All About Fix REFRENCE BY POINTER BSOD on Windows 11/10

All About Fix REFRENCE BY POINTER BSOD on Windows 11/10

Blue Screen of Death (BSOD) is a common and dreaded issue that Windows users have encountered for years. It is a critical error that forces your computer to shut down and display a blue screen with an error message. While the new Windows 11/10 operating system brings a host of new features and improvements, it is not immune to the infamous BSOD. One particular type of BSOD that users may encounter is the “Fix REFERENCE BY POINTER” error. In this article, we will delve into the causes, potential solutions, and prevention methods for this frustrating error on Windows 11/10. So, if you have been struggling with the REFERENCE BY POINTER BSOD, keep reading to learn all about it.

How to Fix REFRENCE BY POINTER BSOD on Windows 11/10?

How to Fix REFRENCE BY POINTER BSOD on Windows 11/10?

BSOD (Blue Screen of Death) is a common error on Windows systems that can occur due to various reasons. One of the BSOD errors that users may encounter is “REFERENCE BY POINTER” which can occur on both Windows 11 and 10. This error is usually caused by hardware or software conflicts, corrupted system files, outdated drivers, or faulty RAM. In this article, we will discuss how to fix the REFERENCE BY POINTER BSOD on Windows 11/10.

Method 1: Check for Hardware Issues
The first step in fixing the REFERENCE BY POINTER BSOD is to check for any hardware issues. Follow the steps below to troubleshoot hardware problems:

1. Check for loose connections: Make sure that all the cables and hardware components such as RAM, hard drive, and graphics card are properly connected to the computer.

2. Run Hardware Diagnostics: Most computers come with built-in hardware diagnostic tools that can help identify any faulty hardware. You can also use third-party tools like Memtest86+ to test your RAM for any errors.

3. Clean your computer: Dust and debris can cause hardware components to overheat and malfunction. Make sure to clean your computer regularly to prevent any hardware issues.

Method 2: Update Device Drivers
Outdated or corrupt device drivers can also cause the REFERENCE BY POINTER BSOD on Windows 11/10. To update device drivers, follow these steps:

1. Press Windows + X keys and select “Device Manager” from the list.

2. Expand the categories to find the device with a yellow exclamation mark next to it.

3. Right-click on the device and select “Update Driver.”

4. Choose the option to search automatically for updated driver software.

5. If Windows doesn’t find any updates, you can manually download and install the latest drivers from the manufacturer’s website.

Method 3: Run System File Checker
System File Checker (SFC) is a built-in Windows tool that scans and repairs corrupt system files. To run SFC, follow these steps:

1. Press Windows + X keys and select “Command Prompt (Admin).”

2. In the Command Prompt window, type “sfc /scannow” and press Enter.

3. Wait for the scan to complete and restart your computer if any issues are found.

Method 4: Perform a System Restore
If the above methods don’t work, try performing a System Restore to revert your system to a previous state where the error was not occurring. To perform System Restore, follow these steps:

1. Press Windows + R keys and type “sysdm.cpl” in the Run dialog.

2. In the System Properties window, go to the “System Protection” tab.

3. Click on the “System Restore” button.

4. Follow the prompts to select a restore point and complete the process.

Method 5: Repair Windows System Files
If the System Restore option is not available, you can try repairing the Windows system files using the Windows installation media. Here’s how:

1. Boot your computer using the Windows installation media.

2. Select your language and click on “Repair your computer.”

3. Go to Troubleshoot > Advanced options > Command Prompt.

4. In the Command Prompt window, type “sfc /scannow” and press Enter.

5. Wait for the scan to complete and restart your computer.

Method 6: Perform a Clean Install of Windows
If none of the above

1. Perform a CHKDSK scan from the Recovery menu

1. Perform a CHKDSK scan from the Recovery menu

CHKDSK (Check Disk) is a built-in Windows utility that is used to scan and repair any errors in the hard drive. It is an important tool to maintain the health and performance of your computer’s storage system. There are times when regular system scans and updates may not be sufficient to fix certain issues. In such cases, a CHKDSK scan from the Recovery menu can be very useful.

The Recovery menu is a troubleshooting feature in Windows that can help you repair your system in case of any software or hardware issues. It can be accessed by rebooting your computer and pressing the F8 key before Windows starts to load. Once you enter the Recovery menu, you can perform various tasks to troubleshoot and fix any problems with your system.

