US Expands AI Chip Export Controls Globally: China Accelerates Self-Reliance Push
The US government plans to extend AI chip export controls globally to curb China's AI development. Analysts believe this will accelerate China's push for chip self-reliance, with advanced manufacturing and packaging sectors poised for rapid growth.
The US government recently announced plans to expand AI chip export restrictions from specific countries to global scope, aiming to further curb China's advancement in artificial intelligence. This policy move has immediately triggered high attention across the global chip industry and once again pushed "chip self-reliance" to the center of industry discussions.
Comprehensive Control Expansion
According to currently disclosed information, the US Department of Commerce is developing a new export control framework that would require any global company exporting AI chips to China to obtain special licenses. This means even third-party chip manufacturers using American technology cannot bypass the new control requirements.
Previously, US export controls focused primarily on specific companies and products—for example, prohibiting NVIDIA from exporting high-performance AI accelerators like the H200 and A100 to China. The new policy's scope will significantly expand, theoretically covering all chips with AI computing capabilities.
US Commerce Secretary stated in a recent public speech: "We must ensure American and allied AI technology advantages are not misused. Export controls are an important tool for protecting national security, and we will continue to improve relevant policies." However, she emphasized that the move is not aimed at "decoupling" but seeking "small yard, high fence" style precise controls.
Far-Reaching Industry Impact
Regarding this policy move, domestic and foreign analysis institutions generally agree it will have profound impacts on China's AI industry. China Merchants Securities research reports point out that AI computing expansion is a long-term, definitive driver for advanced wafer foundry demand, and export controls will force China to accelerate chip self-reliance.
Looking at various industry segments, the most benefited areas include:
Wafer Manufacturing: SMIC and Hua Hong Semiconductor maintain high capacity utilization throughout the year, with continuous technology breakthroughs. Although gaps with TSMC remain, they have strong competitiveness in mature process nodes. Development of advanced processes is also accelerating.
Advanced Packaging: Due to AI chips' extremely high packaging requirements, advanced packaging processes like CoWoS have become critical. Domestic packaging companies are actively layout, and relevant capacity expansion plans are already on the agenda.
Equipment and Materials: As the "bottleneck" segment in chip manufacturing, the urgency of domestic replacement is increasingly prominent. Multiple domestic equipment manufacturers have made breakthroughs in key processes like etching and deposition.
Domestic Substitution Accelerating
In fact, under export control pressure, China's chip industry has made progress in multiple fields. Recently, several AI chip companies listed on the STAR Market released impressive financial results, showing domestic substitution is changing from "impossible" to "possible."
From the design segment, HiSilicon, Cambricon, and other companies' high-end AI chip products are gradually replacing imported solutions. Although gaps in process nodes remain, they already have usability in specific application scenarios.
Progress in manufacturing is equally evident. SMIC's latest financial results show its revenue share from 14nm and more advanced processes continues to improve, and customer structure is constantly optimizing. Meanwhile, domestic semiconductor equipment market share is steadily growing.
Long-Term Impact and Outlook
Industry insiders generally believe US export controls will indeed cause some short-term challenges for China's AI industry, but in the long run, this will accelerate China building an independent and controllable chip ecosystem. As events over the years have proven, external pressure often becomes a catalyst for independent innovation.
Analysts pointed out that by 2028, China is expected to achieve most replacement in mature process chips, while substantial breakthroughs in advanced processes may also occur. By 2030, China's chip industry may establish a relatively complete independent supply chain.
Of course, this process requires significant capital, talent, and time investment. For China's AI industry, how to maintain application innovation while ensuring technology catching up will be a key issue to balance in the coming years.