How to install Hyper-V and create virtual workloads with Windows 11 . Optimize hardware usage with virtualization features
How to install Hyper-V on Windows 11: Three ways to enable Hyper-V
Microsoft Hyper-V is the virtualization platform that allows you to create and run virtual workloads on Windows . The most outstanding feature of Hyper-V is the self-sufficiency of the platform. Microsoft Hyper-V makes it easy and quick to create virtual machines (VMs) because this feature doesn’t require any supporting hardware or applications to be installed and synchronized.
With the release of Windows 11, many small and medium-sized businesses and private users have switched their operating systems to the latest version from Microsoft. In this post we explain how to successfully install Hyper-V on Windows 11. . Or more specifically, how to enable Hyper-V on Windows 11 systems.
Microsoft Windows Hyper-V System Requirements
Before we delve into enabling Hyper-V on the recently released Windows operating system 11 you should make sure that your hardware has enough power to run Hyper-V VMs offers. The official system requirements for running the Hyper-V platform on Windows 11 are:
• OS: Windows 11 Pro, Pro for workstations, Enterprise. • CPU: 64 bit with Second Level Access Translation (SLAT). • CPU support for VM Monitor Mode Extension (VT-x on Intel processors). • 4GB of RAM or more. VMs and the Hyper-V host share memory. So make sure you have enough RAM for each new workload to run properly.
The from Microsoft’s requirements are not very high. Even personal desktop or laptop systems can run some Hyper-V VMs if needed. Still, high-performance hosts are required to build a complex multi-tier VM environment capable of providing services and running stable production.
Check BIOS settings for Hyper-V support: Is hardware virtualization enabled?
To create Hyper-V virtual machines, you must enable hardware virtualization in the computer’s BIOS activate. If this parameter is not enabled at the base system level, Hyper-V can be run on Windows 11.
To check and change hardware virtualization parameters in BIOS, do the following:
• Turn off the hardware and then turn it on again (a normal reboot of the operating system should also be sufficient for most systems). • Before the operating system starts, enter the BIOS. To do this, press the desired key. On Asus motherboards, the key is usually "Del" or "F2", but the hardware may have different key bindings. If necessary, consult the hardware manual provided by the manufacturer to make sure of the bindings. • Go through the BIOS menu tabs or use the UEFI search function to find the “Virtualization Technology (VTx)” option. Then activate the technology. • Save changes and exit BIOS settings. • The system then applies the changes. The operating system then starts regularly.
After hardware virtualization has been enabled in the BIOS, the host's hardware is ready for the Running Microsoft Windows Hyper-V VMs. However, the operating system requires some additional internal adjustments.
Before you can start building
The importance of virtualized Environments in the IT infrastructures of today's SMEs and companies can hardly be overestimated. In addition to other virtualization solutions, Microsoft Hyper-V enables more efficient use of hardware resources and thus optimized production. The VMs themselves and the data that these VMs process are of crucial importance for the stable functioning of the company's services and for ensuring the company's technological existence.
The more important the data and VM infrastructure is, the more serious consequences a company must expect in the event of a disruption such as a ransomware attack, a hardware failure or a natural disaster. As the complexity of tiered VM environments increases, so does the variety and risk of data loss.
The best way to protect Hyper-V VM infrastructure and data is to regularly perform backups Plan your backup strategy in advance. Choosing a third-party Hyper-V backup and recovery solution can be the most efficient way to increase the resilience of your IT environment and ensure data availability even after major data loss.
Install Hyper-V on Windows 11: Step -step-by-step guide
After enabling hardware virtualization in BIOS, you can use Hyper-V on Windows 11 in three different ways. We will examine each way to give you a clear overview of the tools available.
Activation via Command Prompt
Command Prompt in Windows Terminal is an option that many prefer to using a regular interface , if you need to enable operating system features or services, including Hyper-V. The point is that Command Prompt provides streamlined and fast activation and management of Windows items. Therefore, this way to enable Hyper-V on Windows 11 may be faster than such as using the Control Panel. However, you must know the commands required to use Command Prompt efficiently.
First, open the Start menu and use the search to find Windows Terminal. Run the terminal as an administrator to get the necessary access and permissions.
The Windows Terminal application launches Windows PowerShell by default. If needed, you can set Command Prompt as the default startup option in Settings or just open Command Prompt from Terminal.
To open Command Prompt in Windows Terminal, click the arrow to the right of the New Tab button in the upper part of the window. Then select Command Prompt from the menu that appears.
Now you have a single command to run. You can either type the command yourself or copy and paste it into the command prompt. The required command is:
DISM /Online /Activate Feature /All /Feature Name: Microsoft Hyper-V
After typing or pasting the command, press Enter to run it. The prompt will then show the feature activation status. When the process is complete, a message will appear in Command Prompt asking you to restart the Windows operating system. If you want to restart the system immediately, press Y. If you want to postpone the restart of the operating system, press the N key.
After Windows restarts 11 operating system, the Hyper-V feature is enabled and you can start building your Hyper-V VM environment.
Windows PowerShell: Another way to enable Hyper-V
Shell commands in Windows PowerShell are another way to manage the system and perform the necessary tasks in Windows to execute. You can also turn on Hyper-V with Windows PowerShell.
To turn on Hyper-V with Windows PowerShell, use the Start menu search to find and run Windows Terminal. After the PowerShell tab is open, you need to run the following command:
Enable-WindowsOptionalFeature -Online -FeatureName Microsoft Hyper-V -All
Copy the command or type type it yourself in PowerShell and press Enter to run the process.
A blue box with a progress bar will appear in the Windows PowerShell window to keep you informed of the status of the system changes to the activation up to date on Hyper-V. The system will ask you to restart after the Hyper-V feature is enabled. If you want to start the reboot immediately, press Y. If the system has other tasks to do before the reboot, you can postpone the reboot with N.
After the reboot, Windows activates 11 the Hyper-V feature in your operating system. Note that the reboot may take a little more time than usual as the system needs to make the necessary changes before the operating system boots.
Hyper-V feature is in Windows disabled by default. To activate it you need to follow the following steps:
• Make sure the hardware meets the system requirements. • Enable hardware virtualization in the computer's BIOS. • Turn on Hyper-V using one of the three tools (Control Panel, Command Prompt, Windows PowerShell). • Reboot the system.
After these adjustments, the operating system activates Hyper-V and you can create and run your VMs .