ASRock ConRoe1333-D667 R2.0 Bios 1.50

This article provides a comprehensive overview of the ASRock ConRoe1333-D667 R2.0 motherboard and its BIOS version 1.50. It will cover the motherboard’s specifications, the significance of updating the BIOS, the changes introduced in BIOS version 1.50, the process of updating the BIOS, and troubleshooting common issues. This guide is intended for users who own or are considering purchasing this motherboard and want to understand its capabilities and how to maintain its optimal performance.

Understanding the ASRock ConRoe1333-D667 R2.0 Motherboard

The ASRock ConRoe1333-D667 R2.0 is a motherboard designed for Intel’s Socket 775 processors. It was a popular choice for budget-conscious users who wanted to build a capable system without breaking the bank. This motherboard supports a range of processors, including Intel Core 2 Duo, Core 2 Quad, Pentium Dual-Core, and Celeron processors.

Key Features and Specifications:

Socket: LGA 775
Chipset: Intel Northbridge (typically a variant of the Intel 945GC or G31 Express chipset) and Southbridge (ICH7 or similar)
Memory: Supports DDR2 memory, typically up to 4GB. The "D667" in the name refers to the maximum supported memory speed of DDR2 667MHz. The actual supported memory configurations will be detailed in the motherboard’s manual.
Expansion Slots: Usually includes one PCI Express x16 slot for a graphics card, PCI Express x1 slots, and PCI slots for other expansion cards.
Storage: Provides SATA ports for connecting hard drives and SSDs, and possibly an IDE port for older storage devices.
Audio: Onboard audio chipset for sound output.
Networking: Integrated Ethernet port for network connectivity.
Rear Panel Connectors: Typically includes PS/2 ports for keyboard and mouse, serial and parallel ports, USB ports, audio jacks, and an Ethernet port.

The ASRock ConRoe1333-D667 R2.0 motherboard was targeted towards value-oriented users, it offered a stable platform for building a functional PC. However, like all motherboards, it benefits from BIOS updates to improve compatibility, stability, and performance.

The Importance of BIOS Updates

The BIOS (Basic Input/Output System) is a crucial piece of firmware embedded on the motherboard. It’s the first software that runs when you power on your computer. Its primary functions include:

Hardware Initialization: The BIOS initializes and tests the system’s hardware components, such as the CPU, memory, chipset, and storage devices.
Boot Process: It loads the operating system from a storage device (hard drive, SSD, etc.).
Hardware Configuration: The BIOS provides a user interface (BIOS Setup Utility) where you can configure various hardware settings, such as boot order, memory timings, CPU settings, and fan speeds.

Updating the BIOS can provide several benefits:

Improved Hardware Compatibility: BIOS updates often include support for newer CPUs, memory modules, and other hardware components. This is particularly important as new hardware is released after the motherboard’s initial production.
Enhanced System Stability: Updates can fix bugs and errors that can cause system crashes, freezes, or other stability issues.
Increased Performance: In some cases, BIOS updates can optimize system performance by improving memory timings, CPU voltage control, or other settings.
Security Enhancements: BIOS updates can address security vulnerabilities that could be exploited by malware or other malicious software.
Bug Fixes: Addresses any known issues with the previous BIOS versions, improving overall system reliability.

ASRock ConRoe1333-D667 R2.0 BIOS 1.50: What’s New?

While specific release notes for BIOS 1.50 for the ASRock ConRoe1333-D667 R2.0 are not readily available, BIOS updates for motherboards of this era typically include the following types of changes:

Improved CPU Compatibility: Enhanced support for a wider range of Intel Socket 775 processors.
Enhanced Memory Compatibility: Improved support for various DDR2 memory modules, potentially including higher density modules or improved timings.
Bug Fixes: Resolution of any known issues present in previous BIOS versions, such as boot problems, stability issues, or incorrect hardware detection.
Minor Performance Tweaks: Small optimizations to improve overall system performance.

To determine the exact changes included in BIOS 1.50, it is essential to consult the official ASRock website or the motherboard’s manual. Unfortunately, detailed change logs for older motherboards are not always available online.

Updating the BIOS: A Step-by-Step Guide

Warning: Updating the BIOS is a potentially risky procedure. If performed incorrectly, it can render your motherboard unusable. Follow these instructions carefully and at your own risk.

