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We previously reported that developer Alexander Graf managed to get Windows 10 running on ARM on his Apple M1 Macbook by running it in a patched virtual machine that addresses the ARM processor directly. This allowed him to bypass any pilot problem and still have a very efficient solution.
Graf has made its patches for the virtualized open source QEMU freely available, and its work has now been replicated by others, meaning that some benchmarks have become available to objectively assess the performance of the solution.
The news once again confirms that Apple’s M1 processor is one step ahead of Qualcomm’s best.
First of all, the native performance of Geekbench 5 on the Apple M1 under MacOS gives a single score of 1737 and multicore of 7549.
For Windows 10 on ARM running in a virtual machine on the Apple M1 processor, the single-core score of 1288 and multicore of 5449.
Finally, for Windows 10 on ARM running on Microsoft SQ2 processor, the single-core score of 799 and multicore 3089
The benefit was even true for x86 apps running on Surface Pro X and Macbook.
When running the x86 version of Geekbench 4, the Surface Pro X marked 2019 single core and 6646 multicore against 2553 single core and 8917 multicore for Windows 10 virtualized on ARM running its own x86 translator.
The main conclusion that can be drawn from this demo is that Apple’s M1 processor rather than the MacOS 14 optimizations which are responsible for the good performance of Apple’s new Macbook lineup, and it remains to be seen if other vendors of ARM chips can catch up.
The other of course is that while the virtualized Windows 10 on ARM for MacOS can be optimized, a new Macbook can still be the best way to run Windows.
Learn more about Graf’s QEMU patch here.
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