Everything seems to be going according to plan. Exactly a year ago, it was rumored that TSMC planned to produce its first 3-nanometer chips by the end of 2022, and that premise was fulfilled. The world’s most famous processor manufacturing company Starts mass production of iPhone 15’s A17 Bionic chips During the 3 nanometer process.

This complex chip manufacturing process will be exclusive to Apple for a long time and will increase the performance of processors as well as improve their performance. energy efficiency.

Confirmed, iPhone 15 will have a 3-nanometer processor

Taiwan Semiconductor Manufacturing Company (TSMC) started mass production. 3 nanometers New generation. These chips will be applied in the assembly of future Apple mobile devices, according to Bloomberg.

3 nanometer chip will be produced TSMC’s southern Taiwan facilities. TSMC chairman Mark Liu assured that demand for this technology is “very strong”.

3 nanometer chip manufacturing process reduce processor size without losing even a bit of performance by increasing the usable space between hardware components to improve performance and energy efficiency.

TSMC, Apple’s main chip supplier

view Will start adopting 3 nanometer processors in 2023, with the launch of the iPhone 15 range via A17 (Bionic?) processors. We don’t know if the company with the bitten apple logo will implement a 3 nanometer chip in all versions of the iPhone 15 or if it will be limited to the iPhone 15 Pro and iPhone 15 Pro Max.

On the other hand, they from TSMC Setting up a factory in America 3-nanometer chips will also be produced. But when the facilities open their doors in 2024, production will go through the 4 nanometer process. However, mass production of 3-nanometer chips is planned for 2026, when TSMC will embark on a new, more advanced and complex process.

Recently, the processors of the iPhone 15 series will be 35% more efficient and will prioritize battery life before the strength of your performance. By the way, this is news that perfectly coincides with the start of mass production of 3-nanometer chips. What do you think about this information?