Before you begin:

Identify Your Motherboard Revision: Ensure you have the R2.0 revision of the ASRock ConRoe1333-D667. This is usually printed on the motherboard itself. Using the wrong BIOS version can damage your motherboard.
Download the Correct BIOS File: Download the BIOS 1.50 file specifically for the ASRock ConRoe1333-D667 R2.0 from a reliable source. The official ASRock website is the preferred source, but given the age of the motherboard, this may not be available. Use the link provided below:

https://www.techspot.com/drivers/driver/file/information/9663/
Prepare a Bootable USB Drive: You’ll need a USB drive to flash the BIOS. Format it as FAT32.
Extract the BIOS File: Extract the contents of the downloaded ZIP file to the root of your USB drive. The files will typically include a BIOS file (with a .ROM or .BIN extension) and a flashing utility (such as AFUDOS).
Back Up Your Existing BIOS (Optional but Recommended): Some flashing utilities allow you to back up your current BIOS before flashing the new one. This is a good precaution in case something goes wrong.

BIOS Flashing Procedure (using AFUDOS as an example):

Boot from the USB Drive: Restart your computer and enter the BIOS Setup Utility. This is usually done by pressing the Delete, F2, or F12 key during startup. Consult your motherboard manual for the correct key.
Configure Boot Order: In the BIOS Setup Utility, change the boot order to prioritize booting from the USB drive.
Save Changes and Exit: Save the changes to the boot order and exit the BIOS Setup Utility. The computer will restart and boot from the USB drive.
Run the Flashing Utility: You should now be at a command prompt. Navigate to the directory on the USB drive where you extracted the BIOS files.
Execute the Flashing Command: Type the appropriate command to run the flashing utility. This command will vary depending on the specific utility used, but it usually looks something like this:

AFUDOS /i[BIOS_FILENAME].ROM /p /b /n

Replace [BIOS_FILENAME].ROM with the actual name of the BIOS file. The /p switch programs the main BIOS, the /b switch programs the boot block, and the /n switch verifies the flash. Refer to the utility’s documentation for specific instructions.
Wait for the Flashing Process to Complete: The flashing process will take a few minutes. Do not interrupt the process! Turning off the power or restarting the computer during the flash can permanently damage the motherboard.
Restart the Computer: Once the flashing process is complete, the utility will usually prompt you to restart the computer.
Enter the BIOS Setup Utility: After restarting, enter the BIOS Setup Utility again.
Load Defaults: Load the default BIOS settings to ensure compatibility.
Configure BIOS Settings: Configure your desired BIOS settings, such as boot order, memory timings, and CPU settings.
Save Changes and Exit: Save the changes and exit the BIOS Setup Utility.

Troubleshooting Common Issues

Computer Won’t Boot After Flashing: If the computer won’t boot after flashing the BIOS, it’s possible that the flash was unsuccessful. In some cases, you may be able to recover the BIOS using a backup BIOS (if your motherboard has one) or by using a special recovery procedure. Consult your motherboard manual for instructions. If the motherboard is bricked and has no dual BIOS capabilities, it may be unrecoverable.
Incorrect BIOS File: Using the wrong BIOS file can lead to system instability or failure to boot. Always double-check that you have the correct BIOS file for your motherboard model and revision.
Interrupted Flash: Interrupting the BIOS flashing process can damage the motherboard. Ensure that the power supply is stable and that there are no interruptions during the flash.
Compatibility Issues: After flashing the BIOS, you may experience compatibility issues with certain hardware components. Try updating drivers for those components or reverting to a previous BIOS version.

Alternative Download Links for ASRock ConRoe1333-D667 R2.0 BIOS 1.50:

Given the age of this motherboard, finding a direct download from ASRock might be difficult. Here are some alternative sources to check for the ASRock ConRoe1333-D667 R2.0 BIOS 1.50:

DriverGuide.com: [https://www.driverguide.com/](Search for the specific motherboard model)
Softpedia: [https://www.softpedia.com/](Search for the specific motherboard model)
BIOSAgentPlus: (Often bundled with driver update tools, use with caution regarding bundled software)
Archive.org (Wayback Machine): Check if older versions of the ASRock website are archived, possibly containing the BIOS file.
Motherboard Driver CD Images (if available): If you have the original driver CD that came with the motherboard, the BIOS might be included.

Important Note: When downloading from unofficial sources, exercise caution and scan the downloaded file with a reputable antivirus program before using it. Verify the file’s checksum (MD5 or SHA-1) if possible, to ensure it hasn’t been tampered with.

Conclusion

Updating the BIOS on your ASRock ConRoe1333-D667 R2.0 motherboard to version 1.50 can improve compatibility, stability, and performance. However, it’s essential to proceed with caution and follow the instructions carefully. By understanding the process and taking the necessary precautions, you can ensure a successful BIOS update and keep your system running smoothly. Always prioritize downloading from reputable sources and verify the integrity of the BIOS file before flashing.