Deepseek begins development of indigenous AI chip 

Chinese artificial intelligence company DeepSeek has reportedly started developing its own domestically produced AI chip

Chinese artificial intelligence company DeepSeek has reportedly started developing its own domestically produced AI chip as part of a broader strategy to reduce its dependence on industry leaders Nvidia and Huawei. The move reflects China’s growing efforts to strengthen its semiconductor capabilities and become more self-sufficient in advanced AI technologies.

According to people familiar with the project, the company is focusing on designing a chip primarily intended for AI inference, rather than the computationally intensive process of training new artificial intelligence models. Inference refers to the stage where an already trained AI system generates responses, makes predictions, or performs tasks for end users. As AI applications continue to expand, demand for inference chips has increased significantly because they are responsible for powering real-world AI services.

If DeepSeek successfully develops its own AI processor, it could significantly strengthen its position in China’s rapidly growing semiconductor sector. The company would gain greater control over its AI infrastructure while reducing its reliance on external suppliers. Such a breakthrough could also intensify competition within China’s domestic chip industry, creating fresh challenges for Huawei, which has become one of the country’s dominant AI hardware providers.

News of DeepSeek’s chip initiative also had an immediate impact on global financial markets. Following reports about the company’s plans, shares of US chipmaker Nvidia declined by around 2 percent in premarket trading, reflecting investor concerns over the possibility of increasing competition from Chinese technology firms.

DeepSeek has quickly established itself as one of China’s leading AI companies after launching efficient and cost-effective language models that have drawn comparisons with products developed by major Silicon Valley firms. The company’s rapid rise has attracted global attention, demonstrating China’s growing ability to compete in the artificial intelligence sector despite restrictions on access to advanced foreign technology.

Although Huawei’s AI processors still trail Nvidia’s products in overall performance, the Chinese technology giant has benefited significantly from US export restrictions. Those sanctions have limited Chinese companies’ access to Nvidia’s most advanced chips, creating an opportunity for Huawei to expand its presence in the domestic market. Industry estimates suggest Huawei now controls nearly half of China’s AI chip market, valued at approximately $50 billion, and supplies hardware to several major Chinese AI developers, including DeepSeek.

DeepSeek’s decision to focus on inference chips reflects a broader shift taking place across the AI industry. While training cutting-edge AI models requires enormous computing resources, inference has become the fastest-growing segment of AI computing as more businesses and consumers use AI-powered applications on a daily basis. This growing demand makes inference chips an increasingly attractive area for investment and innovation.p

Despite the potential opportunities, developing competitive AI chips remains a highly challenging undertaking. Designing high-performance processors requires years of research, substantial financial investment, and access to advanced manufacturing technologies. Chinese chip developers also continue to face obstacles due to US export controls, which restrict access to some of the world’s most sophisticated semiconductor design software and manufacturing equipment.

The latest development comes as DeepSeek is reportedly preparing for its first major fundraising round. The company aims to raise approximately $7 billion, a deal that could value the AI startup between $52 billion and $59 billion. If successful, the funding would provide DeepSeek with significant financial resources to accelerate AI research, expand chip development, and strengthen its position in the increasingly competitive global artificial intelligence industry.