In a world where technology races ahead at breakneck speed, the gap between China’s semiconductor manufacturing capabilities and those of global giants like Intel, TSMC, and Samsung remains significant. According to ASML CEO Christophe Fouquet, Chinese companies such as Huawei and SMIC are about 10 to 15 years behind their international competitors, despite making notable technological progress.
One major roadblock for Chinese manufacturers is their lack of access to state-of-the-art extreme ultraviolet (EUV) lithography machines. These machines, essential for producing advanced semiconductors, are developed by the Dutch company ASML and come with a hefty price tag of around 400 million euros each. The sheer scale of these systems is illustrated by the fact that it takes seven cargo planes just to ship one.
Yet, despite these challenges, ASML reported robust financial results for the third quarter of 2024, with net sales reaching 7.5 billion euros and profits at 2.1 billion euros. Even though new orders fell to 2.6 billion euros, a significant decrease from the previous quarter’s 5.6 billion euros, China remains a vital market for ASML. In fact, nearly half of ASML’s sales for the quarter came from China.
However, the future remains uncertain. Analysts are warning that ASML might face a drop of nearly 25 percent in its Chinese sales next year, with tightening geopolitical tensions potentially putting 45 percent of its total Chinese revenue at risk. Although the U.S. is pushing ASML to halt its servicing of equipment in China, the Netherlands has yet to comply with these demands.
Developing their own EUV systems is a goal for Huawei and its partners, but experts say it could take decades to build a competitive ecosystem, even with access to some already-developed older technologies. The journey for China’s semiconductor leap is a marathon, not a sprint, echoing the efforts ASML and its allies undertook to perfect the commercial EUV ecosystem over more than two decades.
As the backdrop of geopolitical strains influences global tech landscapes, the race to semiconductor supremacy continues to be an intricate dance of innovation, power, and perseverance.
