Infineon opens Dresden chip plant ahead of schedule, doubling Europe's power semiconductor capacity

Infineon opens Dresden chip plant ahead of schedule, boosting global supply capacity

Infineon has opened its new Smart Power Fab in Dresden ahead of schedule, adding capacity for chips used in AI data centers, electric vehicles, renewable energy, and industrial systems. The move expands Europe's semiconductor base, strengthens supply chains, and could affect technology markets far beyond Germany and the continent. Infineon Technologies AG said in a press release on July 2, 2026, that it has opened its Smart Power Fab in Dresden several months earlier than planned, marking the company's largest single investment and one of Germany's biggest industrial projects. The five-billion-euro plant creates 1,000 direct jobs. It doubles Infineon's manufacturing capacity at the Dresden site, making it the world's largest factory for intelligent power semiconductors and analog, mixed-signal technologies, according to the company. Chief executive Jochen Hanebeck said the timing was important because the facility will help meet rising demand for key technologies, including power supplies for AI data centers, software-defined vehicles, and renewable energy systems. He said the expansion strengthens Infineon's position in global semiconductor markets and supports critical supply chains. German Chancellor Friedrich Merz said the investment shows that competitive semiconductor manufacturing is possible in Germany and Europe. He said power semiconductors are important for the energy transition, future mobility, and AI infrastructure, and that the Dresden expansion supports technological sovereignty and supply-chain resilience. German Digital Transformation Minister Karsten Wildberger said the plant will secure jobs and create value in Germany, while Saxony's Minister-President Michael Kretschmer said Dresden's microelectronics cluster gave the site a decisive advantage. Infineon said the new fab uses digital tools to speed up production ramp-up. The building and machine layout were planned with a digital twin, while AI algorithms support system and process clearance. The company also described its connection to its Villach site as a "One Virtual Fab" that should accelerate the qualification of processes and products. Chips made in Dresden are expected to be used in AI data centers, wind and solar power systems, and automotive applications, including software-defined vehicles. Infineon said the plant's combination of power semiconductors and analog, mixed-signal components is designed to support more energy-efficient systems. The company also said the facility is intended to reduce environmental impact. It will not use natural gas, will cut water consumption through treatment and closed-loop systems, and will aim to recirculate about 90% of the water used. Article edited by Jack Wu

Germany's Infineon opens major chip plant as EU seeks tech autonomy

Berlin (AFP) - German semiconductor giant Infineon opened a five-billion-euro ($5.7 billion) microchip plant Thursday, at a time Europe seeks to bolster its high-tech autonomy. The "Smart Power Fab" in the eastern city of Dresden, completed three months ahead of schedule, has been hailed as a symbol of an EU push to reduce dependency for crucial parts on Asia and the United States. The factory will produce chips for intelligent power management that are used in everything from electric vehicles, wind turbines and solar panels to data centres crucial for artificial intelligence. The facility was backed by the EU's Chips Act with one billion euros in subsidies, part of a broader policy aimed at doubling the EU's share of global semiconductor production from 10 to 20 percent by 2030. Work on the new plant began in May 2023, and represents both the largest single investment in Infineon's history and a major strategic pivot for the technology firm based outside of Munich. The company has moved away from being primarily a supplier to the automotive industry and instead sought to capitalise on the massive AI investment boom. The plant is located in the heart of Germany's "Silicon Saxony", which boasts one of Europe's most dynamic clusters for the microchip industry. Dresden, home to nine universities, has a large number of trained engineers who are sought after by the roughly 2,500 companies in the sector operating in the area. While constructing the "Smart Power Fab" came at a high cost, the subsequent unit production cost of the microchips will be minimal, say experts. "The chip industry is a business driven by extreme economies of scale," Wolfgang Weber, head of the German electronics association ZVEI, told AFP. "The first chip is incredibly expensive because you have to build a factory first - -- an investment that can run into the billions of euros. Once production is up and running, unit costs drop sharply."