A new trade deal between the U.S. and Taiwan aims to expand chip production capacity within the United States. However, analysts suggest that this initiative is unlikely to fully reduce Washington's reliance on Taiwan's most advanced semiconductors in the near future, thus keeping the island's crucial "silicon shield" largely intact for now.
Taiwan holds a dominant position in global chip production, with Taiwan Semiconductor Manufacturing Company (TSMC) being the leading producer of the world's most advanced chips. Approximately one-third of the global demand for new computing power is estimated to be fabricated in Taiwan. This central role in the global semiconductor supply chain has made preserving Taiwan's de facto autonomy—and deterring any potential Chinese attack—a strategic priority for the U.S. and its allies, a concept widely known as the "Silicon Shield."
As part of the recent agreement, the Taiwanese government has pledged to guarantee $250 billion in credit to its chip and technology companies for expanding their production capabilities in the U.S. Additionally, Taiwanese companies will benefit from higher quotas for tariff-free imports of their chips into the U.S. In exchange, Washington committed to lowering its levies on most goods from Taiwan to 15% from 20%, alongside waiving tariffs on generic drugs, aircraft components, and certain natural resources.
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U.S. Commerce Secretary Howard Lutnick stated the goal is to bring 40% of Taiwan's entire semiconductor supply chain to the U.S. Yet, experts express skepticism regarding the plan's feasibility. Taipei maintains a strict policy, known as the N-2 rule, which restricts overseas fabrication plants of companies like TSMC from operating technologies more than two generations behind those developed domestically.
Currently, while TSMC produces its most advanced chips using 2-nanometer technology in Taiwan, its Arizona plant has only recently started producing advanced 4-nanometer chips. Plans exist to scale up to 2-nanometer and A16 nodes by 2030 in the U.S., but this four-to-five-year lag ensures Taiwan retains its technological advantage. Analysts like Sravan Kundojjala of SemiAnalysis predict Taiwan's "silicon shield" will remain strong through the end of the decade.
TSMC's CFO, Wendell Huang, confirmed the company's commitment to developing its most advanced technologies in Taiwan, citing the need for "very intensive collaboration" between domestic R&D teams and manufacturing operations. Taiwanese officials, including Wu Cheng-wen of the National Science and Technology Council, have also underscored the importance of keeping cutting-edge research and development at home to prevent the domestic industry from being "hollowed out."
Experts agree that shifting chip production away from Taiwan will be challenging. William Reinsch, a senior adviser at the Center for Strategic and International Studies, highlighted that Taiwan's engineering talent pipeline and advanced fabrication capabilities are "not replicable at scale anywhere else." Issues such as a lack of trained workers and higher production costs have already led to delays in TSMC's U.S. plant openings.
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Dennis Lu-Chung Weng, an associate professor of political science at Sam Houston State University, noted that "the semiconductor ecosystem cannot be relocated overnight, so the silicon shield may weaken but still exist in the near term." He cautioned that the long-term strength of the silicon shield could depend on future U.S. administrations' commitment to large-scale relocation efforts.
Regarding geopolitical implications, a spokesperson for China's foreign ministry reiterated Beijing's opposition to any agreements between Taiwan and countries with diplomatic relations with China. However, Ava Shen, a Taiwan and Chinese foreign policy expert at Eurasia Group, believes a Chinese invasion of Taiwan remains a low-possibility event, and the trade deal is unlikely to alter Beijing's strategic calculations, which are more focused on military balance and U.S. defense support for Taipei.