Samsung said on its earnings call that it will break ground on a second foundry at its Taylor, Texas, campus before the end of this year to expand advanced semiconductor capacity and meet surging demand. The company is accelerating its rollout of 2‑nanometer production and aims for mass production from the new fab in 2030.
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Taylor chip fab: why Samsung is moving faster
Samsung opened its Taylor campus with plans for advanced foundry capacity but initially saw a slow start as demand lagged. That picture has changed: rising orders from major U.S. customers have prompted the company to speed up expansion plans and add a second Taylor fab to increase output of cutting‑edge processes.
Expansion timeline and capacity targets
“We will gradually expand our 2‑nanometer capacity and are preparing to break ground on our second Taylor fab by the end of this year, targeting mass production in 2030,” the company said. The statement frames the project as part of a planned, phased increase in 2‑nanometer capacity rather than an immediate ramp to full production.
Customers and commercial drivers
Samsung noted significant commitments from U.S. firms that underlie the capacity push. Among the orders cited are a $16.5 billion contract with Tesla and a broad $200 billion deal with Broadcom that includes production of advanced chips. Those agreements help explain the urgency behind adding another foundry at Taylor.
What this means for U.S. chip manufacturing
Adding a second fab at the Taylor campus increases domestic advanced-node manufacturing capacity for U.S. customers and reflects a broader industry trend of onshoring sophisticated chip production. Samsung’s decision signals confidence in sustained demand for leading-edge nodes and addresses a shortfall between current expansion pace and customer needs.
A measured build with long lead times
Although construction is set to start this year, Samsung’s target for mass production in 2030 underscores the long lead times of advanced fabs. The company describes the capacity increase as gradual, indicating incremental scaling of 2‑nanometer output rather than an immediate surge.
The announcement highlights how commercial contracts are shaping factory investment decisions and how suppliers and customers are aligning timelines for next‑generation semiconductors.
