How big is the photonic chip market | Manufacturers & Suppliers 2025

How big is the photonic chip market?

The market is expanding due to increasing demand for high-speed data transmission, rising adoption of integrated photonics in telecommunications and data centres, and advancements in photonic integrated circuit technologies.

Key Growth Drivers of the Photonic Chip Market

• Increasing trends of superior and quicker data transmission in telecommunications and computing
• Increasing use of photonics in the field of AI, quantum computation, and sensing systems
• Less use of power as compared to conventional electronic chips
• Improvements in photonic integrated circuits (PICs) and manufacture techniques
• Hyperscale data centre and 5G network infrastructures expansion

Photonic Chip Market Trends

Photonic chip market is witnessing trends such as the integration of photonics with electronics for hybrid systems, growing miniaturization for portable applications, and adoption in autonomous vehicle LiDAR systems. Silicon photonics are gaining speed with the possibility of mass production and price decrease. Photonic chips also are also in development to address new applications such as biosensing, aerospace communications, and secure quantum networks.

Emerging Developments in the Photonic Chip Market

Photonic chip market is experiencing developments such as the commercialization of terabit-per-second data transmission modules, innovations in multi-wavelength laser integration, and the use of advanced materials like indium phosphide and gallium arsenide. Strong partnership formed between semiconductor manufacturers and cloud service companies has been improving the performance of products, and quantum photonics R&D is developing new commercialization opportunities.

List of Leading Companies in the Photonic Chip Market

Below is a comprehensive list of the leading market players driving growth in this sector:

1. Intel Corporation

Develops silicon photonic chips for data centers and telecom networks, enabling high-speed optical communication, reduced latency, and scalable bandwidth for global digital infrastructure.

2. Cisco Systems, Inc.

Integrates photonic chip technology into networking solutions, delivering energy-efficient, high-performance optical interconnects for cloud computing, enterprise networks, and hyperscale data centers worldwide.

3. IBM Corporation

Advances silicon photonics for AI, quantum computing, and cloud platforms, offering faster data transfer, reduced energy consumption, and scalable high-bandwidth processing capabilities.

4. Broadcom Inc.

Produces integrated photonic chips for telecom, datacom, and cloud applications, optimizing signal processing, transmission speeds, and network scalability with advanced optical components.

5. Juniper Networks, Inc.

Integrates photonic chip solutions into networking infrastructure, supporting high-speed optical transmission for carriers, enterprises, and hyperscale cloud providers with sustainable energy efficiency.

6. Infinera Corporation

Designs photonic integrated circuits for optical networking, enabling terabit-scale transmission capacity, improved network flexibility, and ultra-low-latency communication solutions for global connectivity providers.

7. Ciena Corporation

Develops photonic chip-based optical networking systems, delivering scalable, high-speed connectivity for telecom, cloud, and enterprise markets with emphasis on software-driven optimization.

8. Fujitsu Limited

Manufactures photonic chips for telecommunications and computing, enabling faster optical data transfer, enhanced signal integrity, and reduced operational costs for global network operators.

9. Nokia Corporation

Integrates photonic chip technology into optical transport networks, offering ultra-fast, energy-efficient connectivity solutions for 5G infrastructure, data centers, and enterprise communications.

10. Rockley Photonics Holdings Ltd.

Develops advanced photonic chips for health monitoring, sensing, and data communication, targeting wearable devices, medical diagnostics, and high-speed optical networks globally.

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