Chinese defense-linked university buys restricted NVIDIA AI chips

Bypassing the blacklist

Northwestern Polytechnical University in Xi'an recently acquired two NVIDIA H200 chips for 874,700 yuan, which is about $123,000. This transaction occurred despite the university being on a US export blacklist designed to prevent the flow of sensitive technology to certain Chinese entities. The purchase was made for the school's management department through a local Chinese supplier called Shaanxi Bosuan Network Technology.

The H200 is one of the most powerful chips available for training and running complex artificial intelligence systems. Because of its capabilities, exporting these chips to specific institutions normally requires a US license. However, the records indicate that these licenses are generally denied to the university due to its history of military-related research.

As TweakTown reported, this is the first time these specific procurement records have been made public. The university's ability to source these components suggests that local resellers may be playing a role in moving hardware across borders. This creates a complex environment where high-end hardware reaches restricted destinations despite official government policies.

Military ties and research

Northwestern Polytechnical University is not a standard academic institution; it is a member of the 'Seven Sons of National Defense.' This is a group of Chinese universities that have a long history of conducting research for the People's Liberation Army. The school specifically focuses on developing military aircraft, missiles, and satellites, which makes it a primary target for US trade restrictions.

The US Commerce Department first added this university to the Entity List in 2001 because of its alleged involvement in missile proliferation and military research. In 2019, the government tightened the rules to ensure that license requests from this institution are almost always rejected. The recent purchase of H200 chips directly contradicts the intent of these security measures.

The university's cybersecurity school also engaged in several rental contracts this year to gain access to restricted hardware. These agreements allowed the school to use machines containing eight H200 processors for refining AI systems and training on reinforcement learning. By using rental services, the university can utilize high-end computing power without necessarily owning the physical hardware directly.

Widespread hardware access

The procurement records suggest that Northwestern Polytechnical University is not the only institution finding ways to acquire restricted hardware. A review of 26 different Chinese procurement and corporate records from this year shows a pattern of universities buying restricted chips. For example, Shenzhen University purchased three H100 chips in September, while Wuhan University of Technology bought an H100 server and four A100s.

Other major institutions with defense ties are also appearing in these records. Beihang University, another member of the 'Seven Sons' with aerospace and defense links, bought four A800s in April. Additionally, notices regarding procurement identified vendors offering H800 and A800 processing to the University of Chinese Academy of Sciences.

These records are often vague regarding the origin of the chips or the physical location of the rented servers. This lack of transparency makes it difficult for regulators to track how many restricted units are entering the Chinese market. The data suggests a systemic effort by various research institutions to secure the hardware necessary for advanced AI development.

The geopolitical tension

These findings come at a time of intense scrutiny for NVIDIA and its leadership. CEO Jensen Huang has faced a board investigation following admissions regarding a personal relationship with an executive at Megaspeed. US officials have suspected that this executive may have been working for Chinese intelligence, adding a layer of security concern to the company's operations.

The debate over how to handle these sales remains a central point of contention in American policy. Huang has argued that continuing to sell to China helps maintain American technological leadership by keeping the market open. However, many lawmakers from both political parties argue that providing access to top-tier chips could accelerate the modernization of the Chinese military.

The recent purchases highlight the difficulty of enforcing a total embargo on high-demand technology. As the demand for AI training power grows, institutions may find increasingly creative ways to obtain the necessary hardware. This situation puts pressure on the US government to find more effective ways to monitor local resellers and cloud service providers.