Si 포토닉스 및 포토닉스 IC 인터랙티브 특허 동향(2026년)

The global IP race is accelerating: who are the key players, and which technologies are shaping the future of silicon photonics and photonic integrated circuits?

Key Features

• Interactive dashboard enabling free and dynamic exploration of the patent landscape, allowing users to instantly drill down into key insights and tailor the analysis to their specific needs.
• Global patenting trends, including time evolution of patent publications, countries of patent filings, patent families and applications.
• Main patent assignees and IP newcomers grouped by geographical area and value chain position.
• Players’ IP position and the relative strength of their patent portfolio.
• Focus on players’ IP portfolios.
• Patents categorized by technology segments: PIC / SiPh Platforms, Active Devices, Optical Coupling, Optical Transceivers, Optical I/O & Interconnects, Packaging & Testing, Photonic Computing, and Photonic Sensing.
• Patents categorized by material segments: Si & SOI, InP, SiN, TFLN & LNOI, Polymer on Insulator, and BTO.
• For each segment: IP dynamics, ranking of main patent assignees, IP newcomers, key IP players and key patents.
• Excel database containing all patents analyzed, including patent segmentations and hyperlinks to an updated online database.

Evolving Competitive Landscape of Si Photonics & Photonics IC Technologies

Silicon photonics (SiPh) and photonic integrated circuits (PIC) sit at the heart of next-generation optical communication, datacenter interconnects, AI infrastructure and advanced sensing systems. By integrating optical functions such as waveguides, modulators, photodetectors, filters, resonators, couplers, light-source interfaces and optical I/O structures onto chip-scale platforms, PIC and SiPh technologies are enabling a new level of bandwidth density, power efficiency and system integration.

This interactive IP dashboard and database cover 36,400+ patent publications grouped into 13,300+ patent families. The patent publication trend shows a strong and sustained acceleration from the mid-2010s onward, with publications rising to more than 1,700 patent families and 4,500 individual patents in 2025. Although 2026 data is incomplete because the search was performed in April 2026, the early publication level suggests that patenting activity is expected to continue growing steadily throughout the year and should exceed 2,000 patent families.

This acceleration reflects the industrial adoption of silicon photonics in optical transceivers, coherent optics and datacenter communications, as well as the rapid emergence of optical I/O, co-packaged optics, photonic interconnects, optical chiplets and 3D photonic integration. These technologies are becoming increasingly strategic as AI and HPC systems face growing constraints in bandwidth, latency and power consumption.

The competitive IP landscape is highly diversified. Leading applicants include Intel, Nokia, TSMC, Cisco, Huawei, Samsung Group, NTT, GlobalFoundries, HP, Rockley Photonics, Corning, Marvell, ASE Group, IBM, imec, CEA, Meta, Fujitsu, University of California, OpenLight Photonics, Sumitomo Electric, Alphabet, ETRI and Ciena. This confirms that Si Photonics & Photonic IC is not only a field for optical communication companies, but also a strategic battleground for semiconductor players, foundries, OSATs, advanced materials suppliers, R&D organizations, cloud infrastructure companies and specialized pure players.

The dashboard structures the patent landscape across eight key technology segments: PIC / SiPh Platforms, Active Devices, Optical Coupling, Optical Transceivers, Optical I/O & Interconnects, Packaging & Testing, Photonic Computing, and Photonic Sensing. It also tracks major material and platform families, including Si & SOI, InP, SiN, TFLN & LNOI, Polymer on Insulator, and BTO, when explicitly linked to integrated photonics or PIC applications.

Designed for dynamic exploration and competitive benchmarking, the interactive dashboard and Excel database enable users to analyze patenting dynamics, benchmark key applicants, identify IP newcomers, explore technology segments and materials platforms, access patent-level records, and detect emerging opportunities in one of the most dynamic areas of photonics and semiconductor innovation.

Competitive Positioning of Key Patent Players

The Si Photonics & Photonic IC patent landscape is shaped by semiconductor companies, optical networking leaders, foundries, OSATs, R&D organizations, cloud infrastructure players, materials suppliers, and pure players. This diversity reflects the strategic role of integrated photonics across PIC platforms, active devices, optical transceivers, optical I/O, CPO and advanced packaging.

