![]() ![]() If the cross-platform NLEs are immune to this change, it means that FCPX is the only major NLE that will be affected by it. ffmpeg is a solution to the technical problems, but legal ones still remain - the code has to be compiled directly on the user's computer in order to be legally compliant, which can be complicated and user-unfriendly. They may not have the manpower to write their own parsers or the legal or financial ability to license the codecs in question. By licensing certain codecs or allowing users to install their own codecs, Apple was providing an easy, free and legal way for these developers to read these files. The people it affects the most are small developers, who now have to come up with solutions to problems that Apple was taking care of for them in the past. They use their own parsers for a lot of formats so will be immune to this change. This is unlikely to change much with Adobe or Blackmagic. (It still supports ancient long-dead codecs like Indeo!) You don't need to worry about your files becoming unreadable because ffmpeg will always be there. Developers don't have to use them and there's nothing to stop someone writing their own DNxHD parser. Now instead of using that central code for free with no extra effort, every app needs to create its own version of that code.īut remember: this only affects macOS's native video frameworks. A codec is a central piece of code that handles reading and writing to a particular format. Next year's version of macOS won't support third-party codecs at all, so converting 32-bit codecs to 64-bit isn't a solution. This isn't really about 32- vs 64-bit, it's about Apple no longer allowing extensibility. (The MP4 standard's container is about 99% identical to a regular MOV container after all.) Also, do not confuse the QuickTime container (.mov) with the QuickTime API - the container is alive and well and still supported by the new frameworks. It has no bearing on which apps can read them, so they can still be read by both 32- and 64-bit apps or codecs. You can have a file stored on a 32-bit file system or in a container with a 32-bit size header but the result of this is that these files will be limited to 2 or 4 GB in size. So to clear up some of the misunderstandings in that thread: there isn't really such a thing as a 32-bit file. There is a Reddit thread with quite a lot of misunderstandings about what the change means. (Sure, you can go to a lower level and write your own parser but if you've reached that point, why bother using Apple's media frameworks at all?) I filed an enhancement request to support third-party codecs several years ago and Apple closed it as "won't fix" so their position on that seems pretty clear. Why would an app still use QuickTime over the newer and non-deprecated AV Foundation? Because AV Foundation does not support third-party codecs. But it affects video software the most because the only reason for an app to still be 32-bit in 2018 is because it uses QuickTime. To be clear, it's not that 32-bit codecs are going away, it's that all 32-bit software is going away. The article is fairly sparse and doesn't go into detail about the change or explain why it is occurring. You may have read Apple's article about "legacy media" being phased out in the next version of macOS or even been alerted by an error message in the new version of FCPX. MPEG-2 Playback Component - for playing back MPEG-2 content (requires separate purchase)Ībout the security content of QuickTime 7.7.Thoughts on 32-bit codecs being phased out in macOS.PictureViewer - for working with still images (Windows only Preview is available on Mac OS X).Browser plug-ins - for viewing media within a web page.QuickTime Player - for playing back audio and video files.QuickTime is many things: a file format, an environment for media authoring and a suite of applications: So you’ll experience pristine video quality wherever you watch your movies or videos.Chosen as the industry-standard codec for 3GPP (mobile multimedia), MPEG-4 HD-DVD and Blu-ray, H.264 represents the next generation of video for everything from mobile multimedia to high-definition playback. QuickTime features advanced video compression technology called H.264 to deliver brilliant, crisp HD video using less bandwidth and storage. And it lets you enjoy them in remarkably high quality. ![]() A powerful multimedia technology with a built-in media player, QuickTime lets you view Internet video, HD movie trailers, and personal media in a wide range of file formats. Its clean, uncluttered interface never gets in the way of what you’re watching. With its simple design and easy-to-use controls, QuickTime Player makes everything you watch even more enjoyable. ![]()
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