One of the tasks that can be performed from the Recovery menu is a CHKDSK scan. To start the scan, follow these steps:

1. Boot your computer and press the F8 key before Windows starts to load.
2. Select “Repair Your Computer” from the Advanced Boot Options menu.
3. Select your keyboard input method and click “Next.”
4. Enter your username and password (if required) and click “OK.”
5. Click on “Command Prompt” from the System Recovery Options menu.
6. Type “chkdsk C: /f” (without the quotes) and press Enter. (Note: “C:” is the drive letter where your Windows is installed. If your Windows is installed on a different drive, replace “C:” with that drive letter).
7. Wait for the scan to complete. This may take some time depending on the size and health of your hard drive.
8. Once the scan is complete, it will show a summary of the results. If it finds any errors, it will automatically try to fix them.
9. Once the scan and repair process is complete, type “exit” and press Enter to close the Command Prompt.
10. Click “Restart” to reboot your computer and exit the Recovery menu.

Performing a CHKDSK scan from the Recovery menu can help fix various issues related to the file system, bad sectors, and other errors on your hard drive. It is recommended to run this scan regularly to maintain the health and performance of your computer’s storage system.

In conclusion, a CHKDSK scan from the Recovery menu is a powerful tool to troubleshoot and fix any hard drive-related issues in Windows. It is an important step in maintaining the health and performance of your computer, and should be performed regularly along with other system maintenance tasks.

2. Clear Temp and PreFetch folder (if applicable)

2. Clear Temp and PreFetch folder (if applicable)

Computers are amazing machines that can do many tasks simultaneously without slowing down. However, over time, the performance of your computer may start to decline due to various factors such as accumulating temporary files and prefetch data. These files can take up a significant amount of space, leading to slower performance and longer boot times. In this blog post, we will discuss the importance of clearing your temp and prefetch folders and how it can improve the overall speed and performance of your computer.

First, let’s define what the temp and prefetch folders are. Temporary (temp) files are created by different programs on your computer while they are in use. These files are necessary for the proper operation of the program, but they are not needed once you close the program. These files may include installation files, browser caches, and other temporary files that can accumulate over time.

The prefetch folder, on the other hand, is a Windows operating system feature that stores data about the programs that are frequently opened. This data is used to speed up the launch time of these programs. While this feature does improve the speed of opening certain programs, it can also slow down the overall performance of your computer.

Now that we understand what these folders are let’s talk about how clearing them can benefit your computer. By deleting the temp and prefetch files, you can free up a significant amount of storage space on your hard drive. This, in turn, can improve the overall performance of your computer. When your computer has more free storage space, it can operate more efficiently, leading to faster boot times and program launches.

Moreover, deleting these files can also help to protect your privacy. Temporary files can contain sensitive information such as passwords, browsing history, and other personal data. If not cleared regularly, these files can pose a security risk. By regularly clearing them, you can ensure the protection of your personal data.

Now that you understand the benefits of clearing your temp and prefetch folders let’s discuss how to do it. The process is relatively simple and can be done manually or using special software. To manually clear the temp and prefetch folders, you can follow these steps:

1. Press the Windows + R keys to open the Run dialog box.
2. Type in “%temp%” (without the quotes) and press Enter.
3. This will open the temp folder. Select all the files by pressing Ctrl + A and then press the Delete key.
4. Next, press the Windows + R keys again and type in “prefetch” (without the quotes) and press Enter.
5. This will open the prefetch folder. Select all the files by pressing Ctrl + A and then press the Delete key.

Alternatively, you can use third-party software such as CCleaner or Wise Disk Cleaner to clear your temp and prefetch folders. These programs can automatically scan and remove unnecessary files, freeing up storage space and improving the performance of your computer.

In conclusion, clearing your temp and prefetch folders is essential for maintaining the speed and performance of your computer. By regularly deleting these files, you can free up storage space, protect your privacy, and ensure that your computer runs smoothly. So, make it a habit to clear these folders every few weeks, and you will notice a significant improvement in your computer’s performance.

3. Deploy SFC and DISM Scans via Recovery Menu

3. Deploy SFC and DISM Scans via Recovery Menu

In this blog post, we will discuss how to deploy SFC (System File Checker) and DISM (Deployment Image Servicing and Management) scans via the recovery menu in Windows.

SFC and DISM are two powerful troubleshooting tools built into Windows that can help you repair corrupted or missing system files. SFC scans your system for any corrupt or missing system files and replaces them with a cached copy, while DISM repairs the Windows system image and ensures the integrity of installed Windows components. These scans can be incredibly useful for solving various Windows issues, such as blue screen errors, software crashes, and more.

