Europe’s Chip Sector Battles for EU Budget Backing to Stay Competitive

With global chip competition intensifying, leaders say now is the time to invest in manufacturing, research, supply chain resilience, and raw materials to secure Europe's tech future.

Introduction:

Imagine Europe’s chip industry as a powerful engine with massive potential—but running on low fuel. That fuel is investment. Without it, the engine sputters, unable to keep pace with global tech leaders.

As the European Union gears up to finalize its 2028–2034 Multi-Annual Financial Framework (MFF), Europe’s semiconductor sector is urging policymakers to fill the tank.

Leading associations including SEMI Europe, ESIA, CLEPA, and the Global Electronics Council met in Brussels to stress one urgent message: the chip industry must become a cornerstone of the EU’s long-term financial planning.

techovedas.com/eu-chips-act-set-to-attract-over-e100-billion-in-private-investment-by-2030

Brief Overview: 5 Reasons the EU Chip Sector Needs Budget Support

Sovereignty – Reducing Europe’s over-reliance on Asian chip imports

Supply Chain Security – Fixing fragile links exposed during past shortages

R&D Growth – Funding advanced design, AI chips, and 2nm process nodes

Raw Materials Access – Securing and recycling rare earths for chip production

High-Tech Jobs – Revitalizing regional economies through skilled employment

Chips Act Laid the Foundation, But the Job Isn’t Done

The 2023 European Chips Act targeted a bold goal—doubling Europe’s chip market share to 20% by 2030. It committed €43 billion in public-private investment to support chip design and manufacturing.

But as Laith Altimime, President of SEMI Europe, explained during the recent roundtable in Brussels, “We need long-term commitment. The next EU budget must reinforce the momentum of the Chips Act.”

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Data Snapshot: Europe vs Global Leaders

RegionChip Market Share (2023)Target (2030)Key Investment Focus
Europe~10%20%Foundries, R&D, Packaging
United States12%25%CHIPS Act, Talent Pipeline
Taiwan60%+ (advanced nodes)Maintain leadTSMC, Vertical Integration
South Korea17%Expand DRAMSamsung, SK Hynix

Source: European Commission, SEMI

Raw Materials: The Missing Piece of Europe’s Puzzle

Chips don’t run without rare earths. Europe imports over 90% of key materials like gallium and germanium, many of which China currently dominates.

The EU’s Critical Raw Materials Act sets a goal of reducing reliance on any single country to below 65%—a tough target without major investments.

The Brussels roundtable recommended funds for local mining, battery-grade recycling, and strategic raw material alliances with Africa and Australia.

Semiconductors = Strategic Defense and Growth Asset

Semiconductors are no longer just tech components—they are national security assets. Whether it’s 5G infrastructure, electric vehicles, or AI servers, countries that control chip production control the digital future.

Altimime emphasized this:

“The EU’s industrial strategy must treat semiconductors like energy and defense. They power everything.”

Conclusion: Invest Today or Lag Tomorrow

Europe’s chip sector has the expertise, innovation hubs, and political will. What it lacks is sustained financial firepower. As EU leaders prepare the 2028–2034 budget, the semiconductor industry urges them to treat chips not as a luxury—but as a strategic necessity.

Just like an engine needs fuel to race, Europe’s chip sector needs capital to compete. The checkered flag is in sight—but only if Europe steps on the gas.

Europe is positioning itself for a semiconductor industry that is more competitive, resilient, and innovative.

Kumar Priyadarshi
Kumar Priyadarshi

Kumar Joined IISER Pune after qualifying IIT-JEE in 2012. In his 5th year, he travelled to Singapore for his master’s thesis which yielded a Research Paper in ACS Nano. Kumar Joined Global Foundries as a process Engineer in Singapore working at 40 nm Process node. Working as a scientist at IIT Bombay as Senior Scientist, Kumar Led the team which built India’s 1st Memory Chip with Semiconductor Lab (SCL).

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