ASUS KFN4-DRE User Manual

ASUS KFN4-DRE Motherboard manual cover
Pages 122
Year 2006
Language(s)
English en

ASUS KFN4-DRE Motherboard Specification

The ASUS KFN4-DRE motherboard is a high-performance server board designed to meet the demands of enterprise-level computing. It is built around the NVIDIA nForce Pro 2200 and 2050 chipset, supporting dual AMD Opteron 2000 series processors, which enhances computational power for multitasking and intensive applications. The motherboard features a DDR2 400/533/667 memory architecture with a capacity of up to 32GB across eight DIMM slots, providing substantial memory bandwidth for large-scale operations.

Expansion is facilitated through its support for PCI Express and PCI-X slots, allowing for extensive peripheral connectivity and faster data transfer rates. It includes four SATA ports with RAID 0, 1, 0+1, 5 support for robust storage configurations and data redundancy. Integrated dual Gigabit LAN controllers ensure high-speed network connectivity with fault tolerance capabilities, essential for server reliability and uptime. The inclusion of a 32MB ATI RAGE XL onboard graphics controller offers basic video output support.

The ASUS KFN4-DRE motherboard is equipped with multiple USB 2.0 ports for versatile connectivity options. It also features ASMB3-SOL for remote server management, enabling IT administrators to monitor and manage the system remotely with efficiency. The motherboard's advanced cooling solutions and power management options ensure stable operations under heavy workloads, reflecting its design focus on reliability and performance. This makes it an ideal choice for businesses requiring a robust and flexible server solution.

ASUS KFN4-DRE Motherboard F.A.Q.

How can I update the BIOS on my ASUS KFN4-DRE motherboard?

To update the BIOS, download the latest BIOS file from the ASUS support website, extract it to a USB drive, and use the ASUS EZ Flash utility in the BIOS setup to perform the update.

What should I do if my ASUS KFN4-DRE motherboard does not power on?

Check the power connections, ensure the PSU is functioning, verify that the RAM and CPU are seated correctly, and look for any error beep codes that might indicate the problem.

How do I reset the CMOS on the ASUS KFN4-DRE motherboard?

To reset the CMOS, turn off the system, unplug the power, locate the CMOS clear jumper on the motherboard, move it from the default position to the clear position for a few seconds, and then move it back.

What is the maximum RAM capacity supported by the ASUS KFN4-DRE?

The ASUS KFN4-DRE motherboard supports a maximum of 32GB of DDR2 ECC memory across four DIMM slots.

How can I troubleshoot boot issues with my ASUS KFN4-DRE motherboard?

Check for loose cables, reseat RAM and expansion cards, clear CMOS, ensure BIOS settings are correct, and verify all components are compatible and functional.

What type of CPU is compatible with the ASUS KFN4-DRE motherboard?

The ASUS KFN4-DRE motherboard is compatible with AMD Opteron 2000 series processors.

How can I improve the cooling of my ASUS KFN4-DRE motherboard?

Ensure proper airflow in the case, clean dust from all components and fans, consider upgrading to higher performance fans or a more efficient CPU cooler, and ensure cables are managed to not obstruct airflow.

What are the common error codes for the ASUS KFN4-DRE motherboard and their meanings?

Refer to the motherboard manual for a list of beep codes; common ones include continuous beeps for RAM errors and a single long beep followed by two short beeps for a graphics card issue.

How do I configure RAID on the ASUS KFN4-DRE motherboard?

Enter the BIOS setup, enable the onboard RAID controller, restart and enter the RAID setup utility, then follow the instructions to configure your RAID array according to your needs.

What steps should I take to ensure the ASUS KFN4-DRE motherboard stays in good working condition?

Regularly clean the motherboard to prevent dust buildup, keep the BIOS updated, ensure proper cooling, and periodically check for loose connections or wear on components.