TI to invest $60B to manufacture foundational semiconductors in the U.S.
Texas Instruments’ plan to invest over $60 billion in U.S. manufacturing of “foundational” (mature-node) semiconductors is being met with both optimism about domestic chip capacity and deep skepticism about how much of it will actually materialize. Commenters note that much of the spending appears to bundle previously announced projects and is tightly linked to CHIPS Act subsidies and political signaling, drawing comparisons to high-profile projects that never fully delivered. Others point out that while older-node analog and power chips are critical for industrial and defense applications, the economics, power requirements, and remaining reliance on overseas packaging raise questions about long-term viability and strategic impact.
Scale and Credibility of the $60B Plan
- Many commenters doubt TI will truly invest $60B, noting it’s ~1/3 of its market cap and likely spread over a decade or more.
- Several see this as similar to past mega-announcements (e.g., Foxconn in Wisconsin) that underdelivered on jobs and facilities.
- Others counter that TI has been steadily expanding fabs for years and already has substantial US manufacturing, so at least part of this is real, not pure vaporware.
- Some note the announcement bundles previously announced fabs and expansions into a single big headline number.
Political Context and Subsidies
- Strong consensus that this is tightly coupled to CHIPS Act subsidies and broader federal industrial policy.
- The language about working “alongside the U.S. government” is read as a clear signal that public money is expected.
- Several see it as a political ad tailored to the current administration, meant to secure or preserve subsidies rather than commit to fully incremental investment.
- There’s debate over whether such projects will be properly followed up and held accountable, or quietly scaled back later.
“Foundational Semiconductors” / Legacy Nodes
- “Foundational” is widely interpreted as a political rebranding of mature/legacy nodes (≈22nm and above, often far larger).
- Commenters note TI’s strength in analog, power management, RF, DSPs, and other non-leading-edge parts, many used in military, automotive, and industrial applications.
- Older nodes are said to have lower margins but better yields and are still strategically vital, especially for defense and supply-chain security.
US Capacity, Packaging, and Competitiveness
- Some argue advanced semiconductor manufacturing is structurally higher-cost in the US, so such fabs only pencil out with strategic or security rationales and subsidies.
- Others point out that significant US production already exists (e.g., Intel, TI), though competitiveness issues remain.
- There’s interest in onshoring packaging/OSAT; commenters note CHIPS money is also going into US packaging, particularly in Texas, but much remains overseas.
Power, Renewables, and Infrastructure
- Fabs’ heavy power demand raises questions about grid impact and sourcing.
- Some note that large industrial projects in Texas increasingly co-invest in renewables, aided by state and federal incentives.
Trust, Corporate Behavior, and Quality
- Skeptics frame this as another case of financialization and rent-seeking: big promises to unlock subsidies, with risk of minimal real delivery.
- One practitioner complains of serious quality issues with certain TI parts, hoping any new investment improves QC rather than just capacity.