Taiwan invests $250 billion in semiconductor manufacturing in the United States

The Trump administration has signed a landmark multi-billion-dollar trade agreement with Taiwan aimed at helping the United States boost domestic semiconductor manufacturing.

Under the agreement announced by the US Commerce Department on Thursday, Taiwanese semiconductor and technology companies agreed to make $250 billion in direct investments in the US semiconductor industry. These investments will extend across semiconductors, energy and “production and innovation” in the field of artificial intelligence, according to A press release. Taiwan currently produces More than half of semiconductors in the world.

Taiwan will also provide an additional $250 billion in credit guarantees for additional investments from semiconductor and technology companies, according to the Ministry of Commerce. The time period for these investments is unclear.

In return, the United States will invest in Taiwan’s semiconductor, defense, artificial intelligence, communications, and biotechnology industries. The press release did not specify a specific dollar amount associated with the US side of the deal.

The news comes a day after the Trump administration published an announcement that reiterated the country’s goal of bringing more semiconductor manufacturing back to the United States and acknowledged that the process will take time as only 10% of semiconductors are produced in the United States.

“This reliance on foreign supply chains represents a significant risk to the economy and national security,” the announcement said. “Given the foundational role that semiconductors play in the modern economy and national defense, disruption of import-dependent supply chains could strain U.S. industrial and military capabilities.”

The ad that was announced 25% of customs duties on some advanced artificial intelligence chipsHe also stated that once trade talks with other countries are completed — such as this deal with Taiwan — there will be additional tariffs on semiconductors.