Description
Supermicro X10SRM-TF Server Motherboard - Intel C612 Chipset - Socket LGA 2011-v3 - Micro ATX
The Supermicro X10SRM-TF is a compact yet powerful server motherboard designed to unlock reliability, scalability, and sustained performance in dense micro ATX form factors. Built around the Intel C612 chipset and the versatile Socket LGA 2011-v3, this motherboard is purpose-built for Xeon E5 family processors, delivering enterprise-grade capabilities in a compact footprint. Whether you are building a virtualization node, a dedicated file or mailbox server, or a compact HPC or database appliance, the X10SRM-TF blends server-class reliability with the flexibility you need to scale as workloads evolve. It is engineered for 24/7 operation, with robust power management, comprehensive cooling support, and a feature set designed to optimize multi-threaded workloads, virtualization environments, and data-intensive applications.
From its PCIe expansion readiness to its memory architecture, the X10SRM-TF emphasizes performance density and expandability. This motherboard is ideal for small to mid-sized data centers, research labs, and enterprise IT environments that demand strong I/O throughput, dependable memory protection, and streamlined system management. It supports Intel Xeon E5 processors from the 2600 and 1600 families, enabling a range of performance profiles from power-efficient configurations to high-core-count, multi-threaded configurations for virtualization, databases, and compute-intensive workloads. With a focus on reliability and uptime, this board is a compelling choice for professionals who require a server-grade motherboard that fits into compact chassis without compromising on features or stability.
- Processor and chipset optimization: Engineered around the Intel C612 chipset and Socket LGA 2011-v3, the X10SRM-TF is designed to unlock the full potential of Xeon E5-2600/1600 v4/v3 family CPUs. This combination delivers strong multi-core performance, improved memory bandwidth, and efficient I/O handling, making it an excellent foundation for virtualization hosts, storage servers, and small-scale HPC clusters.
- Expansion and I/O versatility: The Micro ATX form factor does not compromise expansion. The X10SRM-TF provides multiple PCIe expansion options to accommodate GPUs, high-speed NICs, storage controllers, and accelerators. This level of I/O flexibility is ideal for virtualization environments that require multiple virtual machines with dedicated network interfaces or GPU-accelerated workloads within a compact footprint.
- Memory reliability and capacity: Supports ECC memory to ensure data integrity and system stability under long-running, mission-critical workloads. The board’s memory architecture supports multi-channel configurations which help maximize bandwidth and responsiveness for virtualized environments, databases, and memory-intensive applications.
- Storage and connectivity options: Equipped with rich storage connectivity, including SATA ports and support for additional storage controllers via PCIe. These capabilities enable flexible data storage configurations, RAID deployments, and scalable capacity for evolving workloads. Built-in networking and I/O options are designed to streamline boot, management, and data transfer across servers and storage arrays.
- Management, reliability, and serviceability: Integrated management features support remote administration and monitoring, enabling IT teams to manage health,Thermal conditions, and firmware updates efficiently. The motherboard is built with server-grade reliability in mind, offering robust power delivery, thermal management, and working compatibility with enterprise monitoring tools to ensure uptime and predictable performance.
Technical Details of Supermicro X10SRM-TF Server Motherboard
- Form Factor: Micro ATX — a compact and versatile chassis footprint suitable for dense server deployments and compact workstation builds.
- Chipset: Intel C612 — designed to support Xeon E5 processors with dependable performance for virtualization, storage, and compute workloads.
- Socket: LGA 2011-v3 — enabling compatibility with Xeon E5-2600 and E5-1600 v4/v3 processors, delivering strong multi-core throughput for server tasks.
- CPU Support: Xeon E5 family processors (2600/1600 v4/v3) — optimized for multi-threaded workloads, virtualization, databases, and enterprise applications demanding reliability and scalability.
- Memory: Supports ECC DDR4 server memory (capacity and configuration dependent on CPU and memory modules) — prioritizes data integrity and system stability for mission-critical workloads.
- Expansion: Multiple PCIe expansion options for GPUs, NICs, and storage controllers — enabling flexible I/O configurations for virtualization, HPC, and high-performance storage.
- Storage: SATA ports with options for additional SAS or NVMe via PCIe controllers — supports RAID configurations and scalable storage solutions for growing data needs.
- Networking: Onboard networking capabilities with support for remote management and IPMI — simplifies management in data centers and remote sites.
How to install Supermicro X10SRM-TF
Installing the X10SRM-TF is straightforward for a system built around Xeon E5 processors. Begin by preparing a compatible chassis and power supply that can accommodate the Micro ATX motherboard. Ensure you have supported ECC DDR4 memory modules ready and verified CPU compatibility with the Xeon E5 family for your chosen workload. Before handling any components, ground yourself to prevent static discharge.
- Install the CPU into the LGA 2011-v3 socket, aligning the socket keys with the processor’s notches. Secure the cooler or heatsink according to the manufacturer’s instructions, applying appropriate thermal paste if required by your cooling solution.
- Insert ECC DDR4 memory modules into the correct memory slots, following the motherboard’s memory population guidelines to maximize channel usage and bandwidth. Use supported configurations to optimize performance and reliability.
- Mount the motherboard into your chassis using the provided standoffs and screws. Connect the power supply to the motherboard (24-pin ATX and 8/4-pin CPU power connectors as required by your setup), and attach all required data cables for storage and peripherals.
- Attach PCIe expansion cards, storage controllers, or NICs into the appropriate PCIe slots. Ensure cards are seated securely and not obstructed by other components, especially in compact cases where clearance is tight.
- Power on the system and access the BIOS/UEFI. Configure boot order, memory timing, and any RAID or storage controller settings. Update the firmware/BIOS if necessary and install your operating system or hypervisor. After installation, configure IPMI or remote management to monitor health status and power features remotely.
- Perform a thorough post-install check, including memory tests, stress testing, and benchmarking to validate stability under your intended workloads. Save your configuration profiles for quick re-deployments in the future.
Frequently asked questions
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Q: Is the X10SRM-TF compatible with Xeon E5-2600 and E5-1600 v4/v3 processors?
A: Yes. The motherboard is designed to work with Xeon E5 families in conjunction with the LGA 2011-v3 socket and Intel C612 chipset, offering a scalable platform for virtualization, databases, and multi-threaded workloads. -
Q: Does this board support ECC memory?
A: Yes. The X10SRM-TF supports ECC memory, which enhances data integrity and system reliability in server and workstation environments. -
Q: What form factor is this motherboard?
A: It uses a Micro ATX form factor, ideal for compact server builds and space-constrained deployments without sacrificing core server features. -
Q: How many PCIe slots are available for expansion?
A: The board provides multiple PCIe expansion options to accommodate GPUs, NICs, and storage controllers, enabling flexible configurations for virtualization, storage, and compute acceleration. -
Q: Does the board include remote management capabilities?
A: Yes. It includes integrated management features suitable for IPMI-enabled remote monitoring and administration, helping IT teams maintain uptime and manage deployments from any location.
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