Earlier this year, we told you that the world’s largest foundry, TSMC, is expected to prepare chips using its 2NM process node in the United States by 2028. The latest chips of the foundry’s Arizona facility will be ready, yet, after that, after that, during this time, 2nm silicone is being sent to 2nm silicone during the second half of its Taiwan, during the second half of its Taiwan. Trump’s hat to make 2nm chips in the states just 2 years after being launched in Taiwan.
In the same report in January, we also noted that TSMC states will not be the only foundry to make 2nm chips. Samsung will also produce 2NM chips in the United States as the company hopes that they will join the TSMC, taking advantage of President Trump’s desire to take advantage of President Trump’s desire for major consumer electronics. The article published in January states that Samsung is making a fab for the preparation of an advanced chip in Tyler in Texas Tyler. Now, five months later, Samsung has started producing production lines at Taylor’s convenience. We can see that the 2NM chips line in Taylor from next January or February is two years ahead of TSMC’s 2028 target for 2NM production in the United States.
There has been considerable interest from tech companies who are interested in buying US -made advanced chamber, especially in the light of the rates imposed by President Trump. The semiconductors built in the United States will not be subject to tariffs that import tax on imported products only in the United States.
Even despite TSMC’s US 2NM production, the tone has started for two years, the Samsung Foundry will have to get its production. | Image Credit Retail Newsia
Globally, the Samsung Foundry is behind the TSMC in the global market share, and one of the reasons is that the Samsung Foundry’s advanced production on the advanced process nodes that pays for consumers to buy chips. Samsung’s plans had actually demanded that 4NM chips be prepared in the United States before. Despite spending too much on the project, the Korean firm did not produce a 4nm chip in the United States, which raised the question of whether Samsung could make 2nm chips in the United States.
As it seems when talking on the Samsung Foundry, the production of the foundry is key. It is understood, Samsung has achieved 40 % output with its SF2 (2NM) output while it is compared to 60 % of TSMC. Generally, large -scale production requires 70 or more to produce 70 or more, so when Samsung hopes that he will benefit from a two -year head start, it will produce 2nm chips in the United States, the story is the same: Samsung needs to get its production so that he can start production on a 2nm node in the United States.
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