Apple Explores Using Intel and Samsung to Build Main Device Chips in the US

Why It Matters

By adding U.S. sources, Apple can reduce exposure to Taiwan‑China tensions and strengthen its control over critical chip production, while boosting the American semiconductor ecosystem.

Key Takeaways

• Apple considers Intel and Samsung for US‑based processor production.
• Diversifying away from TSMC reduces supply‑chain risk.
• Samsung's Texas fab aims to produce advanced nodes for Apple.
• Intel's US foundries could support Apple’s custom silicon roadmap.

Pulse Analysis

Apple’s push to source its flagship silicon domestically reflects a broader strategic pivot. Since 2016, the company has relied on TSMC’s cutting‑edge process nodes for iPhone and iPad chips, a relationship that has powered its performance lead but also tied its supply chain to Taiwan’s geopolitical volatility. By courting Intel and Samsung, Apple is exploring a multi‑sourcing model that could give it greater bargaining power, faster access to capacity, and a hedge against potential export restrictions or supply disruptions.

Intel’s resurgence in advanced manufacturing aligns with U.S. policy incentives such as the CHIPS and Science Act, which earmarks billions for domestic fab expansion. The company’s recent roadmap promises 7‑nanometer and 5‑nanometer processes that could meet Apple’s performance criteria, albeit with a different architecture than its current ARM‑based designs. Partnering with Intel would also allow Apple to tap into a mature ecosystem of design tools and a robust domestic supply chain, potentially lowering logistics costs and simplifying compliance with emerging security regulations.

Samsung’s Texas facility, slated to reach advanced‑node capability within the next two years, adds another competitive dimension. The South Korean giant brings its own expertise in high‑volume, high‑yield production and has already demonstrated the ability to fabricate custom logic for premium devices. For Apple, a U.S.‑based Samsung fab offers a blend of technological parity with TSMC and geographic diversification. Collectively, these moves could accelerate the reshoring of semiconductor manufacturing, spur job creation, and intensify competition among the world’s leading foundries, ultimately benefiting consumers through more resilient and innovative device ecosystems.