We just got off a quarterly results conference call with TSMC, the foundry that crafts Apple's A-series chipsets like the first-gen 5nm A14 that is now in the iPhone 12 series, and the company basically quashed the rumors that we will see a 3nm A15 in the iPhone 13 this year.
There have been tips that TSMC has pulled its production schedule forward, but the foundry basically reiterated that risk tapeouts of 3nm chipsets will commence later this year, while mass production won't happen before the second half of 2022.
"We expect it [3nm] to be a big and long-lasting node," claimed TSMC during the Q&A session, and the timespan between the low-yield risk production and the actual chip shipping to phone makers is up to a year, so Apple's iPhone 14 in fall '22 checks out as the rumored big 3nm customer.
Expected Apple A16 processor performance in the iPhone 14
This is the same schedule that TSMC has been advocating for a good while now, even though it announced a $100 billion capital expenditure spree into development and production of new chip production process nodes in the next few years.
TSMC's crystal ball foretells a 3nm processor in the iPhone 14's future
Thus, the first phones with processors built on the next-gen 3nm node could very well be the iPhone 14 series, just like the iPhone 12 was the first to offer a 5nm chipset. The iPhone 13, on the other hand, will flaunt an improved second-gen 5nm A15 processor. Apple's focus with it will most likely be on improved efficiency rather than increased performance, given the high 120Hz refresh rate display rumors for its upcoming iPhone 2021 series.
As for the iPhone 14, the 3nm node will bring smaller footprint with slight 11% performance increase, and greatly increased power efficiency (-27%), as you can see from TSMC's slide above, which would most likely further cement Apple as the architect of the most powerful mobile chipsets around.
Those numbers also show that the performance boosts from moving to new production nodes are becoming increasingly smaller, so the 5nm and 3nm nodes will be with us for the foreseeable future, as mobile processors are already powerful enough for most any task you can throw at them.
Follow us on social media to catch the latest trending stories, watch exclusive videos, and join the conversation with our vibrant community!
Daniel, a devoted tech writer at PhoneArena since 2010, has been engrossed in mobile technology since the Windows Mobile era. His expertise spans mobile hardware, software, and carrier networks, and he's keenly interested in the future of digital health, car connectivity, and 5G. Beyond his professional pursuits, Daniel finds balance in travel, reading, and exploring new tech innovations, while contemplating the ethical and privacy implications of our digital future.
Recommended Stories
Loading Comments...
COMMENT
All comments need to comply with our
Community Guidelines
Phonearena comments rules
A discussion is a place, where people can voice their opinion, no matter if it
is positive, neutral or negative. However, when posting, one must stay true to the topic, and not just share some
random thoughts, which are not directly related to the matter.
Things that are NOT allowed:
Off-topic talk - you must stick to the subject of discussion
Offensive, hate speech - if you want to say something, say it politely
Spam/Advertisements - these posts are deleted
Multiple accounts - one person can have only one account
Impersonations and offensive nicknames - these accounts get banned
Moderation is done by humans. We try to be as objective as possible and moderate with zero bias. If you think a
post should be moderated - please, report it.
Have a question about the rules or why you have been moderated/limited/banned? Please,
contact us.
FCC OKs Cingular\'s purchase of AT&T Wireless
Things that are NOT allowed: