China’s top nuclear weapons research institute managed to obtain American-made semiconductors despite export rules banning the transfer of U.S. technology to organizations associated with the Chinese military, The Wall Street Journal reported Sunday.
The China Academy of Engineering Physics (CAEP), which developed China’s first hydrogen bomb, has purchased American chips at least 12 times in the past two and a half years, the WSJ reported, citing procurement documents seen by the outlet. Although the U.S. blacklisted the academy in 1997, it has circumvented U.S. sanctions by obtaining the advanced chips from third-party sellers, according to the WSJ.
Companies including Intel and Nvidia manufacture the semiconductors in question, which have broad applications in datacenters and personal computers, according to the WSJ. CAEP acquired the chips through the purchase of computer systems used to study computational fluid dynamics, a field of research that involves modeling nuclear explosions. (RELATED: China Recruited Scientists Who Worked At Top US National Security Lab, Report Says)
The Commerce Department further expanded sanctions on CAEP in 2020, prohibiting the institution from obtaining items produced in the U.S. over concerns of its association with China’s military.
The Commerce Department’s Bureau of Industry and Security also banned sales of equipment that can be used to manufacture the latest generations of semiconductors, measuring 10 nanometers and below, in 2020. Then, in October, it banned U.S. chipmakers from exporting chips to China with applications in AI and supercomputers, the WSJ reported.
At least 34 research papers CAEP published referenced the use of American semiconductors in research for purposes such as analyzing data and generating algorithms, according to the WSJ’s review. Of those, seven could translate to measures used to maintain nuclear stockpiles, experts told the outlet.
How does the Chinese government spend its money? @CSETGeorgetown‘s latest newsletter includes links to translated 2019 budget documents for the:
* Ministry of Public Security
* China Academy of Engineering Physics
* National Natural Science Foundation
* China Association of S&T https://t.co/nmBMEEb13a
— Ryan Fedasiuk (@RyanFedasiuk) September 2, 2020
The Biden administration has doubled down on long-running exports to prevent Chinese military companies and institutions from accessing sensitive or highly advanced U.S. technology, including types of semiconductors and manufacturing equipment, according to the WSJ. The more sophisticated chips can power artificial intelligence machines and supercomputers underpinning much of today’s weapons and warfighting tactics.
CAEP obtained chips with transistors ranging from 7 nanometers to 14 nm, the former of which represents a sophistication level a Chinese semiconductor firm was discovered to have achieved in July, TechInsights found, and are still difficult for China to produce on a large scale, according to the WSJ. A narrower transistor width allows the chip to process data at greater speeds, according to Bloomberg.
None of the chips CAEP purchased represented the advanced versions available from U.S. companies since 2020, according to the WSJ.
Nvidia told the outlet the chips found in CAEP’s possession were commercially available, all-purpose graphics chips used in millions of personal computers worldwide. Intel said it complies with U.S. export restrictions.
However, those restrictions are “insanely difficult to enforce,” trade lawyer and former Commerce Department official Kevin Wolf told the WSJ.
The Treasury Department and the National Security Council did not immediately respond to the Daily Caller News Foundation’s request for comment.
All content created by the Daily Caller News Foundation, an independent and nonpartisan newswire service, is available without charge to any legitimate news publisher that can provide a large audience. All republished articles must include our logo, our reporter’s byline and their DCNF affiliation. For any questions about our guidelines or partnering with us, please contact firstname.lastname@example.org.