Photonic Band-gap Material Market to Double by 2031 Amid Surge in Quantum Photonics and Optical Chip Technology
[Hyderabad, June 14th, 2025] — Clearview Market Insights estimates that the global photonic band-gap (PBG) material market will rise to USD 385 million by 2031, growing at a CAGR of 10.1%. As the demand for high-speed optical data transmission and quantum hardware increases, PBG materials are enabling a new class of wave-guiding and light-confining technologies.
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PBG materials prevent the propagation of
specific wavelengths, making them ideal for designing photonic circuits,
lasers, and sensors. Advances in 3D photonic crystals, hollow-core fibers, and
tunable metamaterials are enhancing their commercial viability.
"Photonic band-gap structures are to optics what semiconductors are
to electronics," said a CVMI analyst. "Their role in compact,
high-performance photonics is becoming foundational."
Major players such as Luxtera, NKT Photonics,
and Photonic Lattice are advancing silicon-compatible PBG materials and
flexible fiber technologies for applications in quantum chips, telecom
backbones, and biomedical sensing. Ongoing research is improving scalability,
thermal stability, and integration with CMOS and MEMS platforms.
North America and Asia-Pacific are leading in
academic and commercial implementation, while Europe is concentrating on
high-precision diagnostics and photonic device integration. Strategic
opportunities exist in defense optics, IoT photonic sensors, and smart lighting
systems.
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ClearView Market Insights
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