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Taiwan Rejects U.S. Proposal to Relocate 40% of Chip Production as Strategic Divergence Deepens

Summarized by NextFin AI
  • Taiwan has rejected the U.S. proposal to relocate 40% of its semiconductor manufacturing capacity, citing the impossibility of uprooting its integrated semiconductor ecosystem.
  • The U.S. aims for a 40% market share in semiconductor manufacturing by 2029, but Taiwan insists core production must remain domestically anchored.
  • Despite a recent trade agreement lowering tariffs, Taiwan's advanced production share in the U.S. is projected to remain below 15% due to supply chain complexities.
  • The relationship is expected to evolve into a 'cooperate but protect' model, balancing investments in the U.S. with the need to maintain Taiwan's semiconductor dominance.

NextFin News - In a significant escalation of industrial diplomacy, Taiwan has formally rejected a proposal from the United States to relocate 40% of its semiconductor manufacturing capacity to American soil. The rejection, delivered by Taiwan Vice Premier Cheng Li-chiun during a televised interview on February 8, 2026, marks a firm boundary in the ongoing negotiations between Taipei and the administration of U.S. President Trump. Cheng described the 40% target as "impossible," emphasizing that the island’s semiconductor ecosystem is a deeply integrated infrastructure built over four decades that cannot be physically uprooted or replicated abroad without compromising its fundamental efficiency.

The proposal was championed by U.S. Commerce Secretary Howard Lutnick, who recently stated that the administration aims to secure a 40% market share of leading-edge semiconductor manufacturing within the United States by 2029. According to Reuters, Lutnick has argued that the current concentration of production just 80 miles from China is "illogical" from a national security perspective. To enforce this vision, Lutnick previously suggested that failure to comply with relocation targets could result in U.S. tariffs on Taiwanese goods rising to as high as 100%. Despite these pressures, Cheng maintained that while Taiwan is willing to expand its industrial presence in the U.S., the core research, development, and mass production of the most advanced chips must remain anchored in Taiwan’s domestic science parks.

This strategic friction comes despite a major interim trade agreement reached in January 2026. Under that framework, the U.S. agreed to lower tariffs on Taiwanese exports from 20% to 15%, placing Taiwan on equal footing with competitors like South Korea and Japan. In exchange, Taiwan pledged $250 billion in direct investments from its technology and energy sectors into the U.S. economy, supported by an additional $250 billion in government-backed credit guarantees. Taiwan Semiconductor Manufacturing Company (TSMC) has already committed $165 billion to its Arizona operations, with plans to expand to 11 factories. However, Taiwanese officials argue that even with these massive investments, the U.S. share of advanced production will likely remain below 15% by the end of the decade due to the immense complexity of building the necessary supply chain clusters.

The impasse reflects a fundamental divergence in national priorities. For U.S. President Trump, the goal is "repatriation"—insulating the American economy from global supply chain vulnerabilities and ensuring that the hardware powering the artificial intelligence revolution is manufactured domestically. For Taipei, the semiconductor industry is not merely an economic asset but a "Silicon Shield." By maintaining a near-monopoly on advanced logic chips—controlling approximately 90% of the global market for sub-5nm processes—Taiwan ensures its own geopolitical relevance. Relocating 40% of this capacity would effectively dismantle the deterrent that forces global powers to maintain the island's security and stability.

From a technical and economic standpoint, the "iceberg" analogy used by Cheng is supported by industry data. A modern semiconductor fab requires a surrounding network of thousands of specialized suppliers, chemical providers, and a highly trained workforce that operates on a 24/7 cycle. Replicating this in the U.S. faces significant headwinds, including higher labor costs, different work cultures, and a lack of localized upstream materials. Analysts predict that while the U.S. will successfully build a "secondary hub" for chip production, the center of gravity for innovation will remain in Hsinchu and Tainan. The current standoff suggests that while Taiwan is willing to pay a high "entry fee" in the form of investments to maintain favorable trade terms with the U.S., it will not sacrifice the structural dominance that underpins its national survival.

Looking forward, the relationship between the two nations is likely to be defined by a "cooperate but protect" model. Taiwan will continue to announce high-profile investments in the U.S. to satisfy the administration's political requirements and avoid the 100% tariff threat, but the actual transfer of core intellectual property and the most advanced 2nm and 1nm nodes will be delayed or limited. As the 2029 deadline approaches, the U.S. may have to recalibrate its 40% goal, potentially settling for a more realistic 15-20% share of global advanced capacity, while Taiwan continues to outpace overseas growth with domestic expansions. This delicate balancing act will remain the most critical variable in the global technology supply chain for the remainder of the decade.

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Insights

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