- The 3rd AI + Optoelectronic Intelligent Connectivity Conference (OSIC 2026) concluded successfully in Suzhou from April 23 to 24, 2026. As an authoritative professional event integrating AI and optoelectronics in China, the conference gathered industry research experts, leading industrial chain enterprises and professional research institutions. It thoroughly analyzed the future technological evolution roadmap, market development trends and overall industrial pattern of the optical communication industry, serving as an authoritative industry reference and development benchmark for global optical communication upstream and downstream practitioners.
- The core highlight of this conference is the official establishment of the brand-new industrial development system of Optical Communication 3.0. The industry has stepped out of the 1.0 stage focusing on basic connectivity and the 2.0 stage centered on bandwidth and rate upgrading, and officially entered a new intelligent integration cycle featuring the integration of communication, computing and perception. With the continuous advancement of AI large model training, cloud intelligent inference and large-scale computing cluster construction, the optical communication industrial chain has embraced structural transformation and upgrading. High-speed optical interconnection, low-power optoelectronic integration and high-density intelligent networking have become the consensus development directions of the entire industry.
- Judging from the core industry signals released by OSIC 2026, the construction of AI computing infrastructure is dominating the iteration pace of high-speed optical interconnection. 800G has achieved large-scale commercial application in global small and medium-sized AI data centers and become the mainstream deployment configuration. 1.6T high-speed optical interconnection technology has matured steadily and entered the window period of mass commercial use, laying a solid technical foundation for the expansion and upgrading of large-scale AI computing clusters. Meanwhile, the market penetration of silicon photonics integration technology keeps rising, reaching nearly 50% in high-end 800G application scenarios. It has become a core technical approach to improve transmission bandwidth, integration density and reduce overall power consumption.
- Optoelectronic packaging and integration architecture have become a heated topic at the conference. CPO, NPO and XPO are clearly defined as the core evolution routes for next-generation AI high-speed interconnection. Among them, CPO integrates optical engines with ASIC chips through co-packaging, compressing the electrical interconnection link to the millimeter level. It effectively reduces transmission loss and overall power consumption, acting as a key technology to break the power consumption bottleneck of traditional pluggable optical modules. As transitional and complementary solutions, NPO and XPO balance technical performance and on-site deployment flexibility to adapt to the implementation demands of diverse scenarios. In addition, innovative technologies including LPO and OCS have been fully recognized by the industry for their application value in segmented scenarios.
- In the field of basic networking and transmission bearing, high-density data center cabling and metropolitan area network wavelength division expansion have become rigid market demands. For short-range high-speed interconnection in data centers, the market demand for high-density optical fiber links, MPO/MTP interconnection solutions and OM5 multimode fiber transmission continues to grow. In cross-data center interconnection and backbone network bandwidth expansion scenarios, CWDM, DWDM and CCWDM wavelength division multiplexing technologies are prioritized by operators and cloud service providers due to high bandwidth utilization and flexible expansion capabilities. This also drives steady growth in the market of passive optical devices and precision fiber cabling supporting products. Tight supply of upstream EML optical chips has further accelerated the substitution of silicon photonics technology and promoted collaborative upgrading of the entire industrial chain.
- Based on the industrial logic delivered by OSIC 2026, the optical communication industry will continue to evolve around four main themes in the next few years: AI computing power supporting, high-speed rate iteration, high-density scenario deployment and low-power technology upgrading. The technological iteration cycle is shortening continuously, and the market demand structure is being optimized. Global supply chain layout and standardized product quality control have also become core competitive factors in overseas markets.
- Dedicating to the global optical communication supporting industry, OPTICO Group keeps close attention to cutting-edge technological trends and global market changes, focusing on the R&D and delivery of basic optical communication interconnection and transmission supporting solutions. With standardized product quality, stable supply chain delivery capacity and customized solutions adapted to overseas scenarios, the company fully meets the diversified application demands of global data centers, AI computing infrastructure and communication backbone networks. Keeping pace with the development wave of Optical Communication 3.0, OPTICO provides stable and reliable optoelectronic communication supporting services for global partners with professional strength.