TSMC is reportedly evaluating a chip manufacturing investment in Texas, according to a report carried by finance.yahoo.com. The move would extend the company's United States expansion beyond its existing $265 billion commitment in Arizona.

The reported figure attached to the Arizona program, $265 billion, marks the cumulative scale of TSMC's build-out in that state. It covers the fab complex the company has developed in the Phoenix area, where TSMC has progressively raised its stated investment total across successive announcements since the project began.

A Texas investment would represent a second US manufacturing hub for the Taiwanese contract chipmaker. TSMC already operates its Arizona site as its primary American production base and runs advanced packaging and other facilities in Washington State, acquired through earlier corporate history.

The report did not specify the size, timeline, or technology node of a potential Texas facility. It also did not indicate whether TSMC has committed capital, entered negotiations with state officials, or identified a candidate site. The status of the deliberations therefore remains preliminary, pending confirmation from the company.

TSMC has declined to comment on speculation regarding future investment sites in the past, and no public statement accompanied the report. The company typically confirms new fab locations only after board approval and coordination with government partners.

The Arizona program itself has expanded repeatedly. TSMC announced the initial Phoenix fab in 2020 at $12 billion, then raised the total to $40 billion in 2022 with a second fab, and later to $65 billion under the CHIPS Act framework, which included federal subsidies. Subsequent announcements lifted the committed amount to $165 billion in March 2025, covering additional fabs and advanced packaging capacity. The $265 billion figure cited in the report reflects the latest cumulative total.

First production from the initial Arizona fab began in late 2024, using 4-nanometer process technology. TSMC has said it plans to bring 3-nanometer and 2-nanometer production to the site in later phases.

A Texas site, if pursued, would broaden TSMC's footprint in a state that already hosts major semiconductor operations from Samsung Electronics in Taylor and Texas Instruments in the Dallas area. Samsung's Taylor fab is under construction with support from federal CHIPS Act funding.

For customers, additional US capacity from TSMC would expand the supply of leading-edge logic manufactured domestically. Apple, NVIDIA, AMD, and Qualcomm number among the customers that have said they will source chips from TSMC's American facilities.

The reported deliberations come as the US government continues to press for expanded domestic semiconductor production through tariffs and subsidy programs. Companies across the supply chain have announced new US investments in response, spanning fabs, packaging, and materials.

TSMC reported capital expenditures of roughly $29.8 billion for 2024 and has guided to between $38 billion and $42 billion for 2025, with the majority directed at advanced process capacity in Taiwan and overseas sites including Arizona and Japan.

The company's board would need to approve any Texas investment before it proceeds. Groundbreaking, permitting, equipment installation, and volume production typically follow a multi-year schedule; TSMC's first Arizona fab took roughly four years from announcement to initial output, longer than equivalent projects in Taiwan.

Investors and supply-chain analysts will watch for confirmation in TSMC's quarterly earnings calls and board disclosures, where the company has historically detailed major capital commitments. Until then, the Texas plan remains unconfirmed and unquantified.

The Arizona expansion has proceeded with a workforce mix of Taiwanese engineers and locally hired staff, and TSMC has adjusted construction schedules there several times. Any Texas project would face similar labor, cost, and permitting considerations that have shaped the Arizona build-out's timeline.