansion cards (GPUs, NICs, storage controllers) into the PCIe slots, connecting power and data cables as needed. Confirm clearance for large GPUs and ensure adequate cooling and cable management for sustained operation.
• Boot into the operating system and configure RAID, virtualization, and other enterprise features through the server management interface or OS tools. Run initial hardware diagnostics to verify POST, memory checks, and peripheral recognition before deploying production workloads.

Frequently asked questions

• Q: Does the X10DRG-Q support dual Xeon processors? A: Yes. The motherboard is designed for dual Intel Xeon E5-series processors (E5-2600 v3/v4), enabling high-throughput multi-socket performance for virtualization, data analytics, and HPC workloads.
• Q: What type of memory does it require? A: It supports DDR4 ECC memory in RDIMM or LRDIMM configurations, providing error correction and high memory bandwidth across multi-channel memory architectures.
• Q: What form factor is this motherboard? A: It uses a proprietary server-form factor optimized for Supermicro chassis, not a standard ATX or E-ATX enclosure. This design supports dense, rack-friendly deployments.
• Q: Which storage interfaces are available? A: The board provides SATA and SAS interfaces to support flexible storage configurations, RAID options, and scalable capacity in enterprise deployments.
• Q: Is remote management included? A: Yes, the platform includes onboard management capabilities (IPMI/BMC) for out-of-band monitoring, remote administration, and firmware updates.
• Q: Can I use GPUs or PCIe accelerators? A: The PCIe 3.0 expansion slots are designed to accommodate GPUs, networking cards, and accelerators, making it suitable for virtualization, AI, and HPC workloads in compatible chassis.