#Apple compressor m1 how to
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($299.99/$49.99/$49.99 new, free updates)įinal Cut Pro X 10.4.1, Compressor 4.4.1, and Motion 5.4.1Īdds ProRes RAW support to Apple’s lineup of professional video editing apps and improves closed captioning capabilities. Introduces third-party workflow extensions to Final Cut Pro, and raises minimum system requirements to macOS 10.13.6 High Sierra for all three apps. ($299.99/$49.99/$49.99 new, free updates)įinal Cut Pro X 10.4.6, Compressor 4.4.4, and Motion 5.4.3Īll three apps improve reliability when sharing video to YouTube and convert media files that may be incompatible with future versions of macOS. ($299.99/$49.99/$49.99 new, free updates)įinal Cut Pro X 10.4.8, Compressor 4.4.6, and Motion 5.4.5įinal Cut Pro X 10.4.7, Compressor 4.4.5, and Motion 5.4.4Īll three apps receive a new Metal-based processing engine that improves playback and accelerates graphics tasks. Maintenance updates with bug fixes and improvements for Apple's trio of professional video editing apps. ($299.99/$49.99/$49.99 new, free updates, macOS 10.15.6+)įinal Cut Pro X 10.4.10, Compressor 4.4.8, and Motion 5.4.7Īddresses an issue in which XAVC media from the Sony PXW-FX9 camera was not recognized by all three apps. Improves performance on Macs with Apple's M1 chip for Apple's trio of professional video editing apps. Maintenance updates with a short list of improvements and bug fixes for the professional video editing apps. Maintenance updates with improvements and bug fixes for the professional video editing apps. ($299.99/$49.99/$49.99 new, free updates, various sizes, macOS 11.5.1+)įinal Cut Pro 10.6, Compressor 4.6, and Motion 5.6Īdds support for the new Cinematic mode feature available on the recently released iPhone 13 models. Optimizes performance for the M1 Max and M1 Ultra processors on the new Mac Studio.

#Apple compressor m1 how to

#1623: How to turn off YouTube's PiP, use AirPlay to Mac, and securely erase Mac drivesįinal Cut Pro 10.6.2, Compressor 4.6.1, and Motion 5.6.1.

#1624: Important OS security updates, rescuing QuickTake 150 photos, AirTag alerts while traveling.

#1625: Apple's 'Far Out' event, the future of FileMaker, free NMUG membership, Quick Note and tags in Notes, Plex suffers data breach.

#Apple compressor m1 software

#1626: AirTag replacement battery gotcha, Kindle Kids software flaws, iOS 12.5.6 security fix.

#Apple compressor m1 archive

#1627: iPhone 14 lineup, Apple Watch SE/Series 8/Ultra, new AirPods Pro, iOS 16 and watchOS 9 released, Steve Jobs Archive.Getting a piece of nontrivial software to run stably and have competitive features is already a gargantuan job. They do what they always do, rely on continuing hardware performance to make their software run faster. Developers just aren't going to spend the resources to do it. Then, Apple's SIMD units don't work in exactly the same way, and developers have to rearchitect their software to really get great performance gains. AVX-512? It's basically only done only on a case by case basis. Only the most obvious and easy workflows have been design for AVX256 or AVX2. There have been about 4 to 5 generations of SIMD units on Intel CPUs spanning 20 years. It basically has to be trivial for developers to implement. Then, in comes down to specific hardware details that software developers won't pay attention to unless it makes their software unstable. Every single nontrivial piece of software can be further optimized.

Look no further than Adobe apps, or MS apps, or web browsers. You can pretty much assume that every single piece of nontrivial software has been not been coded for the specific hardware features that it runs on, even though they have been running on the same type of hardware for decades. Yes, of course it is possible, most especially with 20 year old software.

#Apple compressor m1 full

Is it possible that compressor didn’t take full advantage of the M1 architecture prior to this update? If that’s true it should result in performance gains not only on the ultra, but also lower tier M1 chips. So how does optimizing software lead to better performance on these chips?