Supermicro X10DAL-i Server Motherboard - Intel C612 Chipset - Socket LGA 2011-v3 - ATX

SupermicroSKU: 5179018

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Sale price$580.94

Description

Supermicro X10DAL-i Server Motherboard – Intel C612, LGA 2011-v3

Designed for performance, reliability, and scalable enterprise computing, the Supermicro X10DAL-i Server Motherboard is a premier dual-processor platform built around Intel’s C612 chipset. This ATX motherboard is engineered to power demanding workloads—from virtualization and database applications to high-availability storage servers and HPC clusters. With support for two LGA 2011-v3 Xeon processors, robust memory configurations, and extensive I/O and expansion options, the X10DAL-i delivers enterprise-grade performance in a compact, serviceable form factor.

  • Dual-processor power for max throughput – The X10DAL-i is a true 2P motherboard, designed to host two Xeon E5 family processors, delivering multi-core performance and parallel processing capabilities essential for virtualization, large-scale databases, and compute-intensive workloads.
  • Intel C612 chipset for enterprise reliability – Built around the Intel C612 chipset, this board emphasizes reliability, security features, and efficient data throughput to support business-critical applications in data centers and professional workstations.
  • LGA 2011-v3 socket compatibility – Socket R3 (LGA 2011-v3) across dual CPUs enables support for the latest-generation Xeon E5 processors in the E5-2600 v3/v4 families, ensuring compatibility with a broad ecosystem of enterprise CPUs and stepping options.
  • ATX form factor with expansive I/O – The ATX layout provides ample space for coolers, power delivery, and multiple expansion cards, making it a practical choice for rack or tower deployments without sacrificing expandability or serviceability.
  • Comprehensive memory and expansion support – Designed to accommodate DDR4 ECC memory in a multi-channel configuration and a wide range of PCIe 3.0 expansion cards, including GPUs, NICs, and storage controllers, enabling flexible configurations for virtualization, AI inference, and HPC workloads.

Technical Details of Supermicro X10DAL-i

  • Form factor: ATX – optimized for standard chassis and flexible deployment in racks or desktops.
  • Chipset: Intel C612 – enterprise-grade platform for reliable data throughput and memory performance.
  • CPU sockets: 2 x LGA 2011-v3 (Socket R3) – supports dual Xeon E5 family processors (v3/v4 generations).
  • Memory support: DDR4 ECC memory with multi-channel configuration (RDIMM/LRDIMM support as available per SKU). Designed for high-capacity, error-checked memory configurations to improve stability in server workloads.
  • Expansion: Multiple PCIe 3.0 expansion slots for GPUs, RAID controllers, NICs, and more, enabling high-bandwidth I/O and accelerators.
  • Storage options: SATA/SAS integrations with support for additional PCIe-based storage solutions, providing scalable storage throughput for databases, virtualization, and large datasets.
  • Networking and management: Integrated server management features with options for network expansion and remote management through standard interfaces, suitable for data center operations and remote administration.
  • Power delivery and reliability: Robust VRMs and power design to support multi-CPU operation, with features aimed at uptime, fault tolerance, and maintainability in enterprise environments.
  • OS compatibility: Broad operating system support, including major Linux distributions and Windows Server variants, with driver availability for optimized performance.

How to install Supermicro X10DAL-i

  • Prepare a compatible chassis and power supply with sufficient wattage for dual CPUs, memory, and expansion cards. Ensure adequate cooling and airflow to maintain thermal performance under load.
  • Install the CPU(s) into the LGA 2011-v3 sockets, following the motherboard’s mounting alignment and applying thermal paste as required by your cooling solution. Secure coolers and verify mounting pressure for optimal heat dissipation.
  • Insert DDR4 ECC memory modules into the recommended DIMM slots for each processor to enable multi-channel memory configuration. Follow the motherboard’s memory population guidelines to maximize performance and stability.
  • Install PCIe expansion cards (GPU, NIC, storage controllers) into the appropriate PCIe 3.0 slots. Ensure cards are properly seated and that power connectors are attached as needed for stable operation.
  • Connect storage devices (SATA/SAS and any NVMe adapters) and set up the boot drive. Attach network cables, connect to management interfaces if used, and power on to enter the system BIOS/UEFI for initial configuration, boot order, and firmware updates as necessary.

Frequently asked questions

  • Q: What processors are compatible with the X10DAL-i? A: The board is designed for dual Xeon E5 processors from the E5-2600 v3 and v4 families (Haswell/Broadwell generations), using the LGA 2011-v3 sockets. Ensure you select processors that meet your performance and reliability needs and verify compatibility with the specific motherboard revision.
  • Q: Does the X10DAL-i support ECC memory? A: Yes, the motherboard supports DDR4 ECC memory (multi-channel configurations) to improve data integrity and reliability in server workloads.
  • Q: How many PCIe slots does it have? A: The board provides multiple PCIe 3.0 expansion options to accommodate GPUs, network adapters, storage controllers, and other accelerators. Exact slot counts vary by revision, so consult the specification sheet for the precise layout.
  • Q: Is remote management available? A: The X10DAL-i includes enterprise-grade management interfaces suitable for remote administration and monitoring, enabling admins to manage firmware, health, and configurations from a centralized console.
  • Q: What storage options are supported? A: The board supports SATA and SAS interfaces with capacity for additional PCIe-based storage solutions via expansion cards, enabling scalable and high-throughput storage configurations for databases and virtualization.

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