Hyperthreading enabled or disabled: Enabling or disabling Intel Hyperthreading

How to enable hyper-threading in Windows 10 and is it needed? — Auslogics Blog

Contents

What Is Hyper-Threading Used For?
Do I Need Hyper-Threading?
How to Enable Hyper-Threading

Do you need your PC to become faster without going for a hardware makeover? Then consider hyper-threading the cores of your central processing unit (CPU).

You might ask, “What is hyper-threading, and how does it work?” Well, keep reading to find out.

What Is Hyper-Threading Used For?

Intel refers to simultaneous multithreading (SMT) as hyper-threading. It means splitting each of the physical cores in a CPU into virtual cores known as threads.

So let’s say a CPU has two cores (i.e. dual-core). In this case, enabling hyper-threading creates four threads, allowing each core to perform two tasks at the same time.

This process improves the efficiency and boosts the performance of your CPU. You can then run more than a few demanding programs at the same time without experiencing any lag.

However, it is power-demanding and, as a result, might make your PC heat up.

Do I Need Hyper-Threading?

If you normally run applications like browsers and Microsoft Office, then you won’t need hyper-threading (HT). But most video games that are now being released usually do well on hyper-threaded CPUs.

It helps only if the tasks you perform require it, in which case there can be as much as a 30 percent increase in speed and performance.

Also, if you have to make a choice between two CPUs where one has more physical cores while the other has fewer but with hyper-threading enabled, it is better to go for the former.

For instance, if you have an opportunity to use a quad-core (four cores) CPU without hyper-threading enabled, it is preferable to choose it over a dual-core (two cores) hyper-threaded CPU.

However, if the HT-enabled CPU also has four cores, then the choice will now depend on the kind of apps you run on your computer. If they are not demanding enough to make full use of the virtual cores, then hyper-threading won’t cause a difference in performance.

How to Enable Hyper-Threading

Enabling HT requires that you enter your system’s BIOS settings. You can look up how to do so for your device.

Once you are in BIOS, here’s what you have to do:

Select Processor and then click Properties in the menu that opens.
Turn hyper-threading on.
Select Exit & Save Changes from the Exit menu.

Keep in mind that not all processors allow hyper-threading. However, some CPU cores are hyper-threaded by default, so you won’t need to trouble yourself with turning on the feature manually.

To know if it is already enabled, here’s what you have to do:

Press the Windows logo key + R combination on your keyboard to open the Run dialog.
Type ‘CMD’ in the text field and press Enter or click OK to open the Command Prompt window.
Type ‘wmic’ (don’t include the inverted commas) and press Enter.
Type ‘CPU Get NumberOfCores,NumberOfLogicalProcessors /Format:List’ and press Enter.

The results will show the ‘Number of cores’ and ‘Number of logical processors’ entries. If they both have the same value, it means that your CPU cores are not hyper-threaded. But if the number of logical processors is two times the number of cores, then hyper-threading is enabled.

We hope you’ve found these hyper-threading technology tips useful.

Pro tip: If your system and applications frequently hang or crash, we recommend you run a scan with Auslogics BoostSpeed. The tool takes care of speed-reducing issues and other problems that prevent your PC from performing optimally.

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How To Disable Hyperthreading on your PC

With increasingly demanding games and streaming needs, many people struggle with the constraints of slow hardware. Hyperthreading is there to help in these situations. It increases the speed of your CPU, but there are some downsides to consider as well.

There has been some speculation that hyperthreading on Intel CPU can make your system vulnerable to hacks. Intel claims that this is not the case. But regardless of security issues, it’s best to disable this feature if you want to avoid straining from your CPU.

Some Notes Before You Start

Hyperthreading is an Intel specific term that describes simultaneous multi-threading. With that definition out of the way, it can be done on Intel and AMD CPUs. That said, certain processors are not compatible with hyperthreading, which means there’s no way to do it in the first place.

There are some models that are hyperthreaded by default and you need to disable the feature from the BIOS. This isn’t too difficult to do, but you do need to be at least familiar with the system. The exact steps for disabling this feature may vary depending on the system you are using and the CPU in question.

Depending on how new you are to working with processors, your exact model can be found using the Win+I keyboard command, clicking on System, then About.

The following section provides some basic steps that apply in most cases. But should you run into a problem, you can always consult the help page of the CPU’s manufacturer.

