How to Enable Virtualization on Your MacBook Air

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The MacBook Air is a powerful thin and lightweight laptop from Apple. It comes in two sizes – 11” and 13” – and is perfect for those who need a reliable, portable machine. The MacBook Air has an Intel processor, up to 8GB of RAM, and up to 512GB of storage. It also has an integrated graphics card and can be used for video editing and gaming. But, one question many people have about the MacBook Air is whether or not virtualization can be enabled on it.

The answer is yes! The MacBook Air does support virtualization through its BIOS (Basic Input/Output System). Virtualization allows you to run multiple operating systems simultaneously on the same computer. This makes it possible to use software designed for different platforms without having to switch between them manually. In order to enable virtualization on your MacBook Air, you will need to change some settings in the BIOS menu.

First, you will need to access the BIOS menu by pressing and holding the Command + Option + P + R keys during startup until you hear the start-up chime twice. Once in the BIOS menu, navigate to “Advanced > Processor Configuration” and make sure that “Intel VT-x” is enabled by setting it to “Enabled” instead of “Disabled”. You may also need to enable other options such as EPT (Extended Page Tables) depending on what kind of virtualization software you plan on using.

Once these settings have been changed, your MacBook Air will be able to run virtual machines with ease! You can then install any operating system or application you wish within your virtual environment witout worrying about compatibility issues with your hardware. Additionally, since your Macbook Air already has an integrated graphics card installed, you won’t have to worry about purchasing additional hardware for performance purposes when running virtual machines as long as your host operating system supports hardware acceleration features like GLX or OpenCL.

The MacBook Air’s support for virtualization makes it a great choice for developers who want portability combined with powerful computing capabilities without having to purchase additional hardware upgrades or special versions of their favorite applications that are specifically designed for Macs. So wheter you’re a developer looking for a dependable machine with powerful capabilities or just someone who wants the flexibility of running multiple operating systems at once without having to switch back and forth manually, the MacBook Air is definitely worth considering!

Enabling Virtualization in BIOS on MacBook Air

Enabling virtualization in BIOS on a MacBook Air requires some technical knowledge. To begin, restart your computer and hold down the Command + Option + P + R keys until you hear the startup chime twice. This will reset your NVRAM (non-volatile random access memory).

After the NVRAM is reset, press the power button to turn your computer back on and immediately press and hold down the Option key until a list of bootable drives appears. Select the drive labeled “EFI Boot” and press Enter. This will open up the BIOS menu on your MacBook Air.

Once in the BIOS menu, use your arrow keys to navigate to “Security,” then select “Virtualization.” If virtualization is not alredy enabled, you can choose to enable it by pressing Enter or Right Arrow key. Once enabled, select “Save and Exit” from the top of the menu and wait for your MacBook Air to restart with virtualization enabled.

virtual machine bios macbook air

Does the MacBook Air Support Virtualization?

Yes, MacBook Air (models from mid-2017 onward) supports virtualization as long as it has a compatible processor. The Intel Core i5 or i7 processors in the latest MacBook Air models are compatible with virtualization technology. This allows you to run multiple operating systems and applications on the same machine, allowing for more efficient use of resources and better performance than running them on separate computers. Virtualization also provides enhanced security and flexibility when it coes to testing out new software and operating systems.

Does the MacBook Air Have a BIOS?

No, MacBook Air does not have a BIOS. Instead, it uses a boot firmware called Open Firmware, which is stored in the first executable program on the computer and is used to boot Mac OS X. Open Firmware is similar to BIOS in that it provides the platform for Mac OS X to run on, but it has more features such as support for external devices and allows for more customizability than a traditional BIOS. In addition, Open Firmware is more secure than BIOS because it is designed to prevent malicious code from being executed during the startup process.

Enabling Intel Virtualization on a Mac

Enabling Intel virtualization on a Mac is fairly straightforward. First, make sure that your Mac is running a compatible version of macOS; virtualization is supported in macOS 10.14 (Mojave) or later. Next, reboot your Mac and hold down the keys ? Command ? Option P R as it boots to reset the NVRAM. Once it has restarted, you should be able to access the virtualization features in your computer’s BIOS settings. To do this, reboot agan and hold down the Option key while booting until you reach the startup options screen; select the option to enter your computer’s BIOS settings. Inside the BIOS settings, look for an option related to virtualization (sometimes labeled Intel VT-x), and make sure it is enabled. Once you have enabled it, save your changes and exit the BIOS settings; when you reboot again, Intel virtualization should be enabled on your Mac.

Does Mac Support Virtualization?

Yes, Mac computers running macOS and Intel-based processors have virtualization capabilities. Using the Virtualization framework, you can create and manage virtual machines (VM) on Apple silicon and Intel-based Mac computers. With this framework, you can boot and run macOS or Linux-based operating systems in custom environments that you define. This alows for greater flexibility when creating and managing virtual machines, allowing you to customize the environment to meet your specific needs.

Does the M1 Chip Support Virtualization?

