Photon Capital Explains Silicon Photonics Drives Indium Phosphide Demand

Silicon photonics, while enabling modulators, waveguides, and detectors, still relies on Indium Phosphide (InP) for the light source, creating a vertical division of labor rather than a materials conflict. Expansions by UMC and Tower Semiconductor in 300mm capacity are accelerating this symbiotic relationship.

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Semicon Twitter · Twitter · 6d ago

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AXT, Inc.mentioned UMCmentioned Tower Semiconductormentioned MACOM Technologymentioned Lumentummentioned Coherentmentioned

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Updated 6d ago · 1 source

Photon Capital Explains Silicon Photonics Drives Indium Phosphide Demand

Silicon photonics, while enabling modulators, waveguides, and detectors, still relies on Indium Phosphide (InP) for the light source, creating a vertical division of labor rather than a materials conflict. Expansions by UMC and Tower Semiconductor in 300mm capacity are accelerating this symbiotic relationship.

View Tweet→