Chinese artificial intelligence startup DeepSeek is collaborating with Huawei Technologies to develop advanced AI chips optimized for its models, potentially reducing China's dependence on Nvidia hardware. The partnership represents a significant step toward building a domestic AI infrastructure capable of supporting next-generation AI development.
According to an October 19 report by The Information, Huawei engineers have been working directly at DeepSeek's offices to improve chip designs based on the startup's technical requirements. Their collaboration focuses on optimizing AI computations, improving data transfers between processors, and increasing overall training efficiency.
DeepSeek reportedly intends to begin training AI models using Huawei's Ascend 950DT processors by the end of 2026. Huawei is also expected to allocate most of its upcoming Ascend 960DT chips to DeepSeek, with deliveries anticipated during the first quarter of 2027.
The DeepSeek-Huawei partnership aligns with Beijing's broader strategy to strengthen China's semiconductor industry and reduce reliance on American technology. US export restrictions have limited Chinese companies' access to advanced Nvidia AI chips, accelerating efforts to develop competitive domestic alternatives.
However, Huawei faces considerable technological challenges in competing with Nvidia. Research from Epoch AI indicates that Nvidia's B300 processors deliver approximately seven times the raw computational performance of Huawei's Ascend 950 chips.
Training advanced AI models using Huawei hardware could require more than 10,000 interconnected processors operating continuously for several weeks. Consequently, chip production capacity, system stability, and computing efficiency remain major obstacles to achieving Nvidia-level performance.
Meanwhile, DeepSeek is expanding its software capabilities through TileLang, an open-source programming language designed to support AI development across different chip architectures. The company recently introduced a version compatible with Huawei's Ascend 950 processors, potentially reducing developers' dependence on Nvidia's CUDA software ecosystem.
Despite these developments, DeepSeek has not completely abandoned Nvidia. The Chinese AI company continues exploring ways to obtain Nvidia's advanced processors while developing alternatives through its partnership with Huawei.
If DeepSeek successfully trains a frontier AI model entirely using Huawei chips, the achievement could significantly reshape the global AI semiconductor market. It would also demonstrate China's growing ability to develop advanced artificial intelligence systems without relying exclusively on US-made technology.
For Nvidia, the collaboration highlights an emerging competitive challenge as Chinese technology companies accelerate investments in domestic AI chips and independent computing infrastructure.
