Summary of Key Highlights
At the 2026 MWC Shanghai exhibition, leading optical communication companies from Wuhan's Optics Valley, such as Changfei Fiber and China Information Technology Corporation (CITIC), showcased cutting-edge products including hollow-core fibers and satellite internet solutions. This success is supported by the integrated collaboration of five cities: Wuhan, Ezhou, Huangshi, Huanggang, and Xianning (collectively referred to as "Wuhan-Ezhou-Huangshi-Huanggang-Xianning"). Optics Valley is striving to move towards the high end of the global value chain. The emerging AI trend is driving a shift in fiber demand from household applications to AI computing centers. The five cities have established an industrial ecosystem with a division of labor where research and development take place in Optics Valley, manufacturing occurs in the surrounding areas, and supporting services are provided within the metropolitan region. The goal is to grow the optoelectronic information industry to over 1.5 trillion yuan by 2030, making it a world-class cluster.
Detailed Analysis
1. Leading Companies from Optics Valley Presenting AI-era “Cutting-edge Technologies”
Changfei Fiber and CITIC, as pioneers in the optical communication sector, unveiled innovative products tailored for the AI era:
- Changfei Fiber: They presented three main areas: “AI Intelligent Computing Hubs,” “Connecting Global AI Networks,” and “Full-scenario AI Applications.” Their newly launched wireless fiber sensing solution is particularly noteworthy; it enables high-speed data collection over distances of up to 50 meters without the need for physical wiring, making it suitable for applications such as power equipment and rail transit that require flexible monitoring. Changfei also announced their “AI-2030 Strategy,” which aims to use hollow-core and multi-core fibers to create an “ultra-large capacity, ultra-low latency” optical connection infrastructure for AI computing centers, thereby enhancing AI performance.
- CITIC: Focusing on both AI and satellite internet technologies, CITIC’s self-developed optical modules can meet the computational needs of various systems, from chip-level components to cross-domain networks. Their 6.4T silicon photonics module boasts leading bandwidth density and energy efficiency in the global market. In the field of satellite internet, they have developed everything from space-based base stations and phased array antennas to ground-based gateway stations and terminal equipment, with several technologies being at the forefront internationally.
2. The AI Trend Shifting the Focus of Fiber Demand
Previously, fibers were mainly used for “Fiber To The Home (FTTH)” applications. However, the demand for fibers has now shifted towards “Fiber To The GPU (FTTG)” due to the massive computational requirements of large AI models. According to Changfei President Zhuang Dan, the AI trend has initiated a “super-long period of prosperity” for fiber demand, and optical interconnection technologies will redefine the performance limits of AI infrastructure. Data shows that the demand for fibers driven by AI computing centers is expected to grow by 20.74% annually from 2025 to 2030, compared to only 2.47% for traditional FTTH applications. Hollow-core and multi-core fibers are set to gradually replace traditional fibers as the mainstream transmission medium.
3. Collaborative Efforts among the Five Cities
The five cities have established a clear division of labor: research and development in Optics Valley, manufacturing in the surrounding areas, and supporting services within the metropolitan region, effectively integrating scattered resources into an “innovation chain”:
- Wuhan Optics Valley: Serving as the core for R&D, it hosts 163 national-level platforms and 545 new research institutions, with over 415,000 researchers.
- Ezhou: Establishing a secondary center for the transformation of scientific and technological achievements to accelerate the model where “leadership is in Wuhan and production takes place in Ezhou.”
- Huangshi: Building an offshore science and technology park with an occupancy rate of over 90%, where R&D activities are conducted in Wuhan while manufacturing is carried out in Huangshi. They also plan to facilitate the transformation of 50 scientific and technological achievements, acting as a “eastern transmission hub” for Optics Valley.
- Huanggang: One-quarter of its high-tech enterprises supply components for Wuhan’s industrial chain. In the future, they aim to deepen the model where “front-end R&D is in Wuhan and back-end production is in Huanggang,” focusing on their own distinctive industries while supporting Optics Valley.
4. The 2030 Goal: A 1.5-trillion-yuan Optoelectronic Industry and a World-class Cluster
Wuhan’s optoelectronic industry is experiencing rapid growth, with its scale increasing from 581.4 billion yuan in 2022 to 853.3 billion yuan by 2025, showing double-digit annual growth for four consecutive years. The region has gathered over 16,000 enterprises and established a complete industrial chain from chips to end-products. According to the “14th Five-Year Plan,” by 2030:
- Wuhan’s optoelectronic industry is expected to reach a scale of over 1.5 trillion yuan, becoming the first local industry to reach this milestone.
- The combined optoelectronic industries of the five cities will also reach 1.5 trillion yuan, with the life and health industry reaching 1 trillion yuan.
- Through urban integration, these cities aim to create a global innovation network, enabling the free flow of innovative resources and fostering a world-class cluster.
These efforts not only enhance the competitiveness of Wuhan’s optoelectronic industry but also allow surrounding cities to share in the development benefits, collectively building a world-class industrial cluster.