A flagship U.S. semiconductor project promoted during Donald Trump’s presidency is still struggling to meet its promise, raising fresh questions about how quickly onshoring can deliver. Backers say the American build-out remains central to supply chain security, but they concede progress is uneven and the finish line is not yet in sight.
The effort, launched in the late 2010s and tied to state and federal incentives, was meant to expand domestic chipmaking capacity and reduce reliance on Asia. Supporters framed it as an answer to trade tensions and fragile supply lines exposed by the pandemic. Years on, construction milestones, hiring timelines, and production targets have shifted, while costs continue to rise.
The Promise and the Reality
“It is the centerpiece of President Trump’s drive to make more chips in the United States, but the company still has a long way to go before it can be called a complete turnaround.”
That description captures the tension between ambition and execution. The project was billed as proof that the United States could reclaim advanced manufacturing. It drew state-level tax breaks and federal attention. Local officials projected thousands of jobs and a new hub for suppliers. The pitch was simple: build cutting-edge facilities at home and cut exposure to geopolitical shocks.
The world changed fast. A global chip shortage in 2020 and 2021 rattled automakers and electronics brands. Washington doubled down with policy. While the push began under Trump, the effort continued under President Biden with the 2022 CHIPS and Science Act, which set aside tens of billions in incentives and research funding. The goal stayed the same—more capacity on U.S. soil—but expectations met the hard math of cost, complexity, and talent.
Why Onshoring Is Hard
Building a semiconductor plant is not like opening a warehouse. The cleanrooms, ultra-pure chemicals, and precision tools are costly and scarce. Global suppliers book equipment years in advance. Any delay sends schedules sliding.
- Specialized workforce: technicians, process engineers, and tool installers are in short supply.
- Construction inflation: materials and labor costs climbed since 2020.
- Supplier clustering: fabs need nearby parts and services that take time to develop.
Industry veterans say these hurdles slow even experienced chipmakers. Newcomers, or firms rebuilding after stumbles, face a steeper climb. That is why talk of a “turnaround” is cautious. Moving from a press release to high-volume, high-yield production can take several years.
What History Tells Us
In 1990, the U.S. produced roughly a third of the world’s chips. By around 2020, that share was near 12 percent, as manufacturing shifted to Taiwan, South Korea, and other parts of Asia. The drift happened for reasons that do not vanish overnight: lower costs abroad, dense supplier networks, and government packages that made it cheaper to build and run fabs elsewhere.
Recent U.S. policies try to flip that math. Federal grants and tax credits aim to shrink the cost gap with Asia. States compete with land, training, and infrastructure. Early wins include new or expanded facilities announced across Arizona, Texas, New York, and Ohio. But the most complex nodes—where leading-edge chips are made—remain the toughest to stand up quickly.
Economic Stakes and Community Impact
Local economies are watching closely. Construction jobs arrive first, then a wave of permanent roles when tools come online. Suppliers and small businesses follow. Delays ripple through that pipeline, pushing out revenue for towns and states that invested in roads, water systems, and training centers.
Automakers and defense contractors also have skin in the game. More domestic capacity could shield them from export controls, shipping snags, or natural disasters abroad. The flip side is price. Chips made in the U.S. can cost more, at least until scale improves and supplier ecosystems deepen.
What Comes Next
Analysts expect a staggered rollout. Pilot lines may start first, followed by incremental capacity. Companies will likely prioritize specific product lines while they ramp staffing and qualify tools. Watch for three markers of momentum: on-time tool installation, rising yields, and supplier co-location near the fab.
Bipartisan support appears durable, even in a heated election cycle. The national-security framing keeps pressure on timelines, while the CHIPS Act gives financial cover. Still, patience will be tested if schedules slip or budgets grow.
The headline promise of a swift manufacturing revival runs into the slow reality of building fabs. The project at the center of the Trump-era push still seeks steady footing, and calling it a full recovery would be premature. The broader U.S. bid to rebuild chip capacity is advancing, but in measured steps. The next year will show whether permits, people, and parts align—turning ceremony shovels into steady production and, finally, the stable supply chain leaders have been asking for.
