US House Panel Approves 20 Measures to Block China's Chip Rise
Synopsis
Key Takeaways
The US House Foreign Affairs Committee has approved 20 new export control measures designed to restrict China's access to cutting-edge semiconductor technology, marking a significant escalation in Washington's tech war with Beijing. The proposals cleared the committee stage earlier this week and are now headed for broader deliberation in the US House of Representatives. The move signals a hardening bipartisan resolve to prevent China from closing the gap in advanced chipmaking capabilities.
Key Bills Cleared by the House Panel
Among the most consequential proposals is the Match Act, introduced by Republican Representative Michael Baumgartner. The bill seeks to bring US allies into closer alignment with Washington's existing restrictions on exports of advanced semiconductor manufacturing equipment to China.
Baumgartner stated that China has made its intentions unmistakably clear — it aims to dominate the technologies that form the backbone of both the US economy and its national defence infrastructure. He further warned that the US cannot afford to leave open back doors that allow the Chinese Communist Party (CCP) to acquire the tools necessary to leapfrog in semiconductor manufacturing.
The Match Act, if enacted, could significantly impact the sale of high-end equipment including deep ultraviolet (DUV) lithography machines manufactured by Dutch firm ASML, which remains a critical supplier in global chipmaking supply chains.
Whistleblower Incentives and AI Sanctions on the Table
Two other notable bills also advanced through the committee. The 'Stop Stealing Our Chips Act' proposes financial incentives for whistleblowers who report violations of export control regulations — a mechanism designed to strengthen enforcement from within the industry.
The 'Deterring American AI Model Theft Act' would empower the US government to impose sanctions on Chinese artificial intelligence firms accused of misappropriating or misusing US-developed AI models. This reflects a broadening of the tech war beyond chips into the AI domain, where the stakes are equally high.
Scaled-Back Restrictions and What Remains
Notably, some of the more sweeping restrictions proposed earlier were moderated before the final committee vote. A proposed blanket ban on certain categories of chipmaking equipment exports was pulled back, suggesting ongoing negotiations between lawmakers and industry stakeholders.
However, key curbs on advanced semiconductor tools remain firmly in place. Analysts note that even the scaled-down measures represent a meaningful tightening of the existing export control architecture that has been evolving since 2022, when the Biden administration first imposed broad chip export restrictions on China.
Why This Matters: The Bigger Semiconductor Battle
These developments are unfolding against the backdrop of an intensifying US-China technology rivalry that spans semiconductors, artificial intelligence, quantum computing, and defence systems. Semiconductors are widely regarded as the oil of the 21st century — whoever controls chip manufacturing controls the future of both economic and military power.
The US semiconductor industry has broadly supported stricter export controls, with major players raising alarms about the rapid rise of Chinese chipmakers such as Semiconductor Manufacturing International Corporation (SMIC). SMIC has reportedly made unexpected advances in producing advanced chips despite earlier restrictions, a development that alarmed US policymakers and accelerated legislative action.
This comes amid reports that Huawei and other Chinese tech giants have been sourcing advanced chips through indirect channels, exposing gaps in the current enforcement regime — gaps that bills like the Match Act and the Stop Stealing Our Chips Act are explicitly designed to close.
Global Allies in the Crosshairs
The Match Act's focus on aligning US allies — particularly the Netherlands, home to ASML, and Japan, home to Tokyo Electron — with Washington's restrictions underscores a core challenge: unilateral US controls are only as effective as the weakest link among allied exporters. ASML's DUV machines, while less advanced than its EUV (extreme ultraviolet) systems, can still be used to produce chips at nodes relevant to military and AI applications.
As these 20 measures move toward a full House vote, the global semiconductor industry, allied governments, and Beijing will be watching closely. The outcome could reshape international chip supply chains and accelerate China's push for domestic semiconductor self-sufficiency — a goal Beijing has invested hundreds of billions of dollars to achieve under its Made in China 2025 and successor programmes.