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Fiber Optic Communications, Inc. participated in the second review meeting of the Department of Industrial Technology, MOEA A+ Innovation Program on 7 March, 2025. During this meeting, FOCI was granted a research and development subsidy for the project titled "Development Plan for Optical Fiber Coupling Array and Packaging Integration System for Cloud AI/HPC Optical Interconnects."
To provide high-performance solutions for high-speed optical communication modules in data centers and AI servers, FOCI focuses on developing next-generation optical fiber coupling packaging design and testing technology platforms. These innovations aim to overcome mass production bottlenecks in the packaging of ICs and optical fibers while improving performance and production efficiency. By developing micro-optical array coupling components and constructing a complete optical fiber coupling design and manufacturing process technology, the goal is to achieve high optical fiber density and low coupling loss, significantly enhancing the performance of optical communication systems in data centers. At the same time, FOCI is developing an efficient and high-precision optical fiber coupling testing platform, solving the current lack of mass production equipment and effectively reducing production costs.
This project will overcome key bottlenecks in the global silicon photonics industry chain, enabling the mass production of next-generation AI high-speed ICs. Once completed, the project will lead the industry to achieve more efficient optical communication systems, and is expected to drive billions of New Taiwan Dollars(TWD) in value for Taiwan's relevant industries in the coming years, maintaining Taiwan's global leadership in silicon photonics packaging.
FOCI is fully committed to developing optical fiber coupling arrays, overcoming critical transmission bottlenecks in the global silicon photonics industry chain, and making the mass production of AI high-speed chip modules a reality.
https://www.moea.gov.tw/Mns/doit/news/News.aspx?kind=1&menu_id=13419&news_id=118747