The Computing Power Revolution in Chinese Factories: Transformation from Scale Advantage to Intelligent Manufacturing

On a TV assembly line in Huizhou, Guangdong, a robotic system equipped with 3D vision and artificial intelligence precisely connects signal interfaces with a 99.8% yield rate. This scene comes from TCL Industries' smart factory, representing a deeper transformation in Chinese manufacturing: shifting from a traditional model reliant on scale and labor to a new manufacturing paradigm driven by computing power, data, and AI as core engines.

China has been the world's largest manufacturing nation for 16 consecutive years, but its vast traditional industrial base also means enormous pressure for upgrades. The 15th Five-Year Plan, launched in 2026, clearly prioritizes intelligent upgrading, digitalization, and networking in manufacturing, encouraging the widespread adoption of industrial internet and smart manufacturing technologies. In Guangdong, a key manufacturing hub, companies have become pioneers in this trend.

The digital workshop of Dongguan Mobao Intelligent Technology presents another picture: robots shuttle between automated shelves and workstations, precisely transporting mold electrodes. Wang Sheng, the company's vice president, noted that diversification and accelerated renewal of consumer products demand higher precision, stability, and flexibility, and smart factories achieve these goals through data and AI. This company believes that as algorithms deeply integrate with industrial production processes, AI will continuously learn from massive production data, improving accuracy and adaptability.

The expansion of computing power infrastructure provides the underlying support for this transformation. China's computing power scale already ranks among the world's top, with the share of AI computing power rising rapidly, and declining computing costs enable more factories to deploy AI algorithms. In Guangzhou, chipmaker Yutek Semiconductor views industrial intelligence as a new market opportunity while using its own production data to optimize smart systems. Guangdong Fenghua Advanced Technology has introduced AI-assisted R&D in the production of high-capacitance multilayer ceramic capacitors. Cao Xiuhua, the company's vice president, stated that the next step is to connect data across the entire value chain from demand to delivery.

Even traditional brewing has integrated digital genes. In the soy sauce factory of Foshan Haitian Flavouring and Food Company, an AI vision system can identify over 13,000 soybeans per second, intelligent filling ensures high-precision packaging, and another AI technology can distinguish more than 170 aroma components. This case proves that smart manufacturing is not limited to high-tech industries but is permeating every corner of Chinese manufacturing.

As a major computing power hub, the Guangdong-Hong Kong-Macao Greater Bay Area is becoming a testing ground for integrating computing resources with manufacturing. In Jiangmen, a branch of the National Supercomputing Center directly provides supercomputing resources to local enterprises, supporting engineering innovation and digital upgrades of production lines. Dong Yinghu, deputy director of Jiangmen Science and Technology Bureau, stated that the government encourages expanding computing resources to small and medium-sized manufacturers, and public cloud and intelligent computing platforms help lower adoption costs.

Foshan Yizumi began its digital transformation in 2018. Its intelligent injection molding machines and large die-casting machines are now used to produce electric vehicle components. Last year, the company launched its first AI die-casting machine, which can automatically adjust process parameters based on detected defects. Chief Technology Officer Zhou Jun admitted that when building the smart factory, they did not anticipate such rapid progress in computing power, and now they will adjust their technology roadmap to better leverage the opportunities brought by computing power.International financial technology analyst Daryl Guppy commented that Chinese factories are undergoing a "silent revolution on the factory floor," with an astonishing pace of upgrading, turning China into the "smart factory of the future." The far-reaching impact of this trend lies in the fact that China's traditional manufacturing cost advantages are being replaced by advantages in efficiency, quality, and flexibility. For global supply chains, the intelligentization of Chinese factories means shorter delivery cycles, greater customization capabilities, and stronger responsiveness to complex orders—which may reshape the competitive rules of the global manufacturing network.

Smart manufacturing driven by computing power not only boosts the productivity of individual factories but also connects data flows across the entire chain through the industrial internet, from design and procurement to production and logistics, forming a dynamically optimized closed loop. As the 15th Five-Year Plan progresses and AI technology continues to penetrate, the "computing power density" of China's manufacturing industry will become a new benchmark for measuring its international competitiveness.