Disabling Hyperthreading

As mentioned, first you need to enter the BIOS. Although Windows 10 allows you to do so from the system, it’s easiest to power off the computer, turn it on, and press a certain set of keys. This depends on the machine you are using. For example, Dell computers use F2 or F12, but it’s F10 on HP. On some models, you just need to press the Delete key on boot up.

Once inside the BIOS, you need to navigate to the right host for the given system. Right off the bat, this might sound as intimidating, but there’s a menu or configuration tab you should find with relative ease. The label you are looking for is Processor and it might be located in one of the sub-menus. Take your time until you find Processor and then hit Enter to access the settings.

When you get to the Processor menu, select Properties. In most cases, a dialogue box will appear, allowing you to choose to turn hyperthreading off (or on). After you disable the feature, go to the Exit menu and select Exit Saving Changes. The name or layout may differ on your computer.

Note: This applies to Intel processors, while AMD ones use slightly different labels. For example, you navigate to a Logical Processor instead of just a Processor.

How Does Hyperthreading Speed Up Your System?

Simply put, hyperthreading creates more room for your data to travel. Once you enable the feature, you allow the data to move along two tracks instead of one. The data gets separated and then processed by the computing depot, which makes your computer run faster.

Without hyperthreading, your processor gets one program per core at a time. Hyperthreading means you can get multiple programs per CPU, which allows you to basically turn each core into two processors.

The system that provides this is called parallel computing or superscalar architecture. This means your computer is able to cope with several instructions from multiple threads (or tracks).

How Many Cores Are There?

Having more cores on your CPU means faster processing. The more cores there are, the less likely you are to need hyperthreading. But make sure you know the real facts about the hardware you have.

For example, Intel hints at the number of cores by labeling its processors i3, i5, i7, etc. But in reality, you only get four cores on some i7 processors, and i7 Core processors from the Extreme series may come with up to eight cores.

If you want to do heavy-duty image or video processing, or 3D rendering, you might benefit from hyperthreading your processor, even if it’s i7.

Does Hyperthreading Always Work?

For gaming and streaming purposes, hyperthreading usually does the trick. You get a significant improvement (up to 30%), especially if you are on a slower processor, such as i3 or i5.

However, the speed might not improve in other applications. In part, this is because certain programs cannot efficiently send multiple data strings into a threaded core.

Frequently Asked Questions

Should I disable hyperthreading?

There’s actually a lot of debate here on whether or not you should disable hyperthreading. Based on our tests, it really depends on too many factors (such as how many cores you have, what you’re doing, etc.) to give a straightforward answer.u003cbru003eu003cbru003eThese days, most PCs will automatically stop and begin hyperthreading as necessary to speed things up. Some users have complained of heating issues after disabling hyperthreading while others say their system actually runs cooler.u003cbru003eu003cbru003eAside from the fact that you could be putting your computer at risk according to several experts, you should only consider disabling hyperthreading when it’s absolutely necessary to do so. u003cbru003eu003cbru003eThis is really one of the things you’ll need to test out to get the best answer based on your system and the software you’re running.

What if I don’t see the option to turn it off?

This is more common on laptops but often times the option just simply doesn’t exist. Particularly on Asus laptops, there is no option to disable hyperthreading but you may find some workarounds online in tech forums.u003cbru003eu003cbru003eDepending on which processor you have, the location in BIOS may be different than what we’ve mentioned above. If you don’t see the option to turn off hyperthreading it’s best to research your exact model for more help.

The Final Thread

This article should provide you with enough information to avoid trial-and-error when disabling hyperthreading. You can easily turn the feature on using the same steps. The important thing to note is not to rush things with the BIOS, especially if you are using it for the first time.

how much Intel processors without multithreading lose (and gain) / Sudo Null IT News

As you know, four new microarchitectural data sampling (MDS) hardware vulnerabilities have recently been discovered in Intel processors, which allow leakage of confidential data through third-party channels. The most serious of the vulnerabilities is called ZombieLoad.