But what happens if you can’t access Windows normally? This is where the recovery menu comes in. The recovery menu is a special boot option that allows you to access various troubleshooting and repair tools for Windows, including SFC and DISM. Here’s how to deploy these scans via the recovery menu:

Step 1: Access the Recovery Menu

To access the recovery menu, you will need to boot your computer using a Windows installation media. If you don’t have one, you can create a recovery drive on another Windows computer or use the recovery partition on your computer (if available).

Once you have the Windows installation media, plug it in and restart your computer. As the computer boots up, press the appropriate key (usually F2, F11, F12, or ESC) to enter the Boot Menu. From there, select the USB or CD option to boot from the installation media.

Step 2: Choose Troubleshoot

After the computer has booted from the installation media, you will be presented with a Windows Setup screen. Click on “Next” and then select “Repair your computer” at the bottom left corner of the screen.

Step 3: Launch Command Prompt

Next, click on “Troubleshoot” and then click on “Advanced options”. From there, select “Command Prompt” to open a command prompt window.

Step 4: Run the SFC Scan

In the command prompt window, type in the command “sfc /scannow” and press enter. This will initiate the system file checker scan, which will scan your system for corrupt or missing system files and replace them with a cached copy.

Step 5: Run the DISM Scan

After the SFC scan is complete, you can also run a DISM scan to repair any issues with the Windows system image. To do this, type in the command “dism /online /cleanup-image /restorehealth” and press enter. This will start the DISM scan, which may take some time to complete.

Step 6: Restart your Computer

Once both scans are complete, close the command prompt and restart your computer. You can now remove the Windows installation media and boot back into your regular Windows system.

In conclusion, deploying SFC and DISM scans via the recovery menu is a useful technique to repair any issues with your Windows system files, especially when you are unable to access Windows normally. These scans can help resolve many common Windows problems and keep your system running smoothly. Try it out the next time you encounter an issue with your Windows system!

4. Update all motherboard drivers

4. Update all motherboard drivers

Keeping your motherboard drivers up-to-date is crucial for ensuring optimal performance and stability of your computer. These drivers are responsible for managing and controlling the communication between your computer’s hardware components and the operating system. Here are some steps you can follow to update all the motherboard drivers on your system.

1. Identify your motherboard model: The first step is to identify the make and model of your motherboard. You can do this by checking the manufacturer’s label on the board itself, or by using system diagnostic software such as CPU-Z.

2. Check for driver updates on manufacturer’s website: Once you have identified your motherboard model, visit the manufacturer’s website to check for any available driver updates. Most motherboards have a support or downloads page on the manufacturer’s website where you can find the latest drivers for your specific model.

3. Use Windows Update: Windows offers a convenient way to update drivers through its built-in update feature. Open the Control Panel, go to System and Security, and click on Windows Update. Click on Check for Updates and let Windows scan your system for any available updates, including motherboard drivers.

4. Use third-party driver update software: There are several third-party software tools that can help you update all the drivers on your system, including motherboard drivers. Some popular options include Driver Booster, Driver Easy, and Driver Talent.

5. Install the latest BIOS version: BIOS (Basic Input Output System) is a firmware that allows your computer to boot up and load the operating system. It is also responsible for managing hardware components and configuring system settings. Updating the BIOS can improve system performance, compatibility with new hardware, and fix various issues. You can download the latest BIOS update from the manufacturer’s website and follow their instructions to install it.

6. Reboot your system: After updating all the motherboard drivers, it is recommended to reboot your system to apply the changes and ensure that the updated drivers are functioning properly.

In conclusion, updating your motherboard drivers is essential for maintaining a smooth and stable PC experience. By following these steps, you can easily keep all the drivers on your system up-to-date and ensure that your computer is running at its best. Remember to regularly check for updates and install them promptly to avoid any potential compatibility or performance issues.

5. Disable or Uninstall 3rd party antivirus (if applicable)

5. Disable or Uninstall 3rd party antivirus (if applicable)

As a technology blogger, it is important to educate readers on various aspects of using and maintaining their devices. One aspect that often goes unnoticed is the use of third-party antivirus software. While they are marketed as essential for keeping your device safe, they can also cause issues and slow down your device’s performance. In this blog, I’ll discuss the disadvantages of using third-party antivirus and provide steps to disable or uninstall them if they are affecting your device’s performance.

What is third-party antivirus software?

