What's Happening?
According to a report by U.S. investment bank Goldman Sachs, China is projected to substantially decrease its deficit in advanced chips over the next decade. The supply of wafers utilizing 7-nanometer
and below advanced processes is anticipated to grow at a compound annual rate of 46 percent between 2025 and 2035. This growth significantly outpaces the 17 percent increase expected in domestic demand. As a result, the gap between China's domestic supply and demand for advanced chips is forecast to narrow from 92 percent in 2025 to 34 percent by 2035. By then, China's advanced-node wafer supply is expected to reach 410,000 wafers per month, compared to a demand of 619,000 wafers. This increase is primarily attributed to aggressive capacity expansion by Semiconductor Manufacturing International Corp (SMIC), China’s largest contract chipmaker, and improvements in production yields. Goldman's model assumes SMIC will add between 30,000 and 50,000 advanced-node wafers monthly each year from 2026 to 2031, and an additional 20,000 wafers per month annually through 2035. Production yields are also expected to rise from 23 percent in 2026 to 75 percent by 2035.
Why It's Important?
This projection from Goldman Sachs highlights a significant shift in the global semiconductor landscape, with potential implications for U.S. technology and trade policies. A reduced chip deficit in China could lessen its reliance on foreign advanced chip manufacturers, potentially impacting the market share and revenue of U.S. and allied semiconductor companies. The aggressive capacity expansion by SMIC, a Chinese company, signals a push towards greater self-sufficiency, which could alter existing supply chains and geopolitical dynamics in the tech sector. For U.S. policymakers, this development might necessitate a re-evaluation of strategies aimed at controlling advanced technology exports to China. While the report notes that lithography remains a weak link for China, preventing full semiconductor independence, the substantial narrowing of the deficit suggests a growing capability that could influence future technological competition and national security considerations. U.S. companies involved in semiconductor manufacturing equipment may face evolving market conditions as China's domestic production capabilities mature.
What's Next?
The anticipated surge in China's advanced chip supply will likely lead to increased scrutiny from U.S. government agencies regarding technology transfer and export controls. Policymakers may consider further measures to safeguard U.S. technological leadership and intellectual property in the semiconductor industry. For U.S. semiconductor companies, this could mean intensified competition in global markets and a need to innovate rapidly to maintain their competitive edge. The report's findings may also prompt U.S. allies to reassess their own semiconductor strategies and potentially collaborate more closely on research, development, and manufacturing to counter China's growing capabilities. Furthermore, the focus on improving production yields by SMIC suggests a long-term commitment to enhancing domestic manufacturing quality, which could eventually challenge the dominance of established players like Taiwan Semiconductor Manufacturing Company (TSMC) in certain segments of the advanced chip market. The coming years will likely see continued geopolitical maneuvering and strategic investments in the semiconductor sector globally.
Beyond the Headlines
The projected reduction in China's advanced chip deficit carries deeper implications beyond immediate economic and trade considerations. It underscores a broader global trend towards technological nationalism, where major powers are striving for self-reliance in critical technologies. For the U.S., this development could accelerate efforts to onshore semiconductor manufacturing and strengthen domestic supply chains, driven by national security concerns and the desire to reduce dependence on foreign production. The ethical dimension arises in the context of intellectual property rights and the potential for reverse engineering or unauthorized use of patented technologies as China's capabilities grow. Culturally, this push for technological independence in China reflects a national ambition to achieve global leadership in high-tech industries, potentially fostering a more competitive and fragmented global technology ecosystem. The long-term shift could lead to a bifurcation of technological standards and ecosystems, posing challenges for global interoperability and collaboration in the future.