Unlike previous CPU speculative execution exploits that affected almost all processors, MDS only affects Intel chips. In the short term, the only way to mitigate or minimize the impact of these vulnerabilities is to disable simultaneous multithreading (SMT), which Intel calls Hyper-Threading. nine0003

Microsoft has already released OS updates for four MDS vulnerabilities, they came out with Windows 10 update 1903, which is rolled out these days. But the patches do not completely fix the problem, this requires updating the BIOS of the motherboard. Intel has reportedly released new firmware to motherboard manufacturers. But so far, new BIOS versions have not appeared in the public domain. Therefore, Techspot tested the worst-case scenario by disabling Hyper-Threading. For older platforms without the ability to upgrade, this is the only solution. nine0007
Testing was conducted on Core i7-8700K and 7700K processors. Their performance has been tested in a range of games and applications with and without Hyper-Threading enabled. In principle, for the Core i9-9900K, disabling multithreading should not be a big problem, because it is an eight-core system, although there will certainly be some negative impact. And the maximum performance loss can be expected in dual-core processors.

Tested on Windows 10 build 1903, with 32GB of DDR4-3200 memory and a GeForce RTX 2080 Ti. Games ran at 1080p and 1440p. But first, application tests.

In the Cinebench R20 benchmark, when multithreading was disabled, the Core i7-8700K showed a 24% performance drop. “In terms of performance, we are essentially turning the 8700K into a 7700K, which is a pretty significant loss,” writes Techspot.

At the same time, the 7700K with hyperthreading disabled becomes 26% slower: it’s like an old quad-core processor or Core i5 of the Kaby Lake generation. For applications that use cores heavily, disabling SMT/Hyper-Threading has a big impact on performance. nine0003

WinRAR shows a massive 36% drop in throughput at 8700K. Clearly, Hyper-Threading is very well suited for this type of workload. Likewise, we see a massive drop in performance at the 7700K, in this case a 39% drop.

In the Corona high-performance rendering application, the 8700K CPU with hyper-threading disabled showed a 31% performance drop, while the 7700K CPU experienced a 33% performance drop. In both cases, the performance degradation is very serious. It can be assumed that a similar effect will appear in many rendering and video encoding tasks, depending on how the patches work. nine0003

In Blender, the performance drop is not that big: 25% for the 8700K with Hyper-Threading disabled, which is similar to Cinebench R20, although it’s still a significant drop. The 7700K, with fewer cores, suffers a little more: we see a 29% performance drop here.

Tests show that disabling Hyper-Threading on the 8700K reduces power consumption by about 5%, which is clearly not a decent compensation for the performance drop. At 7700K, the situation is slightly better: here the decrease was 11%. nine0003

In Assassin’s Creed Odyssey at 1080p with an 8700K processor, the average frame rate dropped by 13%, but the minimum FPS did not change much. On the other hand, the 7700K with fewer cores showed a severe drop in both the average frame rate and the lowest 1% FPS. In other words, this is where lag is most likely to occur: a 23% drop in average frame rate and a 21% drop in minimum FPS.

The good news is that if the GPU becomes the bottleneck, there will be virtually no performance degradation. This can be seen on benchmarks with a resolution of 1440p. Even on the high-end RTX 2080 Ti, it’s the graphics that become the bottleneck, so the frame rate on the 8700K barely changes when multithreading is disabled. The situation is different on the weaker 7700K processor, where the CPU becomes the bottleneck. With Hyper-Threading disabled, the average frame rate dropped by almost 18%. nine0003

Although Battlefield V is very compute-intensive, Techspot was only able to test the single version where it is less noticeable. Testers note that even for the single version, two Origin accounts were needed «thanks to the amazing locking of hardware changes.» The good news is that there wasn’t much of a performance hit here, other than a 12% drop in minimum FPS on the 7700K.

Increasing the resolution to 1440p did not change the situation: there is also a decrease in performance in all tests, although the difference is not large. nine0003

But in Division 2, the results are terrible. On the 7700K processor with Hyper-Threading disabled, the average frame rate drops by 37%, and the minimum frame rate by 38%, which is close to the drop in WinRAR archiving speed.

The performance hit on the six-core 8700K isn’t that big, and at 1440p there’s no difference at all. However, there is still a 32% drop in the minimum frame rate on a 7700K system.

Far Cry New Dawn’s benchmarks showed amazing results in general. When multithreading was disabled, the frame rate of increased to on both processors. Experts suggest that the game is optimized for the six-core 9700K, where it shows about 120 FPS at 1080p. Perhaps that is why 6 cores / 6 threads are more efficient here than 6 cores / 12 threads. However, the quad-core 7700K in Far Cry New Dawn also sped up when multithreading was disabled. So in this game even is recommended disable multithreading. Probably, the acceleration will be especially noticeable on dual-core processors.

