SMIC's Ambition and Challenges in Chinese Chipmaking

Key Insight

Richard Chang, a Nanjing-born, Taiwan-raised, and Texas-trained semiconductor engineer, founded the Semiconductor Manufacturing International Corporation (SMIC) in Shanghai in 2000, driven by a personal mission to bring advanced chipmaking to China with vast government subsidies. This initiative followed earlier, less successful attempts at domestic chip production, such as the Huahong-NEC joint venture, which offered China little expertise as Japanese experts controlled operations, and Grace Semiconductor, a venture involving influential Chinese and Taiwanese figures that struggled technologically and failed to secure significant market share.

SMIC differentiated itself by securing over $1.5 billion in startup capital from international investors like Goldman Sachs, Motorola, and Toshiba, with approximately half from U.S. sources, alongside robust Chinese government support. Chang meticulously replicated TSMC's winning strategy, aggressively hiring experienced engineers from overseas—including at least 400 from Taiwan and many from the U.S.—who constituted about a third of SMIC's engineering personnel during its first decade. The company also focused on acquiring the best tools, implementing rigorous training programs, and fully leveraging generous government incentives like a five-year corporate tax holiday and reduced sales tax on domestic chip sales.

This strategy enabled SMIC to ramp up production capacity and adopt near-cutting-edge technology, quickly closing the gap with global leaders. By the late 2000s, SMIC was only a couple of years behind the world's most advanced foundries, securing contracts with major industry players like Texas Instruments and listing its shares on the New York Exchange in 2004. SMIC’s rapid ascent transformed the foundry landscape, intensifying competition for TSMC and other Asian manufacturers. This demonstrated China's determined, state-supported push to establish itself as a significant player in advanced semiconductor fabrication.