Third-party antivirus software is a type of security tool that is developed and sold by companies other than the device’s operating system (such as Microsoft Windows). These software claim to provide advanced protection against viruses, malware, and other online threats. Some popular examples include Norton, McAfee, and Kaspersky.

The drawbacks of using third-party antivirus:

1. High resource consumption: Third-party antivirus software often consumes a significant amount of resources, such as CPU and RAM, which can slow down your device. This is especially noticeable on older or lower-end devices.

2. Constant pop-ups: To justify their existence, third-party antivirus software tend to bombard users with constant pop-ups and notifications. This can be annoying and intrusive, disrupting your work or browsing experience.

3. Conflict with built-in security features: Most operating systems like Windows and macOS have built-in security features that work well with their respective systems. However, installing third-party antivirus software can create conflicts and cause system errors.

4. Expensive subscriptions: Many third-party antivirus software require users to pay for annual or monthly subscriptions to keep their devices protected. These costs can add up, making it a costly investment in the long run.

How to disable or uninstall third-party antivirus:

If you’re experiencing any of the above drawbacks, you may want to consider disabling or uninstalling your third-party antivirus software. Here are the steps to do so:

1. Disable real-time scanning: Real-time scanning is one of the most resource-intensive features of antivirus software. To disable it, open the software’s settings and look for the real-time scanning option. Toggle it off, and your device’s performance should improve.

2. Use the Windows Security (or applicable OS’s built-in security): As mentioned earlier, most operating systems have built-in security features that work best with their respective systems. You can switch to these built-in options instead of using a third-party antivirus.

3. Uninstall the software: If the above steps don’t help or you want to completely get rid of the software, you can uninstall it from your device. Go to your device’s settings, find the “Apps” or “Programs” section, and look for the antivirus software. Click on it and select “Uninstall.”

4. Use an antivirus removal tool: Some third-party antivirus software may not have a clean uninstall process, leaving behind remnants of their software. In such cases, you can use an antivirus removal tool provided by the software company to ensure all components are removed from your device.

5. Enable Windows Defender (or applicable OS’s built-in security): As a final step, make sure to turn on Windows Defender (or other built-in security) to ensure your device is still protected from online threats.

Conclusion:

While third-party antivirus software may promise advanced protection, they can also cause issues and slow down your device’s performance. If you’re experiencing any of the drawbacks mentioned above, consider disabling or uninstalling them. Remember to always have some form of security on

6. Update NIC Driver

6. Update NIC Driver

Many computer users are familiar with updating their operating system and software, but don’t always think about updating their network interface card (NIC) driver. This small but important component plays a crucial role in connecting your computer to the internet and other networks. Keeping it up-to-date can improve your network connection and overall performance.

Here are six steps to update your NIC driver:

1. Identify your network adapter model: The first step is to know the make and model of your network adapter. You can find this information by going to the Device Manager and expanding the Network adapters section.

2. Check for updates: Once you have identified your network adapter, go to the manufacturer’s website to see if there are any updates available for your specific model. Most manufacturers have a support or download section on their website where you can search for driver updates.

3. Use Windows Update: If you have a Windows computer, you can also check for NIC driver updates using Windows Update. Go to Settings > Update & Security > Windows Update and click on “Check for updates.”

4. Download and install the latest driver: Once you have found the latest driver for your network adapter, download it to your computer and run the installation wizard. Make sure to follow any prompts or instructions provided during the installation process.

5. Restart your computer: After the driver installation is complete, restart your computer to allow the changes to take effect. This is an important step that should not be skipped.

6. Test your network connection: Once your computer has restarted, test your network connection to see if there is any improvement. You can do this by visiting websites or running a speed test. If you are still experiencing issues, try restarting your router and modem as well.

Updating your NIC driver may seem like a minor task, but it can have a big impact on your network connection and overall computer performance. It is recommended to check for updates regularly, as manufacturers often release new drivers to improve compatibility and fix bugs. By following these steps, you can ensure that your network adapter is always running with the latest driver and enjoy a smoother internet experience.

7. Perform a clean boot

7. Perform a clean boot

If your computer is running slowly or experiencing frequent crashes, a clean boot may help solve the issue. A clean boot starts your computer with only the necessary programs and services running, eliminating any potential conflicts from unnecessary background processes. Here’s how to perform a clean boot on both Windows and Mac operating systems.

On Windows:

Step 1: Press the “Windows” key + “R” to open the Run dialog box.

Step 2: Type “msconfig” and hit Enter to open the System Configuration window.

Step 3: In the General tab, select “Selective startup” and uncheck the box next to “Load startup items.”

