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U.S. Grants ZTE Permission to Import H200 AI Chips Amid China Semiconductor Restrictions

The U.S. government has permitted Chinese telecom giant ZTE to purchase Nvidia's H200 AI chips. While ZTE now joins companies like Alibaba and Tencent in gaining access to the Hopper generation chips, the practical impact will largely depend on China's domestic procurement policies.

4 min read Reviewed & edited by the SINGULISM Editorial Team

U.S. Grants ZTE Permission to Import H200 AI Chips Amid China Semiconductor Restrictions
Photo by Mariia Shalabaieva on Unsplash

According to a report by Bruno Ferreira of Tom’s Hardware, the U.S. government has granted approval to ZTE, a leading Chinese telecommunications company, to purchase Nvidia’s H200 “Hopper” AI chips, a previous-generation product. Similarly, server company Maginfra has also received approval. This development marks a new phase in the ongoing U.S.-China semiconductor chess game.

With this approval, ZTE joins a group of roughly 10 Chinese companies—including Alibaba, Tencent, ByteDance, and JD.com—that have received U.S. export licenses. Additionally, a company believed to be linked to Kingsoft Cloud has also been granted permission to purchase AMD accelerators that are equivalent to Nvidia’s H200, specifically chips in the Instinct MI300X class.

Current State of U.S.-China Semiconductor

Regulations

The U.S. has restricted exports to chips up to the Hopper generation and imposes a 25% export tariff to balance fiscal revenue with national security concerns. For ZTE, which previously faced severe setbacks due to U.S. sanctions, this approval signals an improvement in the company’s compliance measures.

According to reports by Reuters, it remains unclear whether Chinese authorities will permit ZTE to import these chips. The Chinese government has adopted a more protectionist stance to foster its domestic semiconductor industry, urging companies to avoid foreign-made chips and instead procure domestically produced accelerators such as those from Huawei.

Demand and Supply of AI Chips in China

Despite efforts to promote domestic procurement, the demand for AI-focused semiconductors in China remains highly robust. Reuters reported that six months ago, Chinese tech firms ordered over 2 million H200 chips, far exceeding Nvidia’s available stock at the time. While Huawei’s Ascend 910B and 910C chips are competitive with Nvidia’s A100 and H100 in terms of performance, Nvidia products still hold an advantage in ecosystem maturity and software stack support, which are critical for training and inference in generative AI models.

Although ZTE may not be widely recognized in the U.S. market, it is one of China’s largest telecommunications conglomerates. The company provides carrier network equipment installed worldwide, as well as consumer devices like smartphones and IoT devices, and is aggressively entering the cloud computing and AI sectors. Accelerators like the H200 are essential for realizing these initiatives, making this approval a significant step for ZTE’s AI business strategy.

Practical Impact and Future Outlook

The actual number of H200 accelerators ZTE will be able to procure as a result of this approval remains uncertain. The biggest variable is the Chinese authorities’ approval process. The U.S. has not authorized exports of the more advanced Blackwell generation chips, and reports suggest that Chinese companies have previously acquired Blackwell chips through third-party channels, raising questions about the effectiveness of the regulations.

From an editorial perspective, this approval for ZTE highlights the U.S. government’s attempt to strike a balance between containment and controlled competition that generates tax revenue while exerting pressure on its domestic semiconductor industry.

Editorial Opinion

In the short term, we believe this approval will have limited impact on Nvidia’s sales in the Chinese market. The Chinese government is likely to withhold import approvals to prioritize domestic industry protection, and even if approved, the quantity of chips allowed may be limited. This could mean that the number of chips ZTE can procure might fall short of meeting its AI demands.

From a long-term perspective, such piecemeal approvals reflect the complexity of the U.S. export regulation strategy. Chinese companies are making progress in improving the performance of domestically produced alternatives, such as Huawei’s Ascend series, and may eventually reduce their reliance on foreign-made chips. However, the growing demand for generative AI ensures a strong and persistent need for Nvidia products, leaving room for continued competition between the two sides.

We view this development as a clear indicator of the trade-off the U.S. faces between the effectiveness of export controls and securing revenue for its domestic companies. The critical question remains: Are these restrictions effectively delaying China’s AI development, or are they merely accelerating the advancement of domestic alternatives? The answer could significantly reshape the future landscape of the semiconductor industry.

References

Frequently Asked Questions

Why did the U.S. allow exports to ZTE?
The U.S. government has opted for a case-by-case review process and a 25% tariff rather than a complete export ban. Although ZTE was previously sanctioned, the U.S. appears to be cautiously permitting the company to partially resume its AI operations with access to the Hopper generation chips.
How significant are the H200 chips for China's AI development?
The biggest uncertainty lies in whether the Chinese government will approve their import. Given China's policy of prioritizing domestic chips like those from Huawei, large-scale adoption of H200 chips seems unlikely. However, China's burgeoning AI demand suggests that any available chips will likely be utilized fully.
Are U.S. export restrictions effective so far?
The restrictions have not completely stopped chip flows. While exports of Blackwell-generation chips are officially banned, reports indicate that some have been acquired via third-party channels. On the other hand, the restrictions have also spurred the development of domestic alternatives like Huawei's chips, raising questions about the broader implications of the U.S. strategy.
Source: Tom's Hardware

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