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New apps will run natively and take advantage of the full power of Apple silicon. Developers can purchase a $500 developer kit with an A12Z Bionic-equipped Mac mini, 16GB of RAM, and 512GB of SSD storage and start messing with their apps starting today.įrom everything Apple has told us, the switch seems to have no downsides. Tim Cook says the transition to Apple silicon will take two years. Sorry, but no Windows on Macs with Apple silicon (for now at least). Under the 'What can't be translated?' section, Apple lists 'Virtual Machine apps that virtualize x86_64 computer platforms.' In documentation on Rosetta 2, Apple explicitly says the emulator can't run x86 virtual machine apps designed to run other operating systems. What about running Windows? - On Intel Macs, you can run Windows in one of two ways: natively using macOS’s Boot Camp software or with virtualization software like Parallels or VirtualBox.Īpple didn’t mention anything about Boot Camp. Virtualization - Additionally, Apple’s also making available new virtualization to allow user to run Linux. They’ll likely need to be reworked to support mouse and keyboard. That may be the case, but how well iOS and iPad apps work on Macs - computers without touchscreens - is another question. Borrowing a page from Google’s ChromeOS, which runs Android apps, developers can port their iOS and iPadOS apps over to macOS “without any modifications” according to Apple. IOS and iPad apps - Project Catalyst made it possible for developers to bring their iPad apps over to Macs (albeit in half-baked form).

In another demo, Apple showed off how users could tap into the Neural Engine built into its silicon to auto-crop widescreen video for vertical video while keeping subjects in focus (read: it’s using AI). In one demo, Apple showed off FCPX rendering out three 4K streams of video in real-time with a live effect applied on each clip. Out of the gate, Apple says it’s already got all of its default macOS apps running natively, including its pro apps like Final Cut Pro X and Logic Pro X. That means apps will be written from the ground up to squeeze the most out of the silicon. Native apps - New apps for Apple-powered Macs will be coded to run natively.

You need only take a look at the kind of harmonic hardware and software tango Apple has achieved with its A-series chips for iPhones and iPad to appreciate why this shift for Apple is a big deal.īut what about your apps? What will it mean for compatibility? Don’t you worry, your x86 apps designed for Intel chips will “just work” on any Mac powered by Apple silicon. Using its own silicon also gives Apple numerous other advantages: increased performance, higher power efficiency, and the ability to add more purpose-built for features and technologies Apple is heavily invested in. Apple can ramp up its Mac release timeline - there will likely be more frequent Mac hardware updates that are not chained to Intel’s chipset releases (and delays). Fifteen years after Steve Jobs successfully switched Macs off PowerPC to Intel (and in turn allowed Windows to run on them), Apple is ditching Intel to forge a new roadmap for the Mac.īy switching to its own custom silicon, future Macs will presumably no longer be dependent on another company’s chip progress. The news is a major blow to Intel, which has enjoyed bountiful profit from supplying Apple with its x86-based chipsets for its Macs.

WWDC’s worst kept secret - Apple transitioning away from Intel processors to its own custom ARM-based chips - is official.

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