China’s Chip R&D: A Command-Economy Moonshot at Venture Capital Velocity

Chinese semiconductor houses spent ¥68bn on research in the first nine months of 2025, according to Jiwei—a Chinese tech consultancy focused on semiconductors and electronic engineering—in an effort to ensure the West can never again hold its electronics industry hostage by strangling global supply chains. In perspective, that’s equivalent to Poland’s entire annual defense budget. If it sounds like an arms race, that’s because it is. Only etched in silicone.

For years Washington comforted itself that export restrictions would keep China perpetually one step behind. The latest R&D figures expose that conceit for what it was, a fantasy. Naura, Hygon and AMEC—names still relatively unknown in the West—have increased spending by 150 percent year-on-year. As far as Beijing is concerned, this spending is a form of national defense. Every yuan buys a tiny sliver of independence from supply chain vulnerability. Insulation against a further embargo. Since 2022, China has faced Dutch lithography bans, Japanese chemical embargoes and a fresh U.S. rule-pack is due this winter.

Inside the Zhongguancun tech buildings and Suzhou chemical laboratories, the money is being converted at break-neck speed into extreme-ultraviolet masks, atomic-layer etchers and 3-nanometre test chips that never see the inside of a press release. The ¥68bn—roughly $9.5bn—is roughly equivalent to the annual R&D budget of Taiwan’s TSMC, but it is spread across a constellation of start-ups and state labs working in parallel, redundancy by design.

The contrast with the West is stark. While Intel pleads for CHIPS Act subsidies and TSMC negotiates tax holidays, Beijing decrees that science equates to sovereignty and the State-owned banking sector supplies the funds. With no share-holders to placate or hedge funds demanding ROI, the result is a command-economy moonshot travelling at venture capital velocity. To outsiders the ecosystem looks inefficient, but redundancy is a feature nota flaw. Having ten start-ups chase the same technology means at least some will survive the next time a sanctions package lands and at least one will succeed.

Western policymakers cling to the comforting myth that Chinese fabs are still “five years behind.” But behind what? This metric assumes a linear track where everyone plays by the same rules. But the technological road follows the economic and political landscape.

Although none of these products are export-grade, yet; they don’t necessarily need to be. China consumes 35 percent of all semiconductors; capturing half of the domestic demand would redraw global revenue maps. Covering 70 percent of domestic demand—breaking the West’s international monopoly will take much longer—with indigenous 7-nm chips, the leverage flips and China becomes the price-maker, not the price-taker. Additionally, given China’s vast scale of production, flooding the world with ultra-cheap semiconductors in the event of trade war would collapse the global price and starve R&D budgets in the West. Like a silicone OPEC.

Western critics will argue that money cannot buy breakthroughs, that ‘talent and culture’ matter more. But physics and chemistry don’t check passports; they cash research cheques. And the structure of Western capital markets is too risk averse to sponsor the kind of strategic ecosystem that Beijing is cultivating. With a $9.5bn down-payment already in the petri dish, the odds of a Chinese EUV wildcard within the decade just shortened dramatically.