Author: Sean Hollister
For years, Apple has steadily revealed how the ARM-based chips in its mobile phones were catching up in performance to the beefier silicon you’d find inside a laptop or desktop — in 2018, the company claimed its new iPad Pro was faster than 92 percent of portable PCs. At some point, it seemed inevitable that Apple would turn the more efficient chips into the primary processors for its Mac computers, too.
Now, it’s official: Apple is migrating the Mac to its own homegrown silicon, starting later this year.
But are Apple’s ARM chips actually powerful enough now to replace the likes of Intel and AMD? That’s still an open question — because at Apple’s 2020 Worldwide Developers Conference (WWDC), the company shied away from giving us any...
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For years, Apple has steadily revealed how the ARM-based chips in its mobile phones were catching up in performance to the beefier silicon you’d find inside a laptop or desktop — in 2018, the company claimed its new iPad Pro was faster than 92 percent of portable PCs. At some point, it seemed inevitable that Apple would turn the more efficient chips into the primary processors for its Mac computers, too.
Now, it’s official: Apple is migrating the Mac to its own homegrown silicon, starting later this year.
But are Apple’s ARM chips actually powerful enough now to replace the likes of Intel and AMD? That’s still an open question — because at Apple’s 2020 Worldwide Developers Conference (WWDC), the company shied away from giving us any...
Continue reading…
Continue reading...