TLDR¶

• Core Points: Taiwan cannot relocate 40% of its semiconductor manufacturing capacity to the United States, according to a top official.
• Main Content: The remark was made by Taiwan Vice Premier Cheng Li-chiun in a CTS interview, outlining practical and strategic limits on moving advanced chip fabrication abroad.
• Key Insights: The global chip supply chain relies on regional specialization, ecosystem maturity, and substantial investment that cannot be duplicated overnight.
• Considerations: Policy aims to diversify risk and bolster security must balance cost, talent, and technology lead times.
• Recommended Actions: Stakeholders should pursue phased resilience strategies, including co-located fabs, supplier diversification, and continued US-Taiwan collaboration in R&D and manufacturing.

Content Overview¶

The global semiconductor industry is built on a finely tuned, highly specialized ecosystem. Taiwan, home to industry giants and advanced manufacturing facilities, has long been a cornerstone of chip production, particularly for leading-edge nodes. In a recent interview with the Taiwanese television network CTS, Taiwan Vice Premier Cheng Li-chiun addressed a provocative question about relocating a substantial portion of Taiwan’s semiconductor manufacturing capacity to the United States. She stated that moving 40% of Taiwan’s chip production to the US is not feasible, underscoring the practical and strategic barriers that such a shift would entail.

Cheng’s remarks come amid rising discussions about supply chain resilience, national security, and the geopolitics of technology. The United States has pressed for greater domestic semiconductor manufacturing to reduce dependency on foreign suppliers, especially given geopolitical tensions and the critical role chips play in modern economies and defense. Taiwan, which dominates many segments of the semiconductor supply chain—from wafer fabrication to advanced packaging—faces a complex calculus about how to participate in a more diversified global ecosystem without compromising its own economic model and technological leadership.

This article synthesizes Cheng Li-chiun’s statements within the broader context of Taiwan’s industrial policy, the global supply chain landscape, and the strategic considerations facing both Taiwan and its key partners, including the United States. It aims to present an objective, well-contextualized account of why a full relocation of production is not considered viable, while outlining potential pathways for resilience and cooperation that do not require such a drastic reallocation.

In-Depth Analysis¶

At the heart of Cheng Li-chiun’s argument lies a mix of technical, economic, and logistical realities. The semiconductor industry is not a single monolithic entity; it is a global assemblage of design, fabrication, testing, packaging, and logistics steps distributed across multiple regions. Although Taiwan houses some of the most advanced fabrication facilities, often referred to as foundries, the complete value chain involves suppliers, equipment manufacturers, researchers, and contract manufacturers spread around the world.

One of the primary constraints highlighted by policymakers is the sheer scale and cost of relocating a world-leading, multi-decade ecosystem. Building and validating leading-edge fabrication plants—especially for sub-technology nodes such as 7 nanometers, 5 nanometers, or smaller—requires enormous capital, specialized equipment, and a deep reservoir of skilled personnel. The supply chain for a modern foundry includes photolithography machines, chemical suppliers, metrology tools, and cleanroom infrastructure. Some of these components are produced in limited geographic regions and by a relatively small number of vendors, which makes a rapid shift both technically challenging and financially prohibitive.

Cheng’s statement also reflects the realities of regional specialization. Taiwan’s semiconductor leadership rests on a combination of world-class wafer fabrication capacity, a highly skilled workforce, mature supply networks, and robust industry ecosystems. While the United States has recently committed significant investments to bolster domestic semiconductor manufacturing, replicating Taiwan’s established ecosystem would take years, if not decades. The operational efficiencies earned through decades of experience, streamlined supply chains, and institutional knowledge do not transfer instantly to new locations. For instance, the training of engineers, the development of supplier relationships, and the optimization of process flows are inherently long-term undertakings.