Step 4: Go to the Services tab, check the box next to “Hide all Microsoft services,” and then click on “Disable all.”

Step 5: Click on the Startup tab and click “Open Task Manager.”

Step 6: In the Task Manager, disable all the startup applications one by one by right-clicking on them and selecting “Disable.”

Step 7: Once all applications are disabled, close the Task Manager and click “OK” on the System Configuration window.

Step 8: Restart your computer for the changes to take effect.

On Mac:

Step 1: Click the Apple menu and select “System Preferences.”

Step 2: Click on “Users & Groups” and select your username from the left sidebar.

Step 3: Go to the “Login Items” tab and click on the name of the application you want to prevent from launching at startup.

Step 4: Click the “-” button at the bottom of the window to remove it from your login items.

Step 5: Repeat this process for all the applications you want to disable.

Step 6: Restart your computer for the changes to take effect.

Performing a clean boot can help determine if a program or service is causing issues on your computer. Once you have identified the problematic entity, you can disable it permanently or update it to fix the issue. Remember to re-enable all your startup items after troubleshooting is complete. If the issue persists, you may need to seek further assistance from a tech professional or contact the customer support of the problematic program.

8. Clean install or Repair install your Windows installation

8. Clean install or Repair install your Windows installation

Keeping your Windows installation running smoothly and efficiently is important for any tech-savvy user. Over time, your operating system can become bogged down with unnecessary files, corrupted settings, and outdated software. If you’re experiencing slow performance, crashes, or other issues, it might be time to consider a clean or repair install of Windows.

What is a clean install?

A clean install is a process of completely wiping your computer’s hard drive and reinstalling the operating system from scratch. This means removing all applications, settings, and user data from the computer. This is a drastic measure, but it can be the most effective solution for resolving persistent issues with your system.

Before proceeding with a clean install, it’s important to back up all of your important files and documents. This method will erase everything on your hard drive, so you don’t want to lose anything important.

How to do a clean install of Windows?

1. Obtain installation media – To perform a clean install, you will need to have a bootable Windows installation DVD or USB. You can purchase this from Microsoft or create one yourself using a disk image file or the Windows Media Creation Tool.

2. Backup your data – As mentioned earlier, it’s essential to back up all of your important files before proceeding with a clean install. You can use an external hard drive, cloud storage, or any other method you prefer.

3. Boot from the installation media – Insert the DVD or USB into your computer and restart it. Make sure to change the boot order in your BIOS to boot from the installation media. Once done, you will see the Windows installation screen.

4. Install Windows – Follow the prompts to install Windows. You will be prompted to choose the language, time and currency format, and keyboard or input method. Then, select “Custom Install” and choose the drive to install Windows on (usually the C drive). Click “Next” and wait for the installation to complete.

5. Reinstall drivers and applications – After the clean install, you will need to reinstall all of your drivers and applications onto your computer.

What is a repair install?

A repair install is a less drastic option compared to a clean install. It allows you to fix any corrupted files, replace missing system components, and reset your system settings without losing your personal files and applications.

How to do a repair install of Windows?

1. Backup your data – As with a clean install, it’s important to backup all of your important files before beginning a repair install.

2. Obtain installation media – You will need a bootable Windows installation DVD or USB, just like in a clean install.

3. Boot from the installation media – Insert the DVD or USB into your computer and restart it. Make sure to change the boot order in your BIOS to boot from the installation media. Once done, you will see the Windows installation screen.

4. Click on “Repair your computer” – This option is located in the bottom left corner of the installation screen. This will take you to the “Choose an option” screen.

5. Choose “Troubleshoot” – From the “Choose an option” screen, select “Troubleshoot” and then “Advanced Options.”

6. Choose “Startup Repair” – This option will scan your system for any issues and attempt to fix them.

7. Follow the prompts – The repair process may take some time, and your computer may restart multiple times. Follow the prompts until the repair process is complete.

In summary

9. Boot with last good configuration (for VMs)

9. Boot with last good configuration (for VMs)

Boot with Last Good Configuration is a useful feature for virtual machines (VMs) that allows users to revert back to a previous, working state of their VM if there are any issues with the current configuration. This feature is especially helpful when troubleshooting software or system errors that may occur in a VM.

To boot with the last good configuration, users need to access the advanced startup options of their VM. This can be done by pressing the F8 key on the keyboard during the boot process. This will bring up the Advanced Boot Options menu, where users can select the “Last Known Good Configuration (advanced)” option and press Enter to continue.

