Challenges and Realities of China's Semiconductor Industry: Dependence, Competition, and Talent Gaps

The United States has maintained a near‑century‑long dominance in the semiconductor ecosystem, from the founding of Fairchild Semiconductor in 1957 to current control of key equipment makers (Applied Materials, Lam Research, ASML) and the three major EDA software vendors, making almost every chip design and manufacturing process dependent on American technology.

China’s semiconductor industry faces a comprehensive gap: domestically, design firms like HiSilicon and Unisoc rely on foreign architecture licenses; manufacturing equipment such as lithography, etching, and deposition tools lag behind, with ASML’s EUV lithography far ahead of China’s 90 nm capability; and material supplies, especially silicon wafers, are dominated by Japan.

Funding remains insufficient despite large government funds (over 130 billion CNY in the first phase and a planned second phase exceeding 200 billion CNY), as the investment per company is modest and private capital is wary of the long, capital‑intensive nature of the industry. Talent shortages are acute, with an estimated need for 700 000 semiconductor professionals versus a current supply of less than 300 000, especially a lack of experienced process engineers.

Strategic challenges also stem from external pressures: export‑control regimes like the Wassenaar Arrangement, repeated patent battles, and aggressive price‑cutting by foreign giants hinder domestic growth. Meanwhile, domestic firms such as SMIC and XMC have made progress (e.g., 28 nm production), but still trail global leaders by two to three technology generations.

Nevertheless, the Chinese government continues to boost support, and recent successes—such as the upcoming mass production of 32‑layer 3D NAND at Yangtze Memory—signal a potential turning point. With sustained investment, ecosystem development, and talent cultivation, China aims to reduce its reliance on foreign semiconductor technology and secure a strategic position in the global chip supply chain.