According to a paid preview report to be released by DigiTimes, the chips that will provide computing power for the next-generation iPhone will be based on a 4-nanometer process, which is more sophisticated than the 5-nanometer process used in the iPhone 12 and iPhone 13 lineups.Last year, Apple adopted a 5-nanometer process A14 bionic chip in the latest iPad Air and iPhone 12 series. In the iPhone 13, it uses an enhanced iteration of the 5-nanometer process.
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Looking ahead to the iPhone 14, Apple and its main chip supplier TSMC are seeking to adopt a 4-nanometer process for the A16 Bionic, which may be the name of the chip that will power the next-generation iPhone.
The smaller process reduces the physical size of the chip and provides better performance and higher energy efficiency. A report from The Information yesterday stated that TSMC and Apple are facing technical challenges in producing 3-nanometer chips, which may be a reason why the iPhone 14 will adopt a 4-nanometer process.
A separate report earlier this year showed that Apple has booked all the production capacity of TSMC’s 3nm process, which may make its debut in the iPhone 15 and next-generation Apple Silicon Mac computers in a few years.
With the release of the iPhone 13 and iPhone 13 Pro, we can now start to wait for what Apple has prepared for the iPhone 14 to gradually leak out. Although we are less than a year away from its release, there are rumors that the iPhone 14 will be adopted. One of the most important iPhone redesigns of the past few years.
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