From a strategic standpoint, a full or near-full relocation of production would raise concerns beyond economics. It would alter the risk profile of both nations. While diversification of production locations can reduce exposure to a single geographic risk, it also disperses capacity, complicates coordination, and potentially increases the risk of disruptions in more places. In practice, a mixed approach to resilience—rather than a wholesale relocation—has been favored by policymakers and industry leaders. This includes expanding non-Taiwanese production capacity in the United States and elsewhere, while maintaining critical operations in Taiwan to preserve efficiency, intellectual property protections, and supply chain reliability.

The policy landscape in both Taiwan and the United States is oriented toward collaboration rather than repetition of the entire value chain in new locations. The United States, recognizing its strategic interests, has announced incentives, subsidies, and partnerships intended to accelerate domestic chip fabrication and research. Taiwan, for its part, seeks to sustain its leadership role in advanced semiconductor manufacturing while contributing to a more resilient global supply chain. This collaboration can take several forms: co-investment in equipment and facilities, joint research and development programs, talent exchange, and manufacturing partnerships that distribute risk without requiring mass relocation.

Cost considerations also weigh heavily in the debate. Moving significant portions of manufacturing would entail not only capital expenditure for new plants but ongoing operational costs, including energy usage, utility reliability, and potential efficiency losses due to the learning curve associated with new processes. Taiwan’s industry has adapted to a mature model that balances scale, cost, and performance. A stepwise approach—expanding capacity with careful site selection, ensuring access to skilled labor, and maintaining strong IP protections—can deliver resilience without the upheaval implied by a drastic relocation.

The interview’s timing matters as well. As global markets and supply chains continue to evolve in response to geopolitical tensions, the push for resilience increases. Yet, the practical constraints around shifting a substantial fraction of production underline why many observers view a 40% relocation as unrealistic. The conversation highlights the need for pragmatic policy design that strengthens security and diversification while recognizing the limits of what can be moved and how quickly it can be done.

In evaluating potential pathways forward, several prudent options emerge:
– Expand domestic capacity in the United States through phased investment, focusing on robust, secure supply chains rather than a wholesale transfer of existing production.
– Strengthen regional ecosystems by supporting development of additional fabrication plants in friendly jurisdictions with complementary capabilities to Taiwan.
– Encourage collaborative R&D efforts that accelerate the adoption of resilient manufacturing technologies, including advanced packaging, chiplets, and heterogeneous integration.
– Promote diversified supplier networks for materials, chemicals, and equipment, reducing single points of failure without eroding the advantages of specialization.
– Invest in workforce development to grow the talent pool capable of sustaining advanced manufacturing across multiple regions.

Cheng’s message was not a rejection of resilience or diversification but a caution against overestimating how quickly and cost-effectively such a drastic shift could be accomplished. It underlines the importance of a measured approach that preserves Taiwan’s competitive advantages while acknowledging the strategic imperative of broader supply chain resilience.

*圖片來源：Unsplash*

Perspectives and Impact¶

The remarks carry implications for policymakers, industry players, and international partners. For the United States, the takeaways include the importance of calibrated incentives and targeted investments that support domestic manufacturing without destabilizing global cooperation that underpins semiconductor supply. For Taiwan, the message emphasizes the need to balance domestic leadership in advanced semiconductor fabrication with international collaboration designed to spread risk—without sacrificing the efficiency gains that come from a mature, tightly integrated ecosystem.

Industry observers might view the statement as a reminder that the semiconductor supply chain’s strength lies in specialization and collaboration, not pure geographic diversification. The complexity involved in moving, building, and operating the most advanced fabs, alongside the lengthy time horizons required for commissioning and qualification, suggests that any plan to relocate significant capacity would require a years- or decades-long commitment. This has implications for strategic planning in both public policy and corporate strategy: resilience-building is a multi-decade project that requires consistent political will, stable funding, and long-term partnerships.

The broader geopolitical environment also colors the discussion. As global competition intensifies, nations seek to safeguard critical technologies that underpin defense, communications, and economic vitality. The idea of diversifying production is attractive on security grounds, but it must be pursued with a clear recognition of the trade-offs involved. Maintaining a robust, highly capable semiconductor sector in Taiwan provides a strategic advantage for partners who rely on its capabilities, while encouraging a resilient, multi-regional supply chain reduces exposure to any single point of failure.

