德国英飞凌投产大型芯片工厂,欧盟寻求技术自主
Germany’s Infineon opens major chip plant as EU seeks tech autonomy

原始链接: https://www.rfi.fr/en/international-news/20260702-germany-s-infineon-opens-major-chip-plant-as-eu-seeks-tech-autonomy

英飞凌(Infineon)位于德国德累斯顿的“智能功率晶圆厂”(Smart Power Fab)已正式启用,该项目投资额达50亿欧元,且比原计划提前三个月完工。这是该公司历史上最大的一笔单项投资,标志着英飞凌在稳固其传统汽车和可再生能源市场地位的同时,正向蓬勃发展的人工智能领域实现战略转型。 得益于欧盟《芯片法案》提供的10亿欧元补贴,该工厂成为欧洲提升技术自主权的核心基石。通过提高本土产能,欧盟旨在降低对亚洲和美国半导体供应的依赖,力争到2030年将全球生产份额从10%提升至20%。 该工厂位于素有“萨克森硅谷”之称的工业枢纽,依托当地深厚的人才储备和成熟的基础设施优势。尽管目前人工智能相关市场存在波动,但有关官员强调,该设施对于长期经济韧性至关重要。通过发挥规模经济效应,英飞凌预计该工厂将大幅降低单位生产成本,从而巩固欧洲在全球微芯片产业中的关键枢纽地位。

英飞凌在德国德累斯顿开设了一家新的半导体工厂,该项目获得了欧盟《芯片法案》10亿欧元的补贴。该工厂专注于电力电子和化合物半导体,而非尖端逻辑芯片,旨在解决欧洲汽车和工业领域关键的供应链瓶颈。 此消息在 Hacker News 上引发了关于欧洲推动“技术自主”的激烈辩论。批评者认为,这是一家低利润、投资过晚的工厂,仅靠“人工智能”概念进行营销。支持者则认为,工业主权——即确保能够生产必不可少的非尖端组件的能力——对于国家安全和经济韧性至关重要,尤其是在地缘政治不稳定和潜在供应链中断的情况下。 讨论还深入探讨了萨克森州的文化和政治气候,一些评论者担心该地区日益严重的政治两极分化可能会阻碍国际高技能人才的引进。相反,支持者认为,对半导体的战略投资对于振兴当地经济至关重要,并指出德累斯顿本身就是历史悠久的微电子中心。归根结底,该项目突显了欧洲在追求自给自足的愿望与在被亚洲和美国企业主导的全球半导体市场竞争所带来的高成本及竞争劣势之间的矛盾。
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原文

Dresden (Germany) (AFP) – German semiconductor giant Infineon opened a five-billion-euro ($5.7 billion) microchip plant Thursday, as Europe seeks to bolster its high-tech autonomy.

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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.

"We all want to further strengthen Europe's position as a semiconductor hub," Infineon CEO Jochen Hanebeck said at the opening ceremony. "And technological sovereignty does not begin with words, but with factories like this one."

The plant will produce chips for intelligent power management that are used in everything from electric vehicles, wind turbines and solar plants to data centres crucial for artificial intelligence.

The plant will operate 24 hours a day, seven days a week with employees working in three shifts.

In the highly automated "clean rooms" where chips are manufactured, the air is continuously filtered to eliminate virtually all dust, and employees wear a polyester-carbon fibre blend suit, a hood, mask, latex gloves and boots to prevent any contamination.

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.

Chancellor Friedrich Merz, who addressed the event via live video link from Berlin, said the plant opening "has direct strategic significance for our digital sovereignty, our economic resilience and our independence".

"Investment in data centres is breaking new records year on year," Merz said, referring to the AI-driven boom in demand. "Because the foundations for the industries of the future are being laid today."

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.

However, the plant opening comes amid significant volatility affecting AI-related stocks, driven by growing concerns over the difficulty of making these massive investments profitable.

The plant is located in the heart of Germany's "Silicon Saxony", which has boasted one of Europe's most dynamic clusters for the microchip industry with a regional specialisation in the sector that dates to investments by communist East Germany.

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.

"One in three chips produced in Europe is made in Saxony," Germany's digital minister, Karsten Wildberger, noted at the event.

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."

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