A major chipmaker is pivoting its new Texas factory to make the world's most advanced semiconductors. Samsung is changing the plan for its Taylor plant in Texas to focus on a cutting-edge 2-nanometer manufacturing process. This facility was originally going to produce less advanced 4-nanometer wafers. The company increased its initial production target from twenty thousand to fifty thousand monthly wafers. This move directly challenges TSMC, which is avoiding building its latest technology in the United States.
The factory needs extreme ultraviolet lithography machines from a company like ASML to make these chips. Samsung has already started mass-producing its first 2-nanometer chip, the Exynos 2600, for its own use. A huge contract with Tesla to build a next-generation self-driving chip called the AI6 supports this expansion. The Texas site aims for a monthly output of one hundred thousand wafers within a few years.
Samsung is also developing even more refined versions of this 2-nanometer technology. Its rapid scaling in Texas is a strategic play to match its rival's production scale. Some orders from Chinese cryptocurrency mining firms will likely still be made in South Korea, not at the U.S. plant.
The factory needs extreme ultraviolet lithography machines from a company like ASML to make these chips. Samsung has already started mass-producing its first 2-nanometer chip, the Exynos 2600, for its own use. A huge contract with Tesla to build a next-generation self-driving chip called the AI6 supports this expansion. The Texas site aims for a monthly output of one hundred thousand wafers within a few years.
Samsung is also developing even more refined versions of this 2-nanometer technology. Its rapid scaling in Texas is a strategic play to match its rival's production scale. Some orders from Chinese cryptocurrency mining firms will likely still be made in South Korea, not at the U.S. plant.