In terms of market dynamics, the statement could influence investment decisions. Companies may view the emphasis on resilience as justification for gradual diversification in their supply chains, rather than precipitous relocation. Investors often weigh total cost of ownership, risk exposure, and the ability to scale operations quickly. A measured approach that augments domestic production while preserving centralized expertise and capacity in Taiwan could satisfy some investors seeking both risk mitigation and high-performance manufacturing.

Finally, the interview clarifies that political rhetoric around industrial policy can travel quickly, but technical feasibility remains a limiting factor. The semiconductor industry is not simply a matter of relocating factories; it is an intricate system built on geographic distribution of talent, equipment supply, and customer demand across multiple regions. This understanding is essential for crafting policies that are both ambitious in their resilience goals and realistic in their execution timelines.

Key Takeaways¶

Main Points:
– Taiwan cannot feasibly relocate 40% of its semiconductor manufacturing capacity to the United States due to technical, economic, and logistical constraints.
– A practical resilience strategy focuses on phased capacity expansion, collaboration, and diversification rather than mass relocation.
– Cooperation between Taiwan and the United States—through investment, R&D, and workforce development—remains crucial for a secure and innovative global semiconductor supply chain.

Areas of Concern:
– The time and capital required to replicate Taiwan’s advanced manufacturing ecosystem.
– Potential inefficiencies or reduced competitiveness if large-scale relocation proceeds without sufficient experience.
– The risk of over-optimizing for diversification at the expense of efficiency and cost control.

Summary and Recommendations¶

The exchange between Taiwan and the United States over the prospect of shifting a large share of chip production reflects a broader struggle to reconcile the desire for supply chain resilience with the realities of highly specialized, capital-intensive semiconductor manufacturing. Vice Premier Cheng Li-chiun’s remarks capture a sober assessment: moving 40% of Taiwan’s semiconductor capacity to the United States is not realistically achievable within current technological, economic, and logistical frameworks. Nonetheless, the emphasis on resilience remains important. Diversification efforts should prioritize strategic partnerships, phased capacity expansion, and investment in equipment, research, and workforce development across multiple regions.

A prudent path forward combines capabilities in Taiwan with enhanced collaboration with the United States and other friendly regions. Actions could include:
– Targeted expansion of domestic US semiconductor manufacturing to strengthen supply security without aiming for a full relocation of existing Taiwanese capacity.
– Support for regional semiconductor ecosystems that complement Taiwan’s strengths, including shared facilities, joint ventures, and supplier diversification programs.
– Ongoing investment in R&D that advances manufacturing technologies, such as advanced lithography, packaging innovations, and chiplet-based architectures.
– Initiatives to grow the global talent pool in semiconductor design and manufacturing, ensuring that skills development keeps pace with technological advances.
– Transparent, sustained dialogue between Taiwan, the United States, and other partners to align policy objectives with operational realities.

If implemented thoughtfully, resilience builds without eroding the efficiencies and competitive advantages that have made Taiwan a pillar of global semiconductor supply. In a landscape where risks are growing and technological leadership is contested, measured cooperation and deliberate capacity-building across multiple regions offer a balanced approach to sustaining innovation and securing manufacturing sovereignty.

References¶

• Original: https://www.techspot.com/news/111256-taiwan-shifting-40-chip-production-us-impossible.html
• Additional context and analysis sources (for deeper reading):
• U.S. CHIPS Act and related incentives for domestic semiconductor manufacturing
• Taiwan’s industrial policy and semiconductor leadership
• Global semiconductor supply chain resilience discussions in 2020s
• Industry analyses on fab expansion timelines, capital costs, and workforce development

Note: The article above presents an original synthesis and interpretation of the statements reported in the CTS interview, framed within the broader context of Taiwan-U.S. cooperation and global semiconductor supply chain dynamics.

*圖片來源：Unsplash*