Tokyo Electron wins AI semiconductor manufacturing award: Europe faces Japan's challenge in advanced packaging

When Advanced Packaging Becomes the New Battlefield for AI Computing Power

On June 29, 2026, Tokyo Electron (TEL), a Japanese semiconductor equipment giant, was awarded the "AI Semiconductor Manufacturing Solution of the Year" by market intelligence agency AI Breakaway. The award aims to recognize outstanding technologies and products in the global AI field, receiving thousands of nominations from over 20 countries this year. TEL's winning core lies in its 3D integration technology (3DI) — by precisely stacking logic and memory devices into a single package, it significantly improves data bandwidth, reduces latency and power consumption, thereby breaking through the physical limits of planar transistors. At the same time, TEL deeply embeds AI into equipment design and manufacturing processes, leveraging software and AI process control to achieve higher yield and reliability.

This news has sparked not only admiration for the technology itself in European industry, but also deep reflection on its own competitiveness. In an era when Moore's Law is approaching physical limits, advanced packaging is becoming a key lever for AI chip performance growth, and Asian equipment suppliers — especially Japanese and Korean companies — are firmly occupying this technological high ground.

Cracks in Europe's Semiconductor Strategy: The Absence of Packaging

The European Chips Act, which took effect in 2023, has invested over €43 billion with the goal of increasing Europe's share of global semiconductor production capacity to 20% by 2030 and achieving autonomous manufacturing of advanced processes. However, the strategy's deployment in the field of advanced packaging is far from forming a systemic advantage. European packaging equipment companies such as Besi (Netherlands) and ASM (Netherlands) have technical expertise in specific segments (e.g., wire bonding, encapsulation), but in the most cutting-edge packaging processes such as 3D stacking and hybrid bonding, their market share lags significantly behind Asian and North American manufacturers like TEL, Applied Materials (USA), and Disco (Japan).

TEL's 3DI technology has already entered mass production, directly serving the high-bandwidth memory (HBM) and system-in-package needs of AI chip giants such as NVIDIA and AMD. In contrast, European packaging lines are heavily dependent on imported equipment, which exposes European chip design companies to greater reliance risks when vertically integrating supply chains. Although the EU promotes packaging R&D through frameworks such as the "IPCEI on Microelectronics", commercial capacity building is still dominated by packaging plants established in Europe by TSMC, Intel, and Samsung — and the equipment used in these plants also largely comes from Asia.

AI Integration into Manufacturing: A New Competitive Weapon for Japanese Companies

Another highlight of TEL's award is its application of AI technology throughout the entire semiconductor manufacturing process. Through the Epsira digital transformation solution, TEL has achieved integrated AI control over equipment design, process development, and manufacturing optimization. This approach not only shortens the time to production readiness but also significantly improves production uniformity and reliability.European equipment giants have not been idle in the integration of AI and manufacturing—ASML has widely adopted machine learning to optimize exposure parameters in lithography machines, but its core product remains front-end lithography equipment. In back-end packaging processes, European equipment makers are clearly lagging behind companies like TEL and Applied Materials in AI application capabilities. Integrating AI into manufacturing means higher efficiency and lower defect rates, which is becoming a key decision factor for customers when selecting equipment. If European equipment makers cannot catch up quickly, their global market share in the semiconductor back-end sector may further shrink.

The Dilemma Under Strategic Autonomy: Cooperate or Catch Up?

For European policymakers, TEL's success sends a clear signal: advanced packaging is not only about chip performance but also about supply chain autonomy. The EU has explicitly listed "advanced packaging" as an investment priority in the Chips Act, but actual funding and project implementation have been slow. In contrast, the Japanese government is rapidly advancing advanced chip technology through public-private projects like "Rapidus," while Samsung and SK Hynix in South Korea are also investing heavily in packaging.

• Options available to Europe include:
• Increasing R&D subsidies for European packaging equipment companies to help them break through 3D integration and hybrid bonding technologies;
• Attracting Asian companies like TEL to set up R&D and production bases in Europe, reducing supply risks through localized production;
• Strengthening cooperation with regions that have packaging advantages, such as conducting technical exchanges through the EU-Japan Digital Partnership framework.

But every option faces time pressure. The iteration cycle of AI chips has shortened to 18 months, while the commercialization timeline for European packaging equipment is still measured in "years." If effective advanced packaging equipment production capacity cannot be established within the next 3 to 5 years, Europe's voice in the global AI chip value chain will weaken.

Conclusion: Packaging Is Not Just a Process—It Is Core Competitiveness

Tokyo Electron receiving the AI Semiconductor Manufacturing of the Year award marks a convergence of technological strength and market demand, and also serves as a mirror reflecting the global semiconductor industry landscape. It reminds Europe: without a strong packaging equipment ecosystem, the goals of the European Chips Act will be incomplete. As AI performance demands continue to drive reliance on 3D integration and smart manufacturing, Europe must form a synergy of policy, capital, and technology; otherwise, its weakness in the back-end semiconductor sector will undermine the entire vision of strategic autonomy.