ASUS Z8PH-D12-IFB User Manual

ASUS Z8PH-D12-IFB Motherboard manual cover
Pages 178
Year 2010
Language(s)
English en

ASUS Z8PH-D12-IFB Motherboard Specification

The ASUS Z8PH-D12-IFB Motherboard is a high-performance server board designed for robust computing environments. It supports dual Intel Xeon 5500/5600 series processors, allowing for enhanced processing power and multitasking capabilities. The motherboard accommodates up to 192GB of DDR3 ECC Registered or Unbuffered memory across its twelve DIMM slots, ensuring ample memory capacity for demanding applications. It features an Intel 5500 chipset, providing a reliable and efficient system architecture.

This motherboard integrates multiple expansion options, including two PCI-E x16 slots, one PCI-E x8 slot, and one PCI-E x4 slot, catering to diverse peripheral requirements. The onboard Intel 82574L and 82576EB dual-port Gigabit LAN controllers offer robust networking capabilities, ensuring high-speed and reliable network connectivity.

Storage solutions are versatile, with six SATA 3.0Gb/s ports supporting RAID 0, 1, 5, and 10 configurations, allowing for flexible and secure data management. The board also includes an ASMB4-iKVM module for remote management, providing administrators with comprehensive control over the server's operations.

The ASUS Z8PH-D12-IFB is built with an emphasis on reliability and efficiency, featuring ASUS's proprietary EPU technology for energy optimization and ASUS Fan Speed Control for effective thermal management. Its ATX form factor ensures compatibility with a wide range of server chassis, making it a flexible choice for various server applications. The motherboard's robust design and extensive feature set make it ideal for data-intensive tasks, virtualization, and enterprise-level computing solutions.

ASUS Z8PH-D12-IFB Motherboard F.A.Q.

How do I update the BIOS on the ASUS Z8PH-D12-IFB motherboard?

To update the BIOS, download the latest BIOS update from the ASUS support website. Then, use the ASUS EZ Flash utility in the BIOS setup to update the firmware. Ensure you back up your current BIOS settings before proceeding.

What are the supported memory types for the ASUS Z8PH-D12-IFB motherboard?

The motherboard supports DDR3 ECC registered or unbuffered memory modules. It is recommended to check the QVL (Qualified Vendors List) on the ASUS website for compatibility.

How can I troubleshoot if the system does not boot with the ASUS Z8PH-D12-IFB?

Ensure that all power connections are secure and that the RAM, CPU, and GPU (if applicable) are properly seated. Check for any beep codes or error LEDs that might indicate hardware issues.

What is the maximum RAM capacity supported by the ASUS Z8PH-D12-IFB?

The ASUS Z8PH-D12-IFB motherboard supports up to 192GB of RAM, distributed across the 12 DIMM slots.

How do I reset the CMOS on the ASUS Z8PH-D12-IFB motherboard?

To reset the CMOS, locate the CMOS jumper on the motherboard. Move the jumper from the default position to the reset position, wait for a few seconds, and then return it to the default position.

What should I do if the onboard network ports are not working on the ASUS Z8PH-D12-IFB?

Check the BIOS settings to ensure that the onboard LAN is enabled. Update the network drivers from the ASUS support site and ensure that the cables and network configuration are correct.

Can I use an M.2 SSD with the ASUS Z8PH-D12-IFB motherboard?

The ASUS Z8PH-D12-IFB does not have an M.2 slot. However, you can use an M.2 to PCIe adapter to install an M.2 SSD.

How do I configure RAID on the ASUS Z8PH-D12-IFB?

Enter the BIOS setup and navigate to the SATA Configuration menu. Set the SATA mode to RAID, then use the Intel RAID configuration utility to set up the desired RAID array.

What is the form factor of the ASUS Z8PH-D12-IFB motherboard?

The ASUS Z8PH-D12-IFB motherboard has an SSI EEB form factor, which is typically used in server and workstation builds.

What should I consider for optimal airflow and cooling with the ASUS Z8PH-D12-IFB motherboard?

Ensure that your case has adequate ventilation and consider using additional case fans. The use of CPU coolers and properly routing cables can help maintain optimal airflow.