Going to 1440p doesn’t affect the number of cores at all. Here you can clearly see that Hyper-Threading actually slows down the game on both the 7700K and 8700K.

In Hitman 2, disabling Hyper-Threading has no real effect on the 8700K, but on the quad-core 7700K the drop is severe. The average frame rate has decreased by 18%, and the minimum FPS has decreased by almost 30%. The only good news is that the minimum frame rate is still always above 60 frames per second. nine0003

Quad core suffers from multithreading disabled even at 1440p 7700K: 25% reduction in minimum frame rate.

Next, I tested Rage 2: on 8700K the results are completely identical, and on 7700K the average frame rate practically did not change, but the minimum FPS dropped by a noticeable 20%.

At 1440p in Rage 2, the CPU is no longer the bottleneck, so disabling multithreading has no effect on game performance. nine0003

Shadow of the Tomb Raider is also very demanding on the CPU, which affected the test results. On the 8700K processor, a performance drop of 10-12% was recorded with Hyper-Threading disabled, and on the 7700K — by 24%, although the minimum frame rate is comparable to the 8700K.

Even at 1440p the effect is significant, at least at 7700K.

Last tested game is World War Z with Vulkan API. It works great on four cores, so the processor hardly suffers from turning off multithreading, and at 1440p the results are absolutely identical. nine0003

Summarizing the results, we can conclude that 4- and 6-core Intel processors with Hyper-Threading disabled can lose up to 25-35% of performance in the heaviest applications.

The impact on games varies greatly depending on the game and other factors such as resolution, visual quality settings and of course the installed GPU. For the games tested on a six-core processor, there is usually no significant drop in FPS, although the minimum frame rate is sometimes reduced, which in some cases will be visually noticeable. nine0003

Disabling multithreading on a CPU with 8 cores/16 threads like the 9900K shouldn’t make much of a difference in games, although other applications can still experience performance drops of 25-35% without SMT. On the other hand, lower-end processors that rely more on Hyper-Threading will experience a more significant loss in gaming performance. Even the quad-core 7700K often showed severe performance drops in gaming tests, and the problem becomes even more noticeable on dual-core CPUs. nine0003

At the moment, it is not yet possible to say how performance will be affected by patches for Windows. There will probably be some performance degradation, especially where multithreading is heavily used. Phoronix has run tests on Linux, and performance drops vary from application to application, ranging from negligible to very large. Overall, Intel systems are now about 16% slower out of the box than they were before the Specter, Meltdown, Foreshadow, and Zombieload protection patches. Meanwhile, on AMD-based systems, performance dropped by only 3%. Phoronix concludes that the i7-8700K core is now much closer in performance to the weaker Ryzen 7 2700X, while the i9 core-7980XE came close to Threadripper 2990WX.

If Intel fails to work its magic and release a patch so effective that it does not affect multithreading, then it will mean disastrous consequences for those who use dual- and quad-core Intel processors with Hyper-Threading support. We are talking about Core i3 and Core i5, from Clarkdale to Kaby Lake, Core i7 to Kaby Lake and Pentium families of Kaby Lake and Coffee Lake.

Techspot writes that if you have old hardware that does not perform any critical tasks, it may be better not to update the operating system at all and not install patches from Intel. At least until the first working exploits appeared: «This is not our official recommendation, but an alternative course of action after the release of the relevant updates.» nine0003

The above tests check the worst-case scenario with the complete disabling of Hyper-Threading, when the performance drop is maximum. But this is exactly the worst-case scenario supported by the developers of some operating systems. For example, Google has disabled Hyper-Threading in Chrome OS, and the OpenBSD community recommends doing the same. Apple released patches with partial closures of the vulnerabilities and stated that full protection requires disabling Hyper-Threading. Other vendors, including Microsoft, have not yet announced the final position. nine0003

How to enable hyperthreading in windows 10

How to enable hyperthreading in windows 10?

In the BIOS interface, you need to find the Hyper-Threading item: in versions of the I / O system that support it, it is usually located in a prominent place. Having selected the appropriate option, you should press Enter and activate it, marking it as Enabled. If this mode is already set, then Hyper-Threading Technology is working.

How do I enable Hyper Threading?

To find Hyper threading settings and enable it, you need to do the following:

After entering the menu, we find the Cell Menu.
Next, go to the CPU Specifications.
Now we enter CPU Technology Support.
And in this window we turn on Hyper threading — «Enabled».

