Fix Pshed.dll BSOD Error on Windows

Today our publication will teach you how to fix the Pshed.dll BSOD error in Windows.

Pshed.dll is a dynamic link library (DLL) file used to manage hardware error messages. It acts as a driver or service from Microsoft that helps prevent system crashes. If pshed.dll is mentioned in error messages such as BSOD or minidump files, it indicates that there is a hardware problem that pshed.dll has detected. So you should investigate the hardware components to determine the underlying cause.

WHEA_UNCORRECTABLE_ERROR is an error code associated with pshed.dll BSODs, this error suggests hardware problems or outdated or corrupted system drivers and BIOS firmware. They could also be problems with the power supply, faulty memory or others. But don't worry, today we bring you some solutions:

Boot in Safe Mode, Safe Mode allows users to boot into Windows without drivers or third-party services. This helps fix errors caused by drivers and even hardware failures.

To start Windows in safe mode, turn off your computer completely.

Then, press the Power button to start Windows.

As soon as you see the Windows logo, press the Power button again to turn off your computer.

Repeat this step three times to activate the automatic repair system.

Select Advanced options > Troubleshoot > Startup settings. This will reboot your system and show you the options to enable Safe Mode. Simply press F4 to enable safe mode. Once this is done, proceed to follow the following methods:

1. Run SFC Scannow and DISM command, this is a command line utility which is specially used to restore protected system files including DLL files. If any of the essential system files get corrupted, it could lead to BSOD error. Also run the CHKDSK command, which will help fix errors found on a hard drive. For it :

Press the Win key and type Command Prompt in the Windows search bar.

Right click on it and select Run as administrator.

Once open, type sfc /scannow and wait for the command to execute.

Once done, enter the command chkdsk and press Enter.

Once this is done, you can restart your PC to see if the problem is resolved.

2. Disable XMP or any other overclocking, it is advisable to enter your motherboard BIOS settings to reset these settings, particularly by disabling the XMP profile. And because these allow you to overclock the RAM to obtain maximum performance.

But even though XMP is a safe overclocking method, it can still lead to problems, including crashes. Therefore, if you have an XMP profile enabled, be sure to temporarily disable it. For this:

Completely shut down your PC.

Turn it back on.

Seeing the manufacturer's logo on your screen, start pressing F2, F12, Delete or the corresponding key to access the BIOS setup. (Check out our detailed BIOS key guide if you're stuck.)

In the BIOS settings, navigate to the Overclock settings and select the XMP option.

Choose Disable to disable the XMP profile.

After disabling XMP, restart your computer and check if the issue has been resolved

3. Test your RAM, it is especially recommended to test your RAM if you have built your PC recently or face BSOD errors frequently. For this use two drives of RAM so you can test your PC with one drive at a time. If the same problem occurs with both sticks, the problem is likely somewhere else.

4. Finally update the motherboard BIOS, but if the problem is still not resolved after these steps, consider taking your PC to a repair shop for further diagnosis.

How to Fix Pshed.dll BSOD Error on Windows

1. System File Repair via System File Checker (SFC):

System file corruption can often lead to BSODs. The SFC tool scans protected system files and attempts to repair corrupted ones, potentially including Pshed.dll. Here's how to proceed:

Initiate an elevated Command Prompt (search for "Command Prompt," right-click and select "Run as administrator").

Execute the following command and press Enter:

sfc /scannow

The SFC tool will meticulously scan your system and attempt to fix any corrupted files. Reboot your system after the scan is complete.

2. Meticulous Device Driver Management:

Outdated or incompatible device drivers can conflict with the Pshed.dll driver, triggering BSODs. Here's a two-pronged approach to ensure updated drivers:

Device Manager:

Access Device Manager through the Start menu search or Control Panel.

Systematically update drivers for all listed devices, prioritizing those recently added or flagged with exclamation marks (indicating a potential issue).

Right-click on a device, select "Update driver," and choose "Search automatically for updated driver software" to leverage Windows Update for driver updates.

Manufacturer Website Consultation:

Visit the websites of your system or component manufacturers (e.g., motherboard, graphics card) to download and install the latest driver updates directly. Ensure compatibility with your specific Windows version.

3. Hardware Conflict Isolation (if applicable):

If the BSOD commenced after connecting a new peripheral device, disconnect it to isolate the issue. Rebooting your system can confirm if the peripheral or its driver is causing the conflict.

4. Prompt Windows Update Installation:

Keeping Windows up-to-date is crucial. Updates often include bug fixes and driver updates that can address compatibility issues like this one. Here's how to update:

Go to Settings > Update & Security > Windows Update and click "Check for updates" to download and install any available updates.

5. System Restore for Recent System Changes (if applicable):

If the BSOD is recent, consider performing a system restore to a point before the issue began. This can potentially revert your system state and eliminate the conflict that triggered the BSOD. The specific steps to perform a system restore will vary depending on your Windows version.

Advanced Troubleshooting Measures:

If the BSOD persists after these initial steps, consider seeking assistance from a qualified IT professional. They can provide more in-depth troubleshooting specific to your system configuration and identify any underlying hardware or software problems that might require further investigation.

Additional Considerations for System Stability:

Windows Memory Diagnostic Tool: Run the built-in Windows Memory Diagnostic tool to check for memory problems that might contribute to BSODs.

Event Viewer Scrutiny: Examine the Windows Event Viewer for any error messages or warnings that might offer clues about the BSOD's root cause. Access Event Viewer through the Start menu search.

Selective Startup (if necessary): In rare instances, a conflicting program might be causing the BSOD. Try booting into Selective Startup to identify the culprit.

This process involves starting Windows with only essential drivers and services loaded. Refer to online resources for specific instructions on performing a Selective Startup in your Windows version.

With these steps you will be able to effectively diagnose and resolve the Pshed.dll BSOD error, ensuring a stable and functional Windows environment for your critical tasks. Always remember to prioritize system security by keeping your device drivers and Windows updates up to date.