Once the VM has rebooted with the last good configuration, users may see a message indicating that their settings have been restored to a previous working state. This means that any changes or updates made since the last good configuration will be undone, and the VM will boot with the settings that were previously known to be stable.

One common scenario where this feature may come in handy is when installing new software or updating drivers in a VM. If the VM does not boot properly after the installation or update, users can use the last good configuration boot option to revert back to the previous settings and try again.

Another use case is when a VM experiences unexpected crashes or errors. By booting with the last good configuration, users can eliminate the possibility of the issue being caused by recent changes and focus on troubleshooting other potential causes.

It is important to note that the last good configuration feature is not a substitute for regularly backing up VMs. While it can help in certain situations, it is always recommended to have backup copies of VMs in case of major system failures.

In conclusion, booting with the last good configuration is a useful feature for VMs that can save users time and effort when troubleshooting issues. It allows users to revert back to a previous stable state, eliminating recent changes as a potential cause for any problems. It is a simple yet effective way to resolve issues and get VMs up and running again.

10. Reinstall all Hyper-V devices via Device Manager (for VMs)

10. Reinstall all Hyper-V devices via Device Manager (for VMs)

Reinstalling Hyper-V devices via Device Manager is a troubleshooting step that can help resolve issues related to virtual machines (VMs) on your Hyper-V server. This process essentially removes and then reinstalls all the Hyper-V devices, ensuring that they are properly configured and working correctly. In this blog post, we will discuss the steps to reinstall all Hyper-V devices via Device Manager.

Step 1: Open Device Manager

The first step is to access Device Manager. You can do this by typing “Device Manager” in the search bar and selecting the corresponding option or by pressing Windows + X and then selecting “Device Manager” from the menu.

Step 2: Expand the “Hyper-V” category

In Device Manager, locate and expand the “Hyper-V” category. This will display all the Hyper-V devices currently installed on your system.

Step 3: Uninstall all Hyper-V devices

Next, you will need to uninstall all the Hyper-V devices listed under this category. To do this, right-click on each device and select “Uninstall device”. If you have multiple VMs, you will see multiple Hyper-V devices listed here.

Step 4: Check the box for “Delete the driver software for this device”

When prompted for confirmation, make sure to check the box for “Delete the driver software for this device”. This will remove all associated driver software for the device, ensuring a clean reinstallation.

Step 5: Repeat for all Hyper-V devices

Repeat the above steps for all Hyper-V devices listed under the “Hyper-V” category. This includes all the devices for individual VMs as well as the “Microsoft Hyper-V Virtual Switch” device.

Step 6: Rescan for hardware changes

Once all the Hyper-V devices have been uninstalled, click on the “Action” menu in the Device Manager and select “Scan for hardware changes”. This will prompt the system to detect and reinstall the devices.

Step 7: Wait for the installation to complete

The reinstallation process may take a few minutes. You can monitor the progress in the Device Manager or in the notification area of your taskbar.

Step 8: Repeat for any external VMs

If you have any external VMs, you will need to repeat the above steps for those VMs as well. This time, you will need to expand the “Other devices” category in Device Manager to find the Hyper-V devices for external VMs.

Step 9: Restart the Hyper-V service

After all the devices have been reinstalled, it is recommended to restart the Hyper-V service. You can do this by typing “services.msc” in the search bar and then finding “Hyper-V Virtual Machine Management” in the list of services.

Step 10: Test the VMs

Once the Hyper-V devices have been reinstalled and the service has been restarted, you can test your VMs to see if the issues have been resolved. If the issue persists, you may need to troubleshoot further or seek assistance from a professional.

In conclusion, reinstalling all Hyper-V devices via Device Manager can help resolve issues related to virtual machines on your Hyper-V server. It is a simple but effective troubleshooting step that should be attempted before seeking other solutions. We hope this blog post has helped you understand the process of reinstalling Hyper-V devices and how it can help in resolving VM issues.

Conclusion

In conclusion, encountering a Blue Screen of Death (BSOD) error on your Windows 11/10 system can be a frustrating and confusing experience. However, with the right knowledge and techniques, fixing the error caused by a faulty referenced pointer is possible. By following the steps outlined in this article, users can identify the root cause of the issue and utilize various solutions such as system scans, updates, and troubleshooting tools to resolve the problem. It is important to regularly maintain and update your system to prevent such errors from occurring. With these tips, users can effectively handle the referenced pointer BSOD and keep their Windows 11/10 system running smoothly.

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