Fix AMD driver keeps crashing when playing games on Windows PC
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i. There are a few things you can do to try to fix AMD driver keeps crashing when playing games on PC:
1. **Update your drivers**. Make sure you have the latest version of your AMD drivers installed. You can download the latest drivers from the AMD website.
2. **Roll back your drivers**. If you recently updated your drivers and started having problems, try rolling back to the previous version of the drivers. You can do this in Device Manager.
3. **Use DDU to uninstall your drivers**. Display Driver Uninstaller (DDU) is a free tool that can help you uninstall your drivers completely. This can sometimes fix problems with crashing drivers.
4. **Disable Windows Update driver installations**. Windows Update sometimes installs drivers that are not compatible with your hardware. To disable Windows Update driver installations, go to Settings - Update & Security - Advanced options - Choose how updates are installed - Deselect "Driver updates".
5. **Disable overclocking**. If you are overclocking your graphics card, try disabling it. Overclocking can sometimes cause driver crashes.
6. **Check your hardware**. If you have recently installed new hardware, try removing it to see if that fixes the problem. If you are still having problems, it is possible that your hardware is faulty.
If you have tried all of these steps and you are still having problems, you may need to contact AMD support for further assistance.
ii. There have been reports of AMD drivers bricking Windows 11 systems. The issue was first reported in February 2023, and it affects users who have installed the Adrenalin 23.2.1 driver. The driver update can cause a system to crash and then fail to boot. The issue is rare, but it can be serious. If you are experiencing this issue, you can try rolling back to the previous version of the drivers or contacting AMD support for assistance.
AMD has acknowledged the issue and is working on a fix. In the meantime, users are advised to avoid installing the Adrenalin 23.2.1 driver.
iii. A dual rail power supply (PSU) is a type of power supply that has two separate rails for delivering power to the components in a computer. This is in contrast to a single rail PSU, which has a single rail for delivering power to all of the components.
Dual rail PSUs are often used in high-end gaming computers, as they can provide more stable power to the components that need it most, such as the graphics card and CPU. This can help to prevent crashes and other problems that can be caused by unstable power.
Dual rail PSUs are also often used in overclocking computers, as they can provide more power to the components that are being overclocked. This can help to ensure that the components are able to handle the increased voltage and current that is required for overclocking.
Dual rail PSUs can be more expensive than single rail PSUs, but they can offer a number of advantages for users who need a high level of power stability and performance.
Here are some of the advantages of using a dual rail PSU:
* More stable power delivery: Dual rail PSUs have two separate rails for delivering power to the components in a computer. This can help to prevent crashes and other problems that can be caused by unstable power.
* More power for overclocking: Dual rail PSUs can provide more power to the components that are being overclocked. This can help to ensure that the components are able to handle the increased voltage and current that is required for overclocking.
* Better compatibility with high-end components: Dual rail PSUs are often used in high-end gaming computers and overclocking computers. This is because they can provide the high level of power that these components need.
Here are some of the disadvantages of using a dual rail PSU:
* More expensive: Dual rail PSUs can be more expensive than single rail PSUs.
* More complex: Dual rail PSUs are more complex than single rail PSUs. This can make them more difficult to install and troubleshoot.
* Less efficient: Dual rail PSUs can be less efficient than single rail PSUs. This is because they have more components that can generate heat.
Overall, dual rail PSUs can be a good choice for users who need a high level of power stability and performance. However, they are more expensive and complex than single rail PSUs.