Solving Ryzen 2400g & 2200g Issues: BSOD, Video TDR Failure

Table of Contents

1. Introduction
2. Common Issues with Horizon 520 400g and Horizon 320 200g
   1. Random Issues
   2. BSOD (Blue Screens of Death)
   3. Video TDR Failures
   4. Green Screens
   5. Black Screens
   6. Crashes
3. BIOS Settings and Overclocking
   1. Easy Mode Setup
   2. Advanced Mode Setup
   3. BIOS Settings for Stability
4. Troubleshooting Video TDR Failures
   1. Checking Driver Installation
   2. Adjusting Overclocking Settings
   3. Clearing CMOS
   4. Updating Motherboard Drivers
5. The Importance of Adequate Cooling
   1. Effects of Overheating
   2. Considerations for Stock Cooling
   3. Upgrading to Aftermarket Cooling
6. Installing and Updating Drivers
   1. Importance of Driver Installation Order
   2. Obtaining Drivers from Motherboard Manufacturer
   3. Using AMD Website for Graphics Drivers
7. Reinstalling Windows for a Fresh Start
   1. Accessing the Advanced Startup Options
   2. Choose the Option to Start Fresh
8. testing Performance in Games
   1. Counter-Strike and Frames Per Second
   2. Star Wars: The Old Republic and Frames Per Second
9. Solutions for Inconsistent Frames Per Second
   1. Adjusting Voltage Settings
   2. Updating LAN Drivers
   3. Ensuring Proper Cooling
10. Conclusion

Common Issues with Horizon 520 400g and Horizon 320 200g

The Horizon 520 400g and Horizon 320 200g are popular processors that can encounter a range of issues. In this article, we will address the most common problems faced by users and provide possible solutions for each.

Random Issues

One of the most frustrating issues faced by Horizon users is random problems occurring during regular usage. These problems can manifest as sudden system crashes, freezes, or other unexpected behavior. There are several potential causes for these random issues, including faulty hardware, software conflicts, or outdated drivers. To troubleshoot and resolve these problems, it is recommended to follow the steps outlined in this article.

BSOD (Blue Screens of Death)

BSOD, or Blue Screens of Death, can occur when the operating system encounters a critical system error. These errors can be caused by various factors, such as incompatible drivers, faulty hardware, or software conflicts. When encountering a BSOD, it is important to note any error messages displayed on the screen and perform the necessary troubleshooting steps, such as checking for driver updates or running hardware diagnostics.

Video TDR Failures

Video TDR (Timeout Detection and Recovery) failures are a common issue experienced by Horizon users. These failures occur when the graphics card takes too long to respond, resulting in a system crash or reboot. Video TDR failures can be resolved by updating graphics drivers, adjusting overclocking settings, or ensuring adequate cooling for the graphics card.

Green Screens

Green screens are another common graphics-related issue that can occur when using the Horizon processors. These screens typically indicate a problem with the graphics card or driver. Troubleshooting steps for green screens include updating graphics drivers, checking for hardware conflicts, and testing the graphics card in another system if possible.

Black Screens

Black screens occur when the display goes completely black, with no image or response from the computer. This issue can be caused by a variety of factors, including hardware issues, graphics driver problems, or power supply failures. To resolve black screen issues, it is recommended to check hardware connections, update graphics drivers, and perform a power cycle of the computer.

Crashes

Crashes can refer to various unexpected system shutdowns or failures, including blue screens, system freezes, or sudden reboots. Crashes can have numerous causes, including hardware failures, software conflicts, or overheating. Troubleshooting steps for crashes include checking for hardware errors, updating drivers, and monitoring system temperatures to ensure proper cooling.

BIOS Settings and Overclocking

In this section, we will explore the BIOS settings and overclocking options available for the Horizon 520 400g and Horizon 320 200g processors. Adjusting these settings can help enhance system performance and stability.

Easy Mode Setup

The Easy Mode of the BIOS provides a Simplified interface for beginners to configure basic settings. It allows users to adjust settings such as CPU speed, graphics card speed, and RAM speed. It is important to carefully review and set these options according to the desired performance levels and system capabilities.

Advanced Mode Setup

For more advanced users, the Advanced Mode of the BIOS provides access to a wider range of settings and options for fine-tuning the system. This includes options for adjusting CPU voltage, graphics card voltage, and RAM timings. It is important to proceed with caution when making changes in the Advanced Mode, as improper settings can lead to instability or potential damage to the hardware.

BIOS Settings for Stability

When experiencing stability issues, it is recommended to review and adjust certain BIOS settings. This includes ensuring that the overclocking settings are within safe limits, adjusting voltage settings to optimize stability, and ensuring that memory timings are set correctly. By carefully adjusting these settings, users can achieve a balance between performance and stability.

Troubleshooting Video TDR Failures

Video TDR (Timeout Detection and Recovery) failures can be a common issue for Horizon users. These failures occur when the graphics card takes too long to respond, resulting in a system crash or reboot. To troubleshoot video TDR failures, follow the steps outlined below.

Checking Driver Installation

One potential cause of video TDR failures is incorrect or outdated graphics driver installations. It is important to verify that the correct drivers are installed for the graphics card. This can be done by checking the manufacturer's website for the latest drivers and performing a clean installation of the drivers.

Adjusting Overclocking Settings

Overclocking the graphics card beyond its stable limits can also lead to video TDR failures. It is recommended to dial back any overclocking settings and test the system for stability. Adjusting the voltage settings and fan speeds can also help improve stability and reduce the likelihood of TDR failures.

Clearing CMOS

Clearing the CMOS (Complementary Metal-Oxide-Semiconductor) can help reset the BIOS settings to their default values. This can be done by following the instructions provided by the motherboard manufacturer. Clearing the CMOS can help resolve compatibility issues and unstable overclocking settings.

Updating Motherboard Drivers

Updating the motherboard drivers can also help resolve video TDR failures. This includes updating the BIOS firmware, chipset drivers, and other Relevant drivers provided by the motherboard manufacturer. It is important to download and install the latest drivers from the manufacturer's website to ensure compatibility and stability.

The Importance of Adequate Cooling

One crucial aspect often overlooked when troubleshooting system issues is the importance of adequate cooling. Insufficient cooling can lead to higher temperatures, which can cause system instability and performance degradation. In this section, we will explore the various considerations related to cooling for the Horizon 520 400g and Horizon 320 200g processors.

Effects of Overheating

Overheating can have detrimental effects on system performance and the lifespan of the components. High temperatures can result in thermal throttling, where the system limits its performance to prevent damage. This can lead to reduced performance and potential stability issues. It is crucial to maintain proper cooling to prevent overheating and ensure optimal system performance.

Considerations for Stock Cooling

The stock cooling solution that comes with the processor may not be sufficient for demanding tasks or overclocking. Upgrading to an aftermarket cooling solution, such as a liquid cooler or high-performance air cooler, can greatly improve cooling efficiency and allow for more stable overclocking. It is important to consider the specific cooling requirements of the processor and consult the manufacturer's recommendations.

Upgrading to Aftermarket Cooling

Upgrading to aftermarket cooling solutions can provide better thermal management and improved overall system performance. Liquid coolers offer better heat dissipation and lower temperatures compared to stock coolers, while high-performance air coolers provide efficient cooling within a smaller footprint. However, it is important to ensure compatibility with the motherboard and case before purchasing an aftermarket cooler.

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