Europe’s Semiconductor Strategy Is No Longer About Scale Alone
Chips Act 2.0 signals a broader shift toward technological indispensability
As Europe shapes the next phase of its semiconductor strategy, a deeper strategic shift is becoming increasingly visible beneath the policy debates and political negotiations. For years, Europe approached semiconductor sovereignty largely as a race to increase domestic manufacturing capacity and reduce dependence on Asia and the United States.
The new European strategy increasingly suggests something different: Europe no longer appears focused on reproducing the entire semiconductor chain domestically.
Instead, Brussels is gradually moving toward a model built around technological indispensability.
That distinction matters. Because semiconductors are no longer simply products moving through global supply chains. They have become foundational infrastructure for artificial intelligence, telecommunications, defense systems, automotive manufacturing and industrial automation.
And infrastructure rarely operates through isolation alone. It operates through specialization, coordination and control over critical chokepoints.
Europe’s hidden leverage
Much of the global semiconductor debate still revolves around fabs and manufacturing scale. But the semiconductor ecosystem is far more layered than fabrication plants alone. It depends on:
- lithography,
- advanced materials,
- photonics,
- packaging,
- industrial software,
- power electronics,
- machine building,
- and research ecosystems.
This is where Europe remains unusually strong.
ASML continues to dominate one of the most important chokepoints in advanced semiconductor manufacturing through its EUV lithography systems.
ASM International occupies increasingly strategic positions in atomic-scale deposition technologies essential for next-generation chip architectures.
NXP Semiconductors remains deeply embedded in automotive systems, industrial semiconductors and edge infrastructure increasingly tied to Industrial AI.
Meanwhile, imec has evolved into one of the world’s most important semiconductor coordination ecosystems, connecting governments, universities and global technology firms.
Taken together, these ecosystems reveal something increasingly important: Europe may not control the entire semiconductor chain. But it does control several of the layers the global system cannot easily function without.
From autonomy to managed dependency
That logic increasingly appears reflected inside Chips Act 2.0 itself.
The European Commission is gradually moving away from the earlier symbolic goal of producing 20% of global chips domestically by 2030. In its place, a more pragmatic philosophy is emerging: managed dependency, strategic specialization and infrastructural leverage.
As Executive Vice-President Henna Virkkunen recently stated:
“Technological sovereignty is not about building a digital fortress or chasing illusions of complete self-sufficiency.”
Instead, Europe increasingly appears focused on securing the technological layers the rest of the world cannot realistically bypass. That includes:
- lithography,
- advanced packaging,
- photonics,
- Industrial AI,
- and semiconductor infrastructure connected to the physical economy.
The infrastructure model
Perhaps the most important aspect of Europe’s semiconductor strategy is that it differs fundamentally from both the American and Chinese models.
The United States largely dominates through hyperscale platforms, software ecosystems and capital concentration.
China increasingly operates through vertically integrated state-backed industrial expansion.
Europe, by contrast, is quietly positioning itself around interconnected industrial ecosystems and infrastructure layers.
That strategy may appear less dramatic than the race for AI dominance currently unfolding between Washington and Beijing. But it may also prove more durable. Because the future semiconductor economy may depend less on who controls every layer — and more on who controls the critical layers nobody else can replace.
In that sense, Chips Act 2.0 may represent something larger than industrial policy alone. It may represent Europe’s attempt to define a third technological model inside an increasingly fragmented global system.
Related Series — Europe’s Semiconductor Reset
This article is connected to Europe’s Semiconductor Reset, an ongoing Perspective series by Altair Media Europe examining how Chips Act 2.0 is reshaping Europe’s technological, industrial and geopolitical strategy.
The series explores Europe’s emerging semiconductor architecture through the lens of ecosystems, photonics, Industrial AI, advanced packaging and technological indispensability.
Credit
Illustration by Altair Media Europe
Caption
A conceptual overview of Europe’s hidden semiconductor ecosystem, visualizing how interconnected companies, research institutions and industrial technologies together form a strategically indispensable layer within the global technology system.