Major players such as Intel, Nokia, Cisco, Huawei, TSMC, Marvell, Samsung Group, NTT, and GlobalFoundries hold strong IP positions, showing both the maturity of SiPh in optical communications and its growing importance for datacenter, AI/HPC and semiconductor roadmaps.

Specialized pure players such as Rockley Photonics and OpenLight Photonics also remain important innovation drivers, particularly in integrated photonic platforms, optical engines, active devices, sensing and heterogeneous integration.

Future IP leadership will depend not only on portfolio size, but also on the ability to scale photonic integration through advanced packaging, optical I/O, photonic chiplets, and 3D integration..

Technology Segmentation

The dashboard segments the Si Photonics & Photonic IC patent landscape into eight technology areas: PIC / SiPh Platforms, Active Devices, Optical Coupling, Optical Transceivers, Optical I/O & Interconnects, Packaging & Testing, Photonic Computing, and Photonic Sensing.

It also includes material segmentation covering Si & SOI, InP, SiN, TFLN & LNOI, Polymer on Insulator, and BTO. This dual segmentation helps users quickly identify where innovation is concentrated, compare players’ positioning, and track emerging technology and platform trends.

A comprehensive patent intelligence solution combining a robust database and an interactive dashboard to deliver both exhaustive data access and powerful analytical capabilities

Interactive dashboard

Interactive online dashboard built from carefully selected patent data, making patent landscapes more accessible, actionable, and tailored to decision-makers’ needs.

Key features:

• Dynamically explore the evolving competitive IP landscape based on your priorities
• Access clear, interactive visualizations for immediate insights
• Filter and analyze data by players, technologies, countries, dates, and legal status
• Focus on key quarterly highlights on emerging trends, key players, and technological developments
• Drill down instantly from high-level trends to specific players, technologies, and patents
• Tailor insights to the needs of each team (R&D, IP, strategy, business development)
• Discover the dashboard

Patent database

This IP dashboard is supported by a structured Excel database containing all patents selected for this study, including:

• Key patent information (numbers, dates, assignees, titles, abstracts, etc.)
• Hyperlinks to an up-to-date online database (original documents, legal status, etc.)
• Technology and material segmentation (PIC/SiPh Platforms, Active Devices, Optical Coupling, Optical Transceivers, Optical I/O & Interconnects, Packaging & Testing, Photonic Computing, Photonic Sensing, Si & SOI, InP, SiN, TFLN & LNOI, Polymer on Insulator, and BTO).
• Si photonics and photonic IC sample database.

Companies mentioned in the report (non-exhaustive)

Intel, Nokia, TSMC, Cisco, Huawei, Samsung Group, NTT – Nippon Telegraph & Telephone, GlobalFoundries, HP – Hewlett Packard Development, Rockley Photonics, Corning, Marvell, ASE Group, IBM, Meta, Fujitsu, OpenLight Photonics, Sumitomo Electric, Alphabet, Ciena, PsiQuantum, Ericsson, Lightmatter, Apple, Oracle, RTX Corporation, NVIDIA, Shanghai Xizhi Technology, Lumentum, STMicroelectronics, Ayar Labs, Coherent, Hisense, Honeywell, Innolux, Renesas Electronics, Dow Chemical, NEC, Bosch, Kyocera, Aurora, Innolight Technology, Mitsubishi Electric, Carl Zeiss, US Navy, AMS-Osram, Sony, Skorpios Technologies, AMD, Orca Computing, Resonac, Broadcom, Fujikura, Nayuan Technology Singapore, Nexus Photonics, SMART Photonics, Analog Photonics, Volkswagen Group, HyperLight, Oki Electric, Panasonic, Scantinel Photonics, Toshiba, Accelink Technologies, Lockheed Martin, SPIL, CETC – China Electronics Technology Group Corporation, Hitachi, Xilian Optical Fiber, AT&T, ASML, Celestial AI, SEFFECT Photonics, Hangzhou Guangzhiyuan Technology, JBD, MACOM Technology Solutions, Shinko, Texas Instruments, AEVA, Canon, Lightwave Logic, Micron, 3M, Nano Photonics, Ranovus, Thales, United Microelectronics Centre, Ajinomoto, GS Yuasa, NCAP, Scintil Photonics, Teramount, Unimicron, Applied Materials, BAE Systems, Furukawa Electric, and more.