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    🇨🇳China·AI News·17 Aug 2026·via SCMP

    The next silicon? AI data centre material faces price spike amid China supply crunch

    The burgeoning artificial intelligence industry is creating unprecedented demand for optical modules, which are critical components for ultra-fast data transmission in data centers. This surge in demand is now causing a significant price spike for indium phosphide (InP), a chemical compound essential for manufacturing the lasers within these modules. These lasers convert electrical signals into light, enabling rapid data travel through fiber-optic cables. China, a major global producer of indium phosphide, is experiencing sharp price increases for the material, signaling potential supply chain pressures for the AI infrastructure buildout.

    Nexa's Summary

    The escalating price of indium phosphide highlights a critical bottleneck in the global AI supply chain, particularly for Asia. As AI development accelerates across the continent, the demand for high-speed data centers will only intensify, making materials like InP indispensable. China’s role as a primary producer means that any supply disruptions or price volatility directly impact the cost and speed of AI infrastructure deployment throughout the region. This situation could prompt Asian tech companies and governments to explore diversification strategies for critical raw materials, or invest in domestic production capabilities to mitigate future risks.

    Furthermore, this trend underscores the intricate interdependencies within the tech ecosystem. The AI boom, while driving innovation, also exposes vulnerabilities in the foundational components necessary for its growth. For Asian markets, this could translate into higher operational costs for data centers, potentially slowing down AI adoption or making it more expensive for startups and smaller enterprises. It also presents an opportunity for other Asian countries with advanced material science capabilities to step up and potentially become alternative sources, reshaping regional supply dynamics.

    Original reporting by SCMPWe don't republish, read the full story â†’

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