How do I know if Hyper Threading is enabled or not?

The easiest way to check if it’s enabled is to check how many physical cores your processor has and then look at the task manager in the preformance tab. If you have a dual core and see 4 threads, or one core and see 2 threads (Figure below), then hyperthreading is enabled. nine0003

How to unlock kernels on windows 10?

Methods for enabling kernels on Windows 10

Open the Run menu by pressing the Windows + R key combination. …
Go to the Boot tab, select the desired OS and click on the Advanced Options function.
Select the line «Number of processors» and in the expanded list find the maximum number of cores allowed.

How do I use all the CPU cores in Windows 10?

Enter the following command in the Windows search bar: msconfig. In the System Configuration window → Boot tab → Advanced options. Check the box next to «Number of processors» and select the maximum number from the drop-down list below.

How to enable Hyper-Threading in BIOS?

How do I disable Hyper-Threading?

How to disable Hyper-Threading

Open the Chrome browser.
Next to Scheduler Configuration, select Disables Hyper-Threading on relevant CPUs.
Click Restart.

How to find out the number of threads in the processor?

The easiest way to find out how many threads your processor has is to look in the Task Manager. To open the Task Manager, you can use the classic key combination CTRL-SHIFT-DELETE. If your operating system is Windows 7 or newer, then this can also be done using CTRL-SHIFT-ESC. nine0003

How to enable multithreading?

To do this, open the Run window (Win+R) and enter the msconfig command. Open the Boot tab and click on Advanced options … We will see a window for configuring memory and processor cores. By default, all checkboxes should be unchecked (the number of cores is indicated as 1) and these options are inactive.

How do I view the processor cores in Windows 10?

Recent versions of Windows include a built-in utility for viewing basic system information. You can run it by pressing the Win + R keys on your keyboard and typing msinfo32 (then press Enter). In the Processor section, you will see your processor model, number of cores (physical) and logical processors (threads). nine0003

How do I know if all the cores on my computer are working?

To see if all the cores are working or not, go to the performance tab in the task manager.
…
Click OK, reboot.

We go into the task manager — ctrl + shift + esc.
Or ctrl+alt+del and task manager.
Or right-click on the control panel and select task manager.

How to enable all cores via command line?

Run command prompt as administrator.
Type the following command: bcdedit.exe /set numproc 4. 4 is the number of logical processors in the system.
Reboot the system.

How to use all CPU cores in games?

Let’s move on to the instructions …

Next, in the small window that opens, write «msconfig» and click «OK».
A new window will open, go to the «Download» tab and click on «Advanced Options». nine0125
After we put a tick on the «Number of processors» and just below we select the maximum number of cores. …
In this window, also click on «OK».

How to enable the second processor core?

Everything is simple here, follow this instruction:

Press Win + R and enter in the msconfig window.
Go to the «Download» tab, then go to «Advanced Options».
Put a tick on the «Number of processors» and «Maximum memory», uncheck the rest. nine0125
In the «Maximum memory» item, specify the maximum value.

Hyper threading — how to enable

The time comes and we need to replace / install / the processor in the system unit. But, after these procedures, the system may not see it and, accordingly, it will not be able to fully work — that is, it will not be of any practical use. All this is connected with the hyper threading function, and how to enable it and, most importantly, where to look for it — briefly in a short review. nine0003

This function is available only through the BIOS menu, which can only be entered before the operating system is fully loaded. To enter this menu, after the PC has turned on, without waiting for the boot “window” to appear, press the Ecs, Delete, f2 or f8 keys. The suitability of each of the options depends on which version of the BIOS you currently have installed. Most often, the «Delete» key works — it is universal on the latest BIOS versions for 2001 — 2009. To find the Hyper threading settings and enable it, you need to do the following:

After entering the menu, we find ell Menu
Then go to CPU Specifications
Now we enter CPU Technology Support
And in this window we turn on Hyper threading — «Enabled».

Important! After you have done this, restart your computer after saving these changes. If you don’t have correct information about the processor in the device manager, you will have to reinstall the system due to the fact that you installed it with the Hyper threading function turned off, which caused the processor recognizer to work incorrectly. Before reinstalling, make sure that the function is set to “Enabled” to avoid reinstalling again. nine0003

Do you want to set up a home LAN or connect to one network through different architectures in the classroom or office? In such situations, you need to check if Dynamic Host Configuration Protocol — DHCP is enabled. As.

