Facing the Future: Europe’s Next Big Test

The European Chips Act is a strategic response by the European Union to the challenges and opportunities in the semiconductor sector, aiming to increase Europe’s market share from 10% to 20% by 2030 through a planned investment of over €43bn.

This groundbreaking initiative recognizes the importance of semiconductors in various technologies, from smart devices to electric vehicles, as society becomes more technology-dependent. The EU’s strategic plan focuses on Pilot Lines, dedicated facilities for innovation and streamlined production of cutting-edge semiconductor technologies.

The EU Chips Act addresses the need for strategic autonomy and the green and digital twin transition. This transition involves digitalization and sustainability to combat climate change. The semiconductor industry is crucial in driving these transitions through its enabling technologies.

Two main consequences of the twin transition are the electrification of industries and transport, shifting away from carbon-rich energy sources, and the rapid increase in connectivity and data volumes. The semiconductor industry, particularly in power chip development, plays a key role in meeting these demands.

Wide bandgap (WBG) materials like silicon carbide (SiC) and gallium nitride (GaN) are replacing conventional silicon in power chips. These materials offer higher voltages, faster switching speeds, and efficient power conversion, making them ideal for applications in digital and green transitions.

The European semiconductor industry excels in WBG materials, driving advancements in automotive, industrial, and telecommunication sectors. Companies like Infineon, ST, and NXP lead the market and contribute to digitalization and electrification.

The WBG materials have gained traction for power electronics and telecommunications, transitioning from a commodity market to more innovative solutions. Manufacturing processes and architecture developments are ongoing to improve energy efficiency and reduce costs.

The WBG pilot line project aims to expand the European semiconductor industry’s competitiveness by enabling the adoption of advanced WBG technologies in high-value applications. This distributed facility across Europe will drive innovation and collaboration in materials and device development.

The pilot line will focus on developing advanced processes for materials growth and device fabrication, with a high level of automation and yield. It will also explore new materials like AlN and Ga2O3 for next-generation semiconductors.

Through the WBG pilot line, the European semiconductor industry aims to revolutionize testing and experimentation of advanced technologies, introducing new materials and devices to address societal challenges in energy efficiency and sustainability.

Overall, the WBG pilot line project will have a significant impact on the development of novel technological approaches in semiconductors, accelerating the transition to more efficient and sustainable electrical systems for various market sectors.