![]() ![]() This Rosetta access is done using the macOS Virtualization Framework. In other words, great Linux x86_64 support when running within Linux (Arm-based) VMs. With macOS 13, Apple has announced that Apple Silicon systems running ARM Linux virtual machines will now be able to access Rosetta for translating of x86_64 Linux binaries. From my own testing of the Apple M1 and Rosetta's binary translation performance for x86_64 applications on the Armv8 Mac Mini, it's done a mighty impressive job - and seems to be the case at large considering the success of the new Macs and limited issues with the Rosetta x86_64 translation. One of the interesting technical changes with macOS 13 is the ability to use Apple's Rosetta software for speedy execution of Linux x86_64 binaries running on ARM Linux VMs from Apple Silicon.īesides the great engineering that has gone into Apple Silicon, making the Arm-based Macs feasible has been their Rosetta software that does a mighty damn fine job at running Intel (x86_64) macOS binaries on Apple Silicon Macs with great performance. In addition to announcing the M2 SoC, Apple used its WWDC keynote to also announce macOS 13 "Ventura". ![]()
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