The chip powering the next-generation iPhone will reportedly be based on a "4nm" process, an even smaller process compared to the 5nm process used in the iPhone 12 and iPhone 13 lineups, according to a paywalled preview of an upcoming report from DigiTimes.
Last year, Apple adopted a 5nm process with the A14 Bionic chip in the latest iPad Air and the iPhone 12 lineup. With the iPhone 13, it used an enhanced iteration of the 5nm process. For the iPhone 14, the report claims Apple and its chipmaking partner TSMC are looking to adopt a "4nm" process for the A16 Bionic, the likely name for the chip powering the next-generation iPhone.
A smaller process reduces a chip's physical footprint and offers improved performance and enhanced energy efficiency. A report yesterday by The Information claimed that TSMC and Apple are facing technical challenges in producing a 3nm chip, possibly being a reason the iPhone 14 will feature a "4nm" process instead.
Separate reports from earlier in the year have suggested that Apple has booked all of TSMC's production capacity for the 3nm process, which could instead debut in the iPhone 15 and next-generation Apple silicon Mac computers in several years.
With the iPhone 13 and iPhone 13 Pro already released, we now await what Apple has in store for the iPhone 14. While we're still a little under a year away from its launch, rumors suggest that the iPhone 14 will feature one of the most significant iPhone redesigns of the past several years. Get caught up on the latest rumors about Apple's next-generation iPhone using our roundup.
Update: While the DigiTimes report said "Apple will likely adopt TSMC's 4nm process," TSMC refers to the process as "N4P" and describes it as a "third major enhancement of TSMC's 5nm family."
Tuesday February 10, 2026 4:27 pm PST by Juli Clover
Apple is planning to launch new MacBook Pro models as soon as early March, but if you can, this is one generation you should skip because there's something much better in the works.
We're waiting on 14-inch and 16-inch MacBook Pro models with M5 Pro and M5 Max chips, with few changes other than the processor upgrade. There won't be any tweaks to the design or the display, but later this...
Wednesday February 11, 2026 10:07 am PST by Juli Clover
Apple today released iOS 26.3 and iPadOS 26.3, the latest updates to the iOS 26 and iPadOS 26 operating systems that came out in September. The new software comes almost two months after Apple released iOS 26.2 and iPadOS 26.2.
The new software can be downloaded on eligible iPhones and iPads over-the-air by going to Settings > General > Software Update.
According to Apple's release notes, ...
Tuesday February 10, 2026 6:33 am PST by Joe Rossignol
It has been a slow start to 2026 for Apple product launches, with only a new AirTag and a special Apple Watch band released so far. We are still waiting for MacBook Pro models with M5 Pro and M5 Max chips, the iPhone 17e, a lower-cost MacBook with an iPhone chip, long-rumored updates to the Apple TV and HomePod mini, and much more.
Apple is expected to release/update the following products...
Tuesday February 10, 2026 1:51 pm PST by Joe Rossignol
Apple plans to announce the iPhone 17e on Thursday, February 19, according to Macwelt, the German equivalent of Macworld.
The report said the iPhone 17e will be announced in a press release on the Apple Newsroom website, so do not expect an event for this device specifically.
The iPhone 17e will be a spec-bumped successor to the iPhone 16e. Rumors claim the device will have four key...
Apple acquired Canadian graph database company Kuzu last year, it has emerged.
The acquisition, spotted by AppleInsider, was completed in October 2025 for an undisclosed sum. The company's website was subsequently taken down and its Github repository was archived, as is commonplace for Apple acquisitions.
Kuzu was "an embedded graph database built for query speed, scalability, and easy of ...
Hate to burst everyone's bubble but there is nothing on these chips that is actually 4nm in dimensions just like the current 5-6-7nm processes that every chip manufacturer is making. It's all a historical node naming convention.
