To Next PageTo Next PageWhat to do if my Biostar P4M800 Motherboard has no power?
If your Biostar Motherboard has no power, ensure the power cable is securely plugged in. If the problem persists, try replacing the power cable. If these steps do not resolve the issue, contact technical support.
What to do if Biostar P4M800 Motherboard won't boot from hard drive?
If your Biostar Motherboard won't boot from the hard drive but can boot from the optical drive, check the cable running from the hard disk to the disk controller board, ensuring both ends are securely plugged in. Also, verify the drive type in the standard CMOS setup. It is also important to back up your hard drive, as hard disks can fail at any time.
How to fix Biostar P4M800 Motherboard not booting after installing a second hard drive?
If your Biostar Motherboard fails to boot after installing a second hard drive, ensure that the master/slave jumpers are set correctly. Then, run the SETUP program and select the correct drive types. For compatibility issues with other drives, contact the drive manufacturers.
General| Form Factor | Micro ATX |
|---|---|
| Socket | Socket 478 |
| Memory Type | DDR |
| Max Memory | 2GB |
| PCI Slots | 3 |
| PCI Express x16 | No |
| CPU Support | Intel Pentium 4/Celeron D |
| FSB | 800MHz |
| Memory Slots | 2 |
| IDE | 2 |
| SATA | 2 |
| AGP Slot | 1 (AGP 8X) |
| Audio | 6-channel |
| LAN | 10/100 Mbps |
Provides essential pre-installation preparation steps for safe and effective motherboard setup.
Lists all components included in the motherboard package for verification before installation.
Step-by-step guide for safely installing the CPU into its socket on the motherboard.
Details the purpose and pin assignments for CPU and System Fan Headers.
Instructions for installing RAM modules into the DIMM slots and memory capacity information.
Explains the FDD connector and Hard Disk connectors (IDE1/IDE2) for storage devices.
Describes the standard PCI slots for expansion cards.
Details the AGP slot for video cards, enhancing graphics performance.
Explains the CNR slot for riser cards, primarily supporting modems.
Illustrates how to correctly set up jumpers by placing or removing the jumper cap.
Provides detailed pin assignments and functions for various motherboard connectors.
Details the 24-pin connector for front panel switches and LEDs like Power, Reset, HDD LED.
Describes the 20-pin ATX power connector for supplying power to the motherboard.
Explains the 4-pin connector for providing additional +12V power to the CPU.
Details headers for connecting front panel USB 2.0 ports and internal USB devices.
Explains jumpers for controlling USB port power source (normal/standby).
Describes the header for connecting front panel audio output and disabling rear audio.
Explains the connector for inputting audio from CD-ROM, DVD-ROM, or other devices.
Details the header for resetting BIOS settings and CMOS data to default values.
Describes the SATA connectors for connecting SATA hard drives and their specifications.
Explains the connector for digital audio output via SPDIF bracket.
Details the optional header for monitoring PC case open status.
Lists supported operating systems for RAID functions.
Defines the supported RAID array types: RAID 0 and RAID 1.
Explains RAID 0 (striping) for improved performance, detailing features, benefits, and drawbacks.
Explains RAID 1 (mirroring) for data redundancy and fault tolerance, detailing features and benefits.
Guides users on installing motherboard drivers from the included CD for optimal system performance.
Instructions for installing device drivers for the motherboard and operating system.
Guide for installing bundled software applications from the driver CD.
Information on accessing the user manual provided on the driver CD, requiring Acrobat Reader.
Lists common BIOS beep codes and their corresponding error meanings for troubleshooting.
Provides instructions for updating the motherboard's BIOS using a flash utility and floppy disk.
Explains CPU overheating symptoms and provides steps to check and resolve the issue.
Presents common system problems and their probable causes and solutions.
Introduces WarpSpeeder utility, its functions (Overclock, Overvoltage, Hardware Monitor), and protective technology.
Lists the operating system and DirectX requirements for installing and running WarpSpeeder.
Provides step-by-step instructions for installing the WarpSpeeder utility software.
Explains the function and usage of the WarpSpeeder utility's tray icon for quick access.
Details the main interface of WarpSpeeder, displaying system info and navigation buttons.
Describes the Voltage Panel in WarpSpeeder for adjusting CPU core and memory voltages.
Explains the Overclock Panel for real-time frequency adjustments and fail-safe recovery options.
Details the Hardware Monitor Panel for real-time system status, temperatures, and fan speeds.
Describes the About Panel, showing utility version, BIOS model, and chipset details.
