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    Home » Chip Foundries Survive Better in AI Slump Than Asia-Pacific Peers
    Tech

    Chip Foundries Survive Better in AI Slump Than Asia-Pacific Peers

    Lina Johnson MercilliBy Lina Johnson MercilliSeptember 19, 2026No Comments2 Mins Read
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    Quick Takeaways

    1. Asia-Pacific foundries are more resilient to AI downturns than other tech firms.
    2. S&P stress-tested foundries, memory makers, cooling suppliers, and ODMs.
    3. Potential risks include reduced AI investment and project delays from infrastructure issues.
    4. Foundries may better withstand declining AI spending amid market fears.

    Better Insulation in the AI Slowdown: What It Means for Chip Foundries

    Recent reports reveal that chip foundries in the Asia-Pacific region are more resilient than their tech peers during an AI slowdown. According to S&P Global Ratings, these foundries are better prepared to handle potential declines in AI investments. This resilience stems from their specific market position and business models. Unlike some tech firms heavily reliant on continuous AI development, foundries produce the underlying chips that power various industries. Therefore, even if AI spending slows, these companies can maintain steady revenue streams. This situation highlights a key difference in how various parts of the tech sector respond to economic shifts. As fears grow about reduced spending from major tech giants, the stability of Asia-Pacific foundries becomes even more noteworthy. Their ability to endure downturns offers a glimpse into a more practical and sustainable path forward for the broader semiconductor industry.

    Insights into Practicality and Impact on the Human Journey

    The findings emphasize that some parts of the tech industry are better equipped for change. Foundries in the region face fewer risks of immediate decline since they serve a wide range of customers, not just giants focused solely on AI. Moreover, stress tests show these companies can endure scenarios such as reduced investments from large hyperscalers or delays caused by infrastructure issues like power grid limitations. Practically, this means these foundries could continue supporting technological progress in other areas, even during a slowdown. For society, this stability ensures ongoing access to essential components needed for smartphones, servers, and other devices. Ultimately, resilient chip production underscores the importance of diversified supply chains. It also reminds us that technological growth depends on more than just rapid innovation; it relies on practical, resilient infrastructures that sustain our human journey forward.

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    Lina Johnson Mercilli
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    Lina Johnson Marcelli is the editor for IO Tribune, bringing over two decades of experience in journalism to her role. With a BA in Journalism, she is passionate about delivering impactful stories that resonate with readers. Known for her keen editorial vision and leadership, Lina is dedicated to fostering innovative storytelling across the publication. Outside of work, she enjoys exploring new media trends and mentoring aspiring journalists.

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