iPhone 17 Pro will get TSMC's first 2nm chips
TSMC is competing against Intel and Samsung to bring out crucial 2-nanometer chips for their clients, with TSMC on track to provide Apple the technology for the iPhone 17 Pro in 2025.
The race to shrink chip architectures even smaller continues to be big business for chip the major chip foundries. In a profile of the $500 billion industry, Apple chip partner TSMC is said to be working steadily to bring out chips using the tech in the coming years.
According to two sources with knowledge of discussions speaking to the Financial Times, TSMC has shown the process test results for its "N2" prototypes to major customers. These customers include Apple and Nvidia.
Rival Samsung has apparently attempted to tempt major customers like Nvidia by offering cut-price 2-nanometer prototypes. However, it seems that TSMC may still fare better in some eyes.
"Samsung sees 2-nanometer as a game-changer," said Dalton Investments analyst James Lim. "But people are still doubtful it can execute the migration better than TSMC."
In part, it's because TSMC is already working at the 3-nanometer level. A number of Apple products, including the A17 Pro in the iPhone 15 Pro line. Meanwhile, Samsung is struggling with a low yield rate for 3-nanometer chips at just 60 percent.
TSMC has previously said it was working on mass producing 2-nanometer chips by 2025, with Apple typically the main customer to debut chips using the process.
Executives told the report the N2 technology development was "progressing well and on track for volume production in 2025, and will be the most advanced semiconductor technology in the industry in both density and energy efficiency when it is introduced."
Mass production in 2025 would, if conducted early enough, allow Apple to use the technology for that year's chip release, presumably called the A19. In theory, it would then be made available in the iPhone 17 Pro range for that year, unless Apple changes its chip release strategy.
Read on AppleInsider
Comments
1. Apple, now soaking up most (or all) of the 3nm production per multiple sources.
2. Nvidia, 4nm (per the FT). Good for their AI machinations.
3. Everyone else.
The 2nm should be a boon for computing efficiency and heat dissipation needed for AR/VR and Apple’s aspirations for consumer products.
anyone, please share their thoughts of this.
1. Why doesn't apple buy TMSC?
2. Regulator reason?
#.Is there an issue of cash on hand?
4. Apple wants to control everything.....it is their nature...
5. What am I missing?
6 Consider Apple could have owned ARM!
7. What are the issues here???
Why buy the cow when you get the milk on favorable terms? Also, the cow lives next door to a pack of wolves who keep threatening to attack.
I usually enjoy reading your posts, but this must be the most insane post I have ever read from you. What were you smoking when you made that post?
The Chinese and Google are using other modems (note: Google gets a free pass on that sub par performance), Apple just has higher standards and more money than them, and Apple is still working on it (modems) so what if it takes 13 years like replacing Intel chips, if will be entirely worth it in the end because Apple will be able to build what they want.
One thing must be said once Apple kicked Samsung out their ability to fast/follow copy Apple is over, Samsung is having problems with their in house software OS and SOC'S and the same can be said of Google, the OS software/hardware integration is still years behind Apple. I was surprise at how far back the Tensor/Samsung SOC'S are in relation to Apples current chips.
https://www.princeton.edu/~maelabs/mae324/glos324/silicon.htm
Current chips are 3nm (2023-2025), next is 2nm (2026-2028), then there's probably two updates left: 1.4nm (2029-2031), 1nm (2032-2034).
Enough for another decade of improvements. If they manage 20% improvement each year, that will result in 6x performance improvement over 3nm. M3 Max is around 16TFLOPs so close to 100TFLOPs in a laptop eventually and entry Macbook Airs will be faster than M3 Max.
People are already settling into lower-end hardware because it does everything they need so people will just buy computers and use then until they need a new one. The manufacturing will become like appliances.
<https://spectrum.ieee.org/cfet-intel-samsung-tsmc>