And, Intel binaries of apps within X86 releases of Windows running in Parallels or VMWare are slower than if you were running them in Windows natively because, as Jason Snell pointed out at Six Colors, those binaries have to run using Microsoft’s code-translation layer. For starters, X86 Windows won’t run as well as a virtual machine on M-Series Macs as it would if it were the ARM-optimized Windows on ARM. Unfortunately, this hasn’t been a great experience. So, for M-Series Mac owners who need to run Windows, the only way to do so is through a virtual machine using software such as Parallels or VMWare Fusion. Though an official version of Windows 11 exists for ARM processors, Apple has not yet added Boot Camp support to M-Series Macs. The first Windows support to go out the window with the new ARM-based M-Series Macs was Boot Camp, which allowed Mac users to boot into a fully-supported version of Windows that ran natively on Mac hardware. Both A-Series and M-Series chips are built with an ARM architecture whereas the Intel and AMD processors powering the vast majority of Windows systems are X86 or X64 processors. The M-Series chips were built atop foundations established by Apple’s vaunted A-Series chips that power its iPhones and some iPads.
Windows support on M-Series Macs has been hit or miss ever since the introduction of the M1 processor in 2020.
Alludo, makers of the popular Parallels Desktop for Mac, ha ve announced official support for running ARM-optimized Windows 11 installs on Macs equipped with M-Series Apple silicon.
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