The resulting executable is not as good as native - the CPU architectures are too dissimilar for that - but it is remarkably quick. Once that's done, every time you use the application or driver, you're directly running ARM code, not Intel code.
It's a code re-generator and translator it builds an ARM code executable directly using the Intel code as a guide the first time you try and run an Intel executable. That's because it's not an extra layer Rosetta II is not an emulator. The software supports OpenGL 4.3 in Windows and Linux VMs on Intel and in Linux VMs on Apple silicon.įor general purpose applications the performance is such that you don't even notice the extra layer of abstraction. To support this feature, Fusion 13 uses a fast encryption type that encrypts only the parts of the VM necessary to support the TPM device for performance and security. Fusion 13 also includes a TPM 2.0 virtual device that can be added to any VM, storing contents in an encrypted section of the virtual machine files and offering hardware-tpm functionality parity. Users who need to run traditional win32 and 圆4 apps can do so through built-in emulation. Intel Macs offer full support for Windows 11, while on Apple silicon, VMware says there is a first round of features for Windows 11 on Arm. With Fusion 13, Intel and Apple silicon Mac users can access Windows 11 virtual machines. VMware has been testing Apple silicon support for several months now ahead of the launch of the latest version of Fusion.
Fusion 13 Pro and Fusion 13 Player are compatible with both Intel Macs and Apple silicon Macs equipped with M-series chips, offering native support. MacRumors reports: For those unfamiliar with Fusion, it is designed to allow Mac users to operate virtual machines to run non-macOS operating systems like Windows 11. VMware today announced the launch of Fusion 13, the latest major update to the Fusion virtualization software.
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