As the microelectronics industry continues to navigate the complex interplay of AI‑driven demand, geopolitical shifts, and global supply‑chain pressures, industry group SEMI has unveiled its 2026 U.S. Policy Strategy, outlining priority areas to strengthen competitiveness, innovation, and supply‑chain resilience in the years ahead.
The U.S. semiconductor sector has become central to modern technology and national economic security, underpinning systems from artificial intelligence and cloud computing to telecommunications and defense. Recognizing this, SEMI’s strategy — announced in January 2026 — aims to reinforce the foundations of the U.S. microelectronics ecosystem by aligning industry and public‑policy goals across multiple fronts.
One of the key pillars of SEMI’s 2026 agenda is trade policy that preserves market access while supporting national security objectives. Rather than advocating broad tariffs, the industry group calls for balanced, coordinated policies that protect sensitive technologies without hindering competitiveness or disrupting integrated global supply chains. This approach seeks to prevent unintended trade barriers that could impede the flow of vital components or materials.
Closely related is the focus on the CHIPS and Science Act implementation. SEMI urges continuation and expansion of this framework beyond a one‑time intervention — advocating for predictable funding cadences that allow companies to plan long‑term investments in fabrication, packaging, and R&D. This stability is seen as essential for sustaining U.S. leadership in semiconductor manufacturing and innovation.
Another major element of the policy strategy is workforce development. SEMI highlights the persistent shortage of skilled engineers, technicians, and specialists required to staff fabs, advanced packaging facilities, and research centers. To address this, the policy strategy recommends expanding educational pathways, modernizing visa and immigration processes to attract international talent, and strengthening industry‑academic partnerships that align curricula with the practical needs of microelectronics production.
Tax and investment incentives also feature prominently. SEMI’s plan calls for enhanced R&D tax credits, extension of existing investment incentives, and alignment with international frameworks to maintain parity for U.S. firms. These measures aim to encourage sustained, long‑term investment in next‑generation technologies such as AI‑optimized chips, photonics, and quantum hardware.
Supply‑chain resilience is another priority. The strategy emphasizes diversification of sources for materials, critical minerals, and packaging technologies, coordinated export‑control policies among allied nations, and federal‑state regulatory alignment to avoid fragmented standards that could slow deployment of new manufacturing capacity. Strengthening these areas is intended to protect the industry from disruption due to geopolitical tensions or sudden market shocks.
Finally, SEMI underscores the importance of robust R&D collaborations. Sustained public‑private partnerships are crucial for driving the innovation required to stay ahead in cutting‑edge domains — whether it’s AI accelerators, energy‑efficient devices, or next‑generation memory technologies. By coordinating research efforts and funding vehicles, the industry can maintain U.S. leadership and ensure commercial‑grade breakthroughs are realized domestically.
For microelectronics suppliers, buyers, and integrators, SEMI’s 2026 policy strategy provides a roadmap of where industry momentum and public incentives are likely to coalesce. Understanding these priorities can inform long‑range sourcing decisions, R&D investments, workforce planning, and engagement with public‑policy processes — all of which will shape the competitive landscape through 2030 and beyond.