41% market share for Chinese AI chips in 2025, compared to 10% before 2023. This explosive growth illustrates how Beijing and Washington are no longer fighting the same technological battle. Jake Sullivan’s article in Foreign Affairs documents a strategic revolution: while the United States bets on breakthrough innovation, China prioritizes mass production and control of supply chains.
This divergence transforms Sino-American competition into a multi-dimensional marathon where each power excels in different disciplines. The United States still dominates fundamental research and generative AI. But China now controls rare earth metals, produces the bulk of solar panels, and is catching up on semiconductors at a speed that surprises even its most optimistic observers.
The Essentials
- Chinese AI chips rise from 10% to 41% of the domestic market between 2023 and 2025
- Huawei produces 750,000 units of its Ascend 950PR chips in 2026
- The United States maintains its lead on generative AI but loses ground on industrial applications
- China controls 85% of global production of rare earth metals critical for emerging technologies
Huawei Crosses the Industrial Production Threshold for AI Chips
750,000 units produced in 2026 for Huawei’s Ascend 950PR chips. This figure marks China’s entry into the exclusive club of advanced semiconductor producers. Three years after American sanctions that were supposed to stifle it technologically, the Chinese giant is delivering its first AI chips in significant commercial volumes.
This ascent relies on a vertical integration strategy that Washington had not anticipated. Huawei has rebuilt its entire value chain by circumventing Western restrictions. The company designs its processors, develops its manufacturing tools, and even controls its computer-aided design software.
The performance of Ascend chips remains inferior to Nvidia’s latest generations. But they are sufficient for the majority of Chinese commercial applications. This “good enough” strategy allows Beijing to reduce its technological dependence without immediately matching American standards.
Kyle Chan, fellow at the Brookings Institution, testified before the U.S. Congress on April 16, 2026, that this pragmatic approach destabilizes Washington more than head-to-head competition on pure innovation would have. China defies the West with a 2-exaflops supercomputer without any foreign chips, illustrating this capacity to create parallel technological ecosystems.
The United States Excels at Innovation, China at Industrialization
This strategic divergence rests on fundamentally different economic models. The United States concentrates its efforts on technological breakthroughs capable of creating new markets. OpenAI, Google DeepMind, and Anthropic push the boundaries of artificial general intelligence with research budgets that exceed the GDP of many developed countries.
China prioritizes the industrial application of existing innovations. Its companies excel at mass production, cost optimization, and integration of proven technologies into competitive commercial products. This approach explains why Beijing dominates solar panels, lithium-ion batteries, and now electric vehicles.
Data from China’s Ministry of Industry shows that this strategy is paying off: 95% of new battery production capacity is installed in Asia, primarily in China. The country produces 77% of the world’s lithium-ion cells and controls 85% of the refining of rare earth metals necessary for their manufacturing.
This involuntary complementarity creates a paradoxical interdependence. The United States needs Asia to industrialize its innovations. China still partially depends on Western research to identify the next technological breakthroughs.
Washington Discovers the Limits of Its Pure Innovation Strategy
The Biden administration believed it could maintain its technological lead by controlling the most advanced design tools and manufacturing equipment. This strategy works for the most sophisticated chips, where ASML maintains near-monopoly control of extreme ultraviolet lithography.
But it fails in the vast market for intermediate semiconductors. Chinese 14-nanometer chips are sufficient for electric vehicles, smart appliances, and the majority of industrial applications. Beijing can produce these components in massive volumes at costs 30% lower than equivalent Taiwanese or South Korean equivalents.
This reality forces Washington to rethink its definition of technological superiority. Controlling cutting-edge technologies no longer guarantees economic dominance if the adversary masters mass production of previous generations.
The example of electric vehicles illustrates this shift. Tesla remains technologically ahead of BYD on autonomy and assisted driving software. But the Chinese manufacturer sells three times more vehicles thanks to production costs 25% lower and a supply chain entirely under its control.
The Race for Rare Earth Metals Reveals China’s Industrial Advantage
85% of global refined rare earth metal production passes through China. This dominance over lithium, cobalt, nickel, and rare earths transforms Beijing into an obligatory gatekeeper of any global energy transition. The United States is discovering that its lead on innovation counts for little without access to critical materials.
This situation results from industrial choices made twenty years ago, when Washington considered these activities as non-strategic. American companies outsourced rare earth metal refining to Asia to reduce costs and environmental constraints. China methodically bought or developed these capacities until creating near-monopoly control.
Today, even American lithium mines must ship their raw production to China for processing. Returning these activities to the United States would require investments of 150 billion dollars over ten years, according to Department of Energy estimates. Beijing has that decade of advantage.
This asymmetry explains why China bans AI-motivated layoffs and creates a global model for labor protection: it can afford ambitious regulations because it controls industrial value chains.
AI Reveals Two Incompatible Visions of Technological Progress
This strategic divergence crystallizes around artificial intelligence. The United States develops generalist models capable of rivaling human intelligence across a growing range of cognitive tasks. GPT-4, Claude, and Gemini excel at content creation, analysis, and abstract reasoning.
China privileges AI specialized in precise industrial applications. Its algorithms optimize production chains, manage electrical grids, and coordinate urban logistics with efficiency that often surpasses Western systems. This pragmatic approach generates immediate productivity gains rather than promises of future breakthroughs.
These technological philosophies reflect opposing societal visions. Washington bets on individual innovation and entrepreneurial creativity. Beijing privileges collective optimization and systemic efficiency. AI transforms disinformation into an industry driven by state manipulation, illustrating how these tools become extensions of national geopolitical strategies.
Technological Competition Without a Finish Line
This technological race will have no single winner because both powers excel in different and complementary dimensions. The United States will likely maintain its lead on fundamental innovation, academic research, and breakthrough technologies. China will dominate industrialization, mass production, and optimization of complex systems.
This competitive coexistence transforms the global economy into a laboratory for parallel experiments. Each model tests its limits: American pure innovation against Chinese systematic industrialization. The coming decades will reveal which produces the most durable productivity gains.
For Europe, this technological bipolarity creates unexpected opportunities. European companies can arbitrate between American and Chinese ecosystems according to their needs. This balancing act requires sophisticated technological diplomacy, but offers privileged access to the two global innovation laboratories.
The real question is no longer who will win this technological race, but how humanity will benefit from these two divergent approaches to progress.