TSMC begins mass production of 3nm chips!

TSMC announced at the beginning of 2022 that 3nm next-generation chips will launch within the year. It has been revealed that Apple’s main supplier will begin mass production of the new generation 3nm chips on December 29 before the end of the year. Since the company will start mass production, it has issued an invitation for the event it will hold. So, in which products will Apple use the new generation chips first? Let’s take a look at the details of the news together.

TSMC’s 3nm processors will be used in the iPhone 15 series

TSMC will now begin mass production of 3nm chips on Thursday this week. Apple currently uses the A16 Bionic processor, which goes through the 4nm manufacturing process in the iPhone 14 series. However, according to reports, the technology giant may switch to a 3nm processor in early 2023. The A17 Bionic processor, which will run the iPhone 15 series, which the company will introduce in 2023, will also go through the 3nm fabrication process.

In a previous report about Apple, in addition to the 14- and 16-inch MacBook Pro with the M2 processor, which will be released soon, the Mac Studio and Mac mini models that will be updated will also use processors that go through the 3nm production process.

TSMC has announced details about 2nm processors!

TSMC has announced details about 2nm processors!

TSMC is preparing for an important step in the processor world. The company has released a teaser about 2nm processors.

In the report of DigitTimes on TSMC, the following words were noted:

“TSMC is scheduled to hold a ceremony on December 29 at the Southern Taiwan Science Park to celebrate the start of commercial production of chips using 3nm process technology on February 18. According to sources at the semiconductor equipment companies, the pure game foundry will also detail its plans to expand 3nm chip production at the factory.”

On the other hand, in another report of DigiTimes, it was shared that the production of chips that will go through the 3nm fabrication process due to the lack of raw material resources is unlikely to increase until the production of the advanced version begins.

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