In late May, the U.S. administration took a bold step in its strategy to curb the Chinese semiconductor industry . After realizing that restricting access to American technology had not been effective in halting the advancement of Xi Jinping’s regime, the decision was made to block the export of EDA software .
This critical software automates the design and key processes needed for advancing semiconductor manufacturing and developing new lithographic technologies. It took China less than two weeks to respond by showcasing its developments, highlighting its resilience against U.S. sanctions.
The Context. On May 29, the United States notified three giants in the EDA software industry —Cadence, Synopsys, and Siemens—that they must cease services to Chinese groups. These three companies control over 74% of the global market for these tools.
In an attempt to isolate China from a critical component necessary for advancing in the semiconductor race, the Trump administration targeted one of the few remaining flanks to disrupt.
The Initial Response. The reaction from Chinese EDA software manufacturers was swift. Yang Lianfeng, president of one of the leading companies in the sector, stated that the U.S. decision represented “the best development opportunity in history.”
This move by the Trump administration, aimed at closing a door to China, inadvertently boosted the stocks of national companies and accelerated long-standing processes. These processes have been developing toward creating a self-sufficient industry.
The Next Move: Uploading to GitHub. One distinguishing feature of EDA software is its closed nature. China has guarded its advancements in this field closely for years; however, in response to the U.S. action, it has quickly revealed some of its progress. The Chinese Academy of Sciences , one of the country’s primary scientific institutions, published on GitHub a document detailing its advancements with QiMeng .
This software uses Chinese language models to automate semiconductor manufacturing processes. The development team claims that QiMeng can accomplish in days what would take a human team weeks. It’s essential to emphasize that QiMeng is an open-source academic project without industrial intent. Nevertheless, the timing of this release is impeccable.
Humility in Progress. Modesty is a hallmark of Chinese philosophy. Ren Zhengfei, the leader of Huawei, publicly acknowledged that his chips lag behind U.S. offerings by a year. The Academy has adopted a similar stance, asserting that its performance is currently comparable to Intel proposals from the 1990s and ARM architectures from the 2010s.
The documentation also highlights the current challenges in semiconductor design, such as limited resources, ecosystem diversity, and manufacturing restrictions affecting this technology.
China Has Much to Show. It is quite naive to think that China’s current position in EDA software is merely comparable to solutions from a decade ago. If an academic project and open-source initiative has reached this point, the capabilities of major Chinese EDA companies could be much more promising. The nation is working diligently in silence to achieve self-sufficiency in a field essential for semiconductor leadership, and publicly sharing part of these advancements sends a clear message: they are working patiently toward this goal.
In comparing its product to American solutions, China shows deep respect for rival knowledge and wisdom (a notion encapsulated in the character Zhì 智 ), while simultaneously making its pragmatism abundantly clear: if they cannot access the tools, they will create them themselves.
The escalating tech war between the U.S. and China is not just a conflict of ideas, but a gripping battle for technological dominance that will shape the future of industries for decades to come. As each side develops its strategies, the implications for the global economy and political landscape will undoubtedly be profound.