

- #Suitcase fusion 12.1.7 auto activation cs6 for mac#
- #Suitcase fusion 12.1.7 auto activation cs6 drivers#
- #Suitcase fusion 12.1.7 auto activation cs6 full#
Mocha Pro 2022 includes Native support for Mac M1 machines.Ĭontinuum 2021.5 for Final Cut Pro X 14.5.3 works in Rosetta 2 emulation mode Sapphire 2021.5 includes Native support for Mac M1 machines in Premiere Pro and Resolve 17.1.
#Suitcase fusion 12.1.7 auto activation cs6 full#
Fusion 360 will run under Rosetta 2 but is not M1 optimized.īlace – AI Face Detection & Blurring has full native Mac and M1 support.ĭavinci Resolve Studio 17.1 and Fusion 17.1 have native support for M1 silicon macs.Maya will run under Rosetta 2 but is not M1 optimized.

While there are no known compatibility issues with Big Sur, M1 support is available in future updates.
#Suitcase fusion 12.1.7 auto activation cs6 drivers#
Video Hardware is now supported on M1 Macs with Qualified drivers.Pro Tools | Carbon, 2021.6 and later Pro Tools Apple Silicon M1 Notes: On 2021.10 Pro Tools | HD Native Hardware andPro Tools | HDX Hardware supported0 *Before installing Pro Tools on an M1 Mac, please visit Avid’s compatibility page and our dedicated Pro Tools macOS Big Sur support page to ensure that your system and workflow are fully supported. Media Composer (all tiers), not yet supported Pro Tools Updated Vizual PixelPerfect confirmed support for Apple Silicon.Influx current build v1.0.2 confirmed support for Apple Silicon.PlumePack current build v1.2.9 confirmed support for Apple Silicon.AfterCodecs v1.10.8 confirmed support for Apple Silicon.BRAW Studio v2.6.1 confirmed support for Apple Silicon.

Minimum requirements: macOS Big Sur (version 11.2.2) or laterįormZ v9.1 will work with the Rosetta 2 emulator.

They are expected to get the ability to run on M1 Macs natively in one of the following 5.x updates within weeks and months. Support for Apple Silicon in other Neat Video 5 plug-ins is in development. Two plug-ins have got ahead of the pack and now can run on M1 Silicon computers natively: They work about 30% faster than the Intel-based plug-ins executed via Rosetta on the same Apple Silicon hardware.
