Asus Z10PH-D16 Server Motherboard — Intel C612 Chipset, LGA 2011-v3, Half-SSI

The Asus Z10PH-D16 is a high‑density server motherboard engineered for data centers and enterprise environments that demand exceptional processing power, scalable memory, and streamlined cooling. Built around the Intel C612 chipset and the versatile LGA 2011-v3 socket architecture, this Half-SSI board is designed to host dual Intel Xeon processors, delivering substantial multi‑thread performance for virtualization, databases, and demanding workloads. With a focus on efficient airflow, robust reliability, and flexible expansion, the Z10PH-D16 is purpose‑built to maximize performance per watt in compact server deployments while offering enterprise-grade management and serviceability.

• Dual-socket performance for demanding workloads: Designed to support two Intel Xeon processors in LGA 2011‑v3 sockets, the Z10PH-D16 is optimized for virtualization, cloud services, large databases, and high‑throughput compute tasks. The platform harnesses multi‑core scalability and strong memory bandwidth to accelerate multi‑threaded applications and consolidate workloads with fewer servers.
• Massive memory capacity with reliability: Equipped with a generous DIMM footprint, the board supports ECC DDR4 memory across multiple channels, enabling large memory pools for in‑memory analytics, real‑time data processing, and virtualization. ECC protection helps preserve data integrity in mission‑critical environments, reducing risk during long‑running workloads.
• Thermal efficiency and optimized airflow: The Z10PH-D16 is designed for premium airflow management, helping maintain steady temperatures in dense server racks. Strategic component placement, optimized heat dissipation paths, and compatibility with server chassis cooling solutions contribute to lower fan noise, improved reliability, and reduced total cost of ownership.
• Flexible expansion and storage options: With multiple PCIe 3.0 slots, the board supports GPUs, fast NICs, and storage controllers to accelerate I/O bandwidth. It also offers a versatile storage surface with SATA/SAS ports and NVMe‑capable options via PCIe expansion, enabling fast boot drives and high‑speed data access for demanding workloads.
• Remote management, reliability, and serviceability: Integrated enterprise management features (including IPMI/BMC) provide remote health monitoring, alerting, and administration. Built for enterprise uptime, the board supports hot‑swap capable components and robust power management, helping data centers maintain service levels with minimal on‑site intervention.

Technical Details of Asus Z10PH-D16

• CPU Support: Dual Intel Xeon processors in LGA 2011‑v3 sockets (E5‑2600 v3/v4 family) for high‑density compute.
• Chipset: Intel C612 chipset, providing enterprise‑class I/O and memory bandwidth optimization for dual‑socket configurations.
• Memory: Supports ECC DDR4 memory across multiple DIMM channels, enabling scalable memory capacity and data integrity for virtualization, databases, and mission‑critical applications.
• Form Factor: Half‑SSI server motherboard, designed for dense deployments in enterprise 1U/2U chassis and other compact server enclosures.
• Expansion: Multiple PCIe 3.0 expansion slots for accelerators, NICs, and storage controllers to tailor I/O capacity to workload needs.
• Storage: Rich storage options with onboard SATA/SAS support and potential NVMe access via PCIe expansion, enabling fast boot drives and high‑performance data paths.
• Management: Built‑in remote management capabilities (IPMI/BMC) for monitoring, alerting, and remote administration to simplify data center operations.
• Networking: Integrated networking options complemented by PCIe NIC expansion to meet enterprise network throughput and virtualization requirements.

How to install Asus Z10PH-D16

• Prepare a compatible half‑SSI server chassis with a power supply that supports dual‑socket server boards and provides adequate airflow for cooling both CPUs and memory modules.
• Install the two Intel Xeon processors into the LGA 2011‑v3 sockets, following the server‑grade mounting guidelines. Apply appropriate thermal paste and attach compatible heatsinks and fans designed for dual‑socket configurations.
• Populate ECC DDR4 memory modules into the DIMM slots according to the motherboard’s memory population guidelines to maximize memory channels for both CPUs. Ensure modules are seated fully and evenly across channels for optimal performance.
• Mount the Z10PH‑D16 onto the chassis tray, secure it with the appropriate standoffs, and connect the power, chassis, and any optional service cables. If using IPMI/BMC features, connect the management headers or network interfaces as required by your chassis and management solution.
• Power on and enter the BIOS/UEFI to configure CPU settings, memory channels, and PCIe device order. Update the BIOS to the latest version from ASUS to ensure compatibility with newer Xeon generations and stability fixes. Install your operating system and required drivers, then configure your storage, RAID, and network settings for production workloads.

Frequently asked questions

• Q: Does the Asus Z10PH-D16 support dual processors?
• A: Yes. The Z10PH-D16 is engineered for dual Intel Xeon processors in LGA 2011‑v3 sockets, delivering scalable performance for virtualization, databases, and enterprise workloads.
• Q: What type of memory does it use?
• A: It supports ECC DDR4 memory across multiple DIMMs, providing high memory capacity and error correction for reliability in data‑center environments.
• Q: What is Half‑SSI?
• A: Half‑SSI is a compact server motherboard form factor designed for space‑constrained chassis while still delivering full server‑grade features and expansion.
• Q: Does it offer remote management?
• A: Yes. The board includes IPMI/BMC management for remote health monitoring, alerting, and administration, simplifying operations in remote or distributed data centers.
• Q: What storage options are available?
• A: The Z10PH-D16 provides multiple onboard SATA/SAS ports and supports NVMe via PCIe expansion for fast storage, boot drives, and data throughput suited to demanding workloads.
• Q: Is this motherboard suitable for dense data center deployments?
• A: Absolutely. Its dual‑socket design, high memory capacity, optimized airflow, and robust management features make it ideal for dense, performance‑driven server configurations in modern data centers.