Photonic integrated circuit market seen reaching $60.3 billion by 2034

By AI, Created 10:24 AM UTC, May 20, 2026, /AGP/ – IMARC Group says the global photonic integrated circuit market was valued at $15.9 billion in 2025 and could climb to $60.3 billion by 2034. The forecast points to strong demand from data centers, 5G, AI computing and silicon photonics, with lasers, indium phosphide and monolithic integration leading key segments.

Why it matters: - Photonic integrated circuits are becoming a core hardware layer for faster data transfer, lower latency and lower power use in data centers and telecom networks. - The market outlook suggests rising demand across AI infrastructure, 5G buildouts, autonomous systems, healthcare imaging and quantum technology. - The forecast points to a larger role for PICs in next-generation computing and sensing, especially as power efficiency becomes a bigger constraint.

What happened: - IMARC Group published a new market intelligence report on the global photonic integrated circuit market. - The report values the market at $15.9 billion in 2025. - IMARC Group estimates the market will reach $60.3 billion by 2034, implying a 15.47% compound annual growth rate from 2026 to 2034. - The report covers market size, growth trends, drivers, segmentation, regional dynamics and the competitive landscape. - IMARC Group released the report from Sheridan, Wyoming, on May 7, 2026. - A sample PDF is available here. - A customized report request is available here.

The details: - Data center expansion, rising 5G deployment, AI-driven high-performance computing and advances in silicon photonics are the main growth drivers in the report. - PIC adoption is also rising in LiDAR for autonomous vehicles, biomedical imaging, quantum computing and semiconductor manufacturing. - The report says investment in R&D, strategic partnerships and miniaturization of photonic components is creating new opportunities in telecommunications, healthcare, defense and aerospace. - AI is reshaping the market through chip design optimization, intelligent manufacturing and optical network management. - Machine learning tools are reducing PIC design cycles from months to days while improving performance, yield and energy efficiency. - AI-driven computer vision and predictive analytics are helping manufacturers detect defects in real time and reduce production waste. - AI-enabled optical communication systems are being used for dynamic bandwidth allocation, predictive fault detection and autonomous network reconfiguration. - By component, lasers held the largest share at about 40.3% in 2025. - By raw material, indium phosphide led with about 45.6% share in 2025. - By integration, monolithic integration dominated with about 48.9% share in 2025. - By application, optical fiber communication was the largest segment at about 50.2% in 2025. - By region, North America held more than 35.0% of the market in 2025. - Major companies named in the competitive landscape include Broadcom, ColorChip, Hamamatsu Photonics, II-VI, Infinera, Intel, LioniX International, POET Technologies and VLC Photonics, now part of Hitachi.

Between the lines: - The report frames PICs less as a niche photonics play and more as infrastructure for bandwidth-hungry computing systems. - Silicon photonics is emerging as the key cost and scale lever, while indium phosphide remains the performance leader in high-end applications. - The emphasis on AI in design and manufacturing suggests the market is not only growing on demand, but also becoming more efficient to produce. - North America’s lead appears tied to semiconductor R&D, rapid network buildout and public support for domestic chip production.

What’s next: - IMARC Group expects the market to keep expanding through 2034 as AI, cloud computing and hyperscale data centers increase optical interconnect demand. - Further commercialization is likely in healthcare diagnostics, biosensing and LiDAR as PICs continue shrinking in size and cost. - Competition is likely to focus on higher integration, lower power consumption and improved performance in next-generation photonic chips. - The report also points to ongoing regulatory and investment shifts in semiconductor manufacturing and photonics R&D as factors that could shape adoption.

The bottom line: - Photonic integrated circuits are moving from emerging technology to essential infrastructure for AI-era networks, and the market forecast reflects that shift.