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TSMC to implement gate-all-around (GAAFET) transistors on the 2 nm nodes by 2023

The GAAFET transistor design (Image Source: Anandtech)
The GAAFET transistor design (Image Source: Anandtech)
TSMC surprised everyone when it announced that its 3 nm nodes will not use GAAFET transistors. Meanwhile, the Taiwanese foundries decided to speed up the release of the 2 nm nodes, which will finally adopt the GAAFET design. Still, the N2 nodes will only become operational by mid-2023, allowing Samsung to get the edge with its 3 nm GAAFET nodes by late 2021. Despite this advantage, TSMC is confident that Samsung will not get too many orders for the 3 nm node due to low yields.
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TSMC recently announced its plans for the 3 nm nodes that should start mass production by 2H 2022, and it looked like the Taiwanese company was still reluctant to adopt the gate-all-around FET transistors. This would allow Samsung to potentially be the first foundry to bring the new transistor structures to the market in late 2021 with its 3 nm nodes that are said to implement the GAAFET design. Samsung might be rushing here and the yields could turn out subpar, but industry sources cited by DigiTimes claim that TSMC is also accelerating the development of its 2 nm node in order to make it operational ahead of schedule (now planned for mid-2023). These 2 nm nodes will finally make the jump to GAAFET transistors, sources say.

The FinFET transistors will soon be reaching their physical limits, and everything under 3 nm needs to adopt a new transistor design. GAAFET appears to be the only viable solution at this point in time, although scientists found that carbon graphenes could work, as well. Intel tried to implement the GAAFET for its 7 nm CPUs initially scheduled to release next year, but the yields were severely affected and the process needed to be simplified and postponed to 2023. TSMC and Samsung warned Intel that the GAAFET tech is not yet ready for mass production, but this did not stop Samsung to push the launch for its GAAFET 3 nm nodes to late 2021.

DigiTime's sources also suggest that Samsung’s plan to overtake TSMC with the 3 nm GAAFET nodes may fail. This could happen because Samsung’s nodes are historically known to get poorer yields compared to TSMC, so, even though Samsung may have the GAAFET nodes operational in late 2021, the production capacities will probably end up highly restricted, leading to increased production prices, which would not be too appealing to clients like Qualcomm, MediaTek etc. Additionally, Apple secured exclusive production and R&D agreements with TSMC up to the 2 nm nodes.

Transistor design comparison (Image Source: Anandtech)
Transistor design comparison (Image Source: Anandtech)
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Bogdan Solca
Bogdan Solca - Senior Tech Writer - 1503 articles published on Notebookcheck since 2017
I first stepped into the wondrous IT&C world when I was around seven years old. I was instantly fascinated by computerized graphics, whether they were from games or 3D applications like 3D Max. I'm also an avid reader of science fiction, an astrophysics aficionado, and a crypto geek. I started writing PC-related articles for Softpedia and a few blogs back in 2006. I joined the Notebookcheck team in the summer of 2017 and am currently a senior tech writer mostly covering processor, GPU, and laptop news.
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> Notebook / Laptop Reviews and News > News > News Archive > Newsarchive 2020 09 > TSMC to implement gate-all-around (GAAFET) transistors on the 2 nm nodes by 2023
Bogdan Solca, 2020-09-22 (Update: 2020-09-22)