facebook rss twitter

TSMC becomes first to announce R&D for 2nm node

by Mark Tyson on 13 June 2019, 12:11

Tags: TSMC

Quick Link: HEXUS.net/qaeath

Add to My Vault: x

As 7nm components have gradually began to reach the consumer space through late 2018 into 2019, both TSMC and Samsung have already talked about their plans for 5nm and 3nm process nodes. Now we have learned more about TSMC's operational plans for progressing through to 3nm and even 2nm processes.

Zhuang Zishou, a senior director at TSMC, told Taiwanese media that TSMC's first 3nm plant in Taiwan will be opened by 2021 and being mass production in 2022. Meanwhile, to counter the competition from Samsung - which recently scalped the Qualcomm Snapdragon 865 SoC and Nvidia Ampere GPU contracts from under its nose - TSMC is forging ahead with 2nm process R&D and production plans.

Chart from IEE Spectrum

The upcoming 2nm process plant will join lots of other TSMC facilities in Hsinchu, Taiwan - where the well-known Science Park hosts 400 tech companies including the likes of Acer, AUO, Lite-On, Realtek and Zyxel. It is expected that R&D will be completed and the new 2nm facility be opened by 2024.

Chart from EE Times

Above is a 'journey to 2nm diagram from the EE Times. What will happen next remains to be seen. Can we find a wonder material to replace silicon for further process refinements, will another computer processor tech (optical, organic, quantum) break into the mainstream, or will something else knock over the applecart?

Source: TechWeb (Chinese) via NoteBookCheck.

HEXUS Forums :: 19 Comments

Login with Forum Account

Don't have an account? Register today!
Finally, Ryzen @ 5Ghz.
2nm! Amazing.
Just WOW!
Even if it takes 5 years, that's mind-boggling! :D
So where do we go after the ever decreasing node? When the day comes that big boys in the CPU market have exhausted a 0.1 or some other ridiculous nm measurement, what are the ideas floating about for consumer processors for the future? Realistically, or theoretically realistic, if such a term exists.