![]() ![]() Emulation offers maximum compatibility as it doesn’t require software written for ARM specifically but it’s pretty slow. Both methods have their advantages and disadvantages. The second involves emulation, where we will translate instructions between the running operating system (Windows in this case) and the hardware. The first involves virtualization, as we can’t (yet) run Windows natively on an M1-based machine. ![]() If you prefer classic text, you can just follow the rest of this article:Īs mentioned above, there are two options to get Windows running on an Apple M1-based device. If you are interested, I also created a YouTube video from this blogpost. For this article, I will get Windows 11 for ARM running on an M1 MacBook Air by using UTM. That means that in order to run Windows on an M1 device, you basically have two options: Use an ARM-based version of Windows or emulate an x86-64 based machine and run a regular Windows version. As these M1-based devices are using a different architecture: ARM, they are not compatible with Mac’s previous and most-used architecture for Windows-based computers: x86. Even though many people swear by macOS, Bootcamp and Windows on a Mac still seems to be a widely used option. One subject that comes up very often is the ability to run Windows on an M1-based Mac. ![]()
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