![]() It is atypical for the iPhone chip to use the same process size for three years in a row. Of course, Apple could make only minor tweaks to the current chip and use a different name, like M2, to juice sales for marketing purposes. A faster, truly more advanced, ‘M2’ chip may not be available until next year. He has also said that the new next-generation MacBook Air set to be announced this fall will continue to use the same M1 chip as the current model. Kuo has been fairly pessimistic on Apple’s chip upgrade roadmap in general. However, the A15 chip still delivered reasonable ~10% performance and efficiency improvements over the A14 chip, whilst also sharing the same 5nm node. Sticking to the same fabrication level generally limits the possible performance and power efficiency gains for that generation. ![]() This claim was previously made by ShrimpApplePro on Twitter. ![]() This is on top of the fact that we believe that only higher-end models of the iPhone 14 will feature an A16 chip inside the base models will continue to use the A15 chip. ![]() This is another indication that the A16 chip coming with the iPhone 14 will continue to use a 5-nanometer fabrication process. The analyst also mentioned in his latest report that Apple has plans to build the 2023 iPhone using its own modem, and he corroborates rumors that the so-called iPhone 15 Pro will feature a periscopic lens for optical zoom.Analyst Ming-Chi Kuo pointed out on Twitter today that the public roadmap for TSMC’s silicon processes indicates that its 3-nanometer and 4-nanometer fabs will not be available for mass production until 2023. Apple’s AR/VR headsetįollowing Ming-Chi Kuo’s report of Apple’s new AR/VR headset coming in Q2 2023, Pu believes that the device will be announced after the Chinese New Year and enter into mass production in February 2023. Interestingly, in addition to mentioning “Apple’s in-house server” in a reference to the new Mac Pro, Pu also suggests that there will be a new iPad with a 3-nanometer chip. This time, Apple has also been working on another new Mac mini (codenamed J474) that features the M2 Pro chip – a variant with eight performance cores and four efficiency cores, totaling a 12-core CPU versus the 10-core CPU of the current M1 Pro. If Pu’s report is correct, high-end versions of the M2 chip will all be built on the 3-nanometer process. M2 also offers up to 24GB of RAM, while M1 is only available with 8GB and 16GB of RAM.Įarlier this year, 9to5Mac learned from sources that Apple has been working on a new Mac mini with the M2 Pro chip, while the company has also been developing even more powerful chips for the long-awaited Apple Silicon Mac Pro. Despite a number of enhancements, the new Apple Silicon M2 chip is built on the same 5-nanometer process as M1.Īpple says the M2 has 18% faster CPU performance than the M1, with 35% better graphics thanks to a new 10-core GPU. The smaller the distance, the better the performance. The Taiwanese semiconductor company is expected to start mass production of Apple’s new “M2 Pro” chip later this year, which reportedly will be built on the 3-nanometer process.įor those unfamiliar, the scale of a chip in nanometer represents the distance between its transistors. M2 Pro chipĪccording to Jeff Pu’s research seen by 9to5Mac, Apple will continue with TSMC as its Apple Silicon chip supplier. While the new M2-powered MacBooks are yet to hit the stores, analyst Jeff Pu of Haitong Intl Tech Research has now reported that Apple supplier TSMC will begin mass production of the new, more powerful “M2 Pro” chip later this year. Apple this week unveiled the new M2 chip, which is the first upgrade to the Apple Silicon chips created specifically for the Mac and iPad. ![]()
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