Apple Silicon is Apple's new lineup of processors for the Mac platform. It was announced in 2020 with the first Macs appearing at Apple's "One More Thing" event in November 2020. The first was the M1, and it first appeared in the MacBook Air, MacBook Pro, and Mac Mini.
Apple Silicon
Apple’s A5 chip has debuted with iPad 2, but the company’s already hard at work designing the A6, contemplating the A7 and thinking about the A8. Apple added more chip experts to their in-house silicon team and poached veteran engineers from Samsung and ARM earlier this month. A LinkedIn profile belonging to chip expert Eunseok Ji reveals he recently came on board as a senior Apple engineer, the role he played for years at rival Samsung. He counts advanced semiconductor skills in his profile, hard core stuff such as logic design, DFT, silicon testing and hands-on experiences on post-silicon bring-up and debugging of complex mixed-signal design for system-on-a-chip (SoC) solutions.
Why antagonize your silicon manufacturer by poaching such an expert? Okay, Samsung is a frenemy. But why lure an engineer away from ARM? This fabless semiconductor firm makes designs that power Apple’s iOS gadgets and the vast majority of mobile gear, for that matter. ARM’s Steve Ravet, who also joined Apple in March as an SOC prototyping engineer, is a twelve-year veteran who worked as a system verification engineer at Compaq and verification engineer at International Meta Systems prior to joining ARM as an electrical engineer.
His competencies include CPU validation and design, focused on FPGA emulation, silicon and board bringup, top level simulation and debug for ARM microprocessor cores and SOCs. I’m just speculating here and your guess is as good as mine, but I think you’ll agree such a hiring spree might be a tell-tale sign of a greater number of unique hardware features in upcoming Apple gadgets. Look no further than Apple’s current lineup of iOS devices.
Bloomberg today reports what would have seemed unthinkable a year ago. Microsoft is building a version of its Windows OS (not Phone 7) for the ARM processor design, the very same that powers Apple’s lineup of iOS devices.
The operating system would give Microsoft another way to attack the market for tablets and phones, where it’s lost ground to Apple Inc. and Google Inc. ARM chips — made by Qualcomm Inc., Texas Instruments Inc. and Samsung Electronics Co. — are used in most smartphones, as well as Apple’s best-selling iPad. A full-featured version of Windows for ARM chips is the best way for Microsoft to make a dent in the iPad’s lead, said Robert Breza, a Minneapolis-based analyst for RBC Capital Markets. While Windows is dominant in the personal-computer market, it hasn’t parlayed that into tablet success yet. “They’ve got to come back with a product that’s better than ‘me too’ and is equal if not better in features,” Breza said. He has an “outperform” rating on Microsoft’s stock, which he doesn’t own. “A lot of tablets today are inferior to PCs.”
Microsoft became a licensee of the ARM architecture earlier this year but at the time it seemed to be for embedded devices such as the Zune. Apple is also an ARM licensee and builds its A4 lineup of chips using ARM designs.
Is this really a good move for Microsoft? The problem with Windows 7 on tablets hasn’t really been an Intel problem necessarily. Whatever the case, this has to be bad news for Intel/AMD who now may see competition from ARM processors like the Nvidia Tegra 2 in netbooks running Windows.
Another Question: Will Apple port Mac OS to ARM?
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We’re not saying the iPhone 5 will be this startlingly amazing example of a location-sensing, near field communicating hyper-advanced device that might run at speeds as fast as 2.5GHz — but we are saying it’s possible.
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