Wireless data transfer technologies, although they have come to us for a long time, are still popular in use, if only because data transfer is fast and does not depend on an Internet connection (except wifi). The most popular. nine0003

it is not quite similar to the «seven». Because of this, incidents arise and some simple functions cannot be found or enabled. In this article, we

How to disable the Hyper-V component in Windows 10 — 4 ways

Windows 10 has a built-in virtualization component, the Hyper-V hypervisor, which allows you to run virtual machines on your computer. Inside the current operating system, other operating systems are installed on the virtual machine: Windows, Linux or FreeBSD for testing or experimenting with software. nine0003

In addition to the built-in Windows tool, other third-party virtual machines may be used on the computer, and conflicts may occur between them. Therefore, some users are interested in the question of how to disable Hyper-V on a PC.

How to disable Hyper-V in Windows 10 — method 1
How to disable Hyper-V virtualization in Windows PowerShell — method 2
How to disable the Microsoft Hyper-V component at the command line — method 3
How to disable the Hyper-V component — method 4
Article findings

Hyper-V virtualization environment is used on computers running Windows 10, Windows 8. 1, Windows 8, and Microsoft server operating systems. Virtualization technology is not used on all computers, but only on those that meet certain system requirements for hardware and software.

First you need to find out whether Hyper-V technology is used on this PC, whether it is possible to disable the hypervisor. It may well happen that support for Hyper-V virtualization is disabled on your computer, and you do not need to work to disable this system component. nine0003

Hyper-V virtualization has the following computer hardware requirements:

The computer uses a 64-bit processor.
Declared processor support for hardware virtualization.
Your PC has at least 4 GB of random access memory (RAM).
Device has virtualization technology enabled in BIOS or UEFI.

The hypervisor only works on Windows 10 versions:

On Windows 10 Enterprise, Windows 10 Professional, and Windows 10 Education 64-bit operating systems. nine0125

Hyper-V is used to run the Windows Sandbox, a sandboxed, secure environment that runs on a running Windows 10 operating system. Microsoft believes that ordinary users, who make up the majority of Windows 10 Home users, do not need such an opportunity.

To prevent conflicts and problems with, for example, VMware Workstations or VirtualBox virtual machines, we need to disable Hyper-V in Windows. nine0003

In this guide, we will look at how to disable Hyper-V virtualization in Windows 10 using different methods. These options suggest two ways to solve the problem:

Disable and remove Hyper-V components from the PC.
How to disable the virtualization tool without removing components.

In the instructions, we will show you how to completely disable Hyper-V on a laptop or desktop PC, as well as how to disable the launch of the hypervisor without affecting the entire virtualization platform. nine0003

How to disable Hyper-V in Windows 10 — method 1

First, let’s look at how to disable Hyper-V in Windows using the method of removing a component from the operating system. The control of enabling or disabling the system virtualization tool is located in the Windows components.

Go through the following steps:

Press the «Win» + «R» keys.
In the Run dialog box, enter the command: «optionalfeatures» (without quotes).
Click the OK button. nine0125

In the Turn Windows features on or off window, locate the hypervisor.
Clear the Hyper-V checkbox to disable this component.
Click the OK button.

After the process of removing the virtualization platform component from the system is completed, in the «Windows has taken the required actions» window, click on the «Restart now» button.

How to disable Hyper-V virtualization in Windows PowerShell — Method 2

Using the Windows PowerShell system tool, we can completely disable the Hyper-V component on the computer.

Do the following:

Run Windows PowerShell as an administrator.
In the shell window, type the command, and then press the «Enter» key:

After the removal process is complete, press the «Y» key to agree to restart the computer.

To disable only the Hypervisor (hypervisor), without disabling the entire platform, run the command:

How to disable the Microsoft Hyper-V component at the command line — Method 3

This operation can be performed using another built-in operating system tool — the Windows command line. We use the DISM utility, a system tool for servicing and preparing images.

Run a command prompt as an administrator.
In the command line interpreter window, enter the command:

Press the Enter key. nine0125
Restart your PC after executing this command.

How to disable the Hyper-V component — method 4

This option involves using the following method: disabling the launch of the hypervisor on the computer, without removing the entire Hyper-V platform from the system.