Cambricon Technologies Corp., a Chinese AI chip designer based in Beijing, has emerged as the top-performing stock in China for 2024, with its shares skyrocketing by 383%.

This remarkable performance has propelled Cambricon's market value to approximately US$37 billion, significantly surpassing the benchmark CSI 300 Index, which gained 16% this year.

Despite being founded in 2016 and currently operating at a loss, Cambricon has experienced a surge in demand, with sales increasing over 280% in the third quarter compared to the previous year.

Investor enthusiasm for Cambricon is bolstered by China's increased support for its local tech industry amid ongoing US trade restrictions.

The company's recent inclusion in the Shanghai Stock Exchange 50 Index is expected to attract additional investments, as funds tracking large-cap stocks will add its shares.

Looking ahead, analysts maintain a positive outlook for Cambricon, anticipating continued growth into the next year.

Citigroup analysts predict that the localization of graphics processing units will lead to significant market shifts, potentially reducing Nvidia's market share from over 80% to between 50% and 60% by 2025.

Minsheng Securities highlights a significant trend towards the localization of AI chips, with domestic companies like Cambricon and Huawei Technologies improving their product capabilities to compete with international leaders.

This drive for self-sufficiency in technology has also benefited other Chinese companies, such as Eoptolink Technology and Range Intelligent Computing Technology Group, whose shares have more than doubled in 2024.

Overall, AI-related stocks in China have risen by 26% this year, reflecting a broader trend of growth in the tech sector.

Cambricon's impressive stock performance has outpaced global competitors like Nvidia and Taiwan Semiconductor Manufacturing Company, solidifying its position in the market.

As the market evolves, companies like Huawei and Cambricon are expected to be the biggest beneficiaries of the anticipated shifts in the graphics processing unit landscape.