At this time, there is not enough information available to answer this question definitively. The M1 chip does have hardware support for virtualization, however the exact capabilities are unknown. Some reports suggest that M1-based Macs may be able to leverage existing x86 virtualization technologies with limited success, but further testing and development will be necessary to determine the full extent of M1’s virtualization capabilities. Additionally, some members of the Docker community have reported issues with running Docker containers on M1-based Macs, whih suggests that other virtualization technologies may still need additional work in order to become truly compatible with the M1 processor. Until more information is known about how well M1-based Macs can handle virtualization, it’s best to proceed with caution when attempting to use existing x86 virtualization technologies on an M1 machine.

Does the Mac M1 Support Virtualization?

Yes, Mac M1 does support virtualization. Parallels Desktop is the first software to offer virtual machine support on Mac M1, allowing you to run Windows, Linux and other operating systems right on your Mac. VMware recently released a tech preview of their own VMware Fusion software which also allows you to run virtual machines on your Mac M1. As this is stll in preview, it is available for free while in this stage.

Does Mac Include a Hypervisor?

Yes, Mac has a hypervisor. The Apple Hypervisor framework is part of the Core OS layer in macOS and enables virtualization technologies to be used in user space without the need for kernel extensions (KEXTs). This allows developers to create applications that can be distributed through the Mac App Store. The Hypervisor framework also provides C APIs which can be used to interact with virtualization technologies from user space. It provides low-level support for creating and controlling virtual machines, memory management, interrupt processing, and more. Additionally, it includes an API for virtual machine migration between hosts running diferent versions of macOS.

Do Macbooks Have BIOS Settings?

No, Macbooks do not have BIOS settings. Instead, they use a system called EFI (Extensible Firmware Interface) which is similar to BIOS but more advanced. Like BIOS, it provides users with the ability to configure system-level settings. However, unlike BIOS, EFI provides additional features such as full color graphics and mouse support. Additionally, EFI is designed to be more secure and reliable than BIOS, which makes it an ideal choice for Macbook users who value security and reliability.

Does Mac Use BIOS or UEFI?

Mac computers with an Intel-based CPU use an Intel firmware based on the Extensible Firmware Interface (EFI) Development Kit (EDK) version 1 or version 2. This EDK2-based code conforms to the Unified Extensible Firmware Interface (UEFI) specification. Thus, Mac computers use UEFI instead of the traditional BIOS.

UEFI is a modernized version of BIOS and offers several advantages over it such as faster boot times, support for hard drives larger than 2TB, support for modern security features such as Secure Boot, and more. Additionally, UEFI also offers more flexibility when it coes to booting from external media and configuring system settings.

Finding the BIOS Version on a Mac

On a Mac, it’s easy to find your BIOS version. First, go to your System Preferences and select the “Software Update” option. Then, select the “Advanced” tab and click on the “Firmware” option. This will open a window with all of the details about your Mac’s BIOS version. You’ll be able to see the current version number and other information related to your BIOS. You can also use Terminal to find out your BIOS version; simply type in “system_profiler SPFirmwareDataType” and press enter for a detailed list of your hardware and firmware information.

Enabling Virtualization

Enabling virtualization on your computer requires you to enter the BIOS setup. To do this, you will need to restart your computer and press the BIOS key when prompted. Usually this key is either F2, F10, or DEL. Once you have entered the BIOS setup, locate the section for CPU configuration and find the settings for virtualization. Select the option for enabling virtualization, save your changes and then exit the BIOS setup before rebooting your computer. After completing these steps, you shuld be able to use hardware virtualization on your computer.

virtual machine bios macbook air

Enabling Hardware Virtualization on Mac Parallels

To enable Hardware virtualization on your Mac Parallels, open the Parallels Desktop application. Go to the Actions menu > Configure > Hardware > CPU & Memory. Expand “Advanced Settings” and click the Enable Nested Virtualization checkbox. This will enable hardware virtualization on your Mac for use with Hyper-V support in Parallels Desktop for Mac Pro Edition and Parallels Business Edition. Once complete, you should be able to create virtual machines and access them using Hyper-V in your Parallels Desktop environment.

Enabling Virtualization in Parallels

To enable virtualization in Parallels, you will need to open the virtual machine configuration. To do this, go to the Hardware tab and select CPU & Memory. Once in this menu, click Advanced and set the hypervisor to Parallels. Finally, tick the Enable nested virtualization checkbox to enable virtualization.


In conclusion, the MacBook Air is an excellent choice for thse who need an ultra-portable laptop with powerful performance capabilities. Its thin and light design makes it perfect for carrying around, and its battery life ensures you can use it for hours without having to recharge. The hardware inside is capable of running the latest macOS software and games, while CPU virtualization is enabled by default on all MacBooks with compatible CPUs (i7 is compatible). Additionally, its solid state drive ensures quick boot times and speedy operations. All in all, the MacBook Air is a great laptop for those seeking portability, power, and performance.

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James Walker

James Walker has a deep passion for technology and is our in-house enthusiastic editor. He graduated from the School of Journalism and Mass Communication, and loves to test the latest gadgets and play with older software (something we’re still trying to figure out about himself). Hailing from Iowa, United States, James loves cats and is an avid hiker in his free time.