barcelona, spain, March 8, 2026 /PRNewswire/ — At MWC Barcelona 2026, Yangtze Optical Fiber Cable Co., Ltd. (YOFC) introduced its end-to-end all-optical solution, highlighting its role in supporting AI-driven computing, smart mobility, and other data-intensive industrial applications.
All-optical smart vehicle solution
During the event, YOFC outlined how the industry is updating its digital infrastructure to support increasingly demanding AI workloads with solutions spanning AI computing infrastructure and smart mobility. Two flagship applications, AI intelligent computing and all-optical smart vehicles, demonstrated how YOFC’s all-optical technology can be deployed in real-world environments and provide tangible operational value.
As a global provider of optical communications technology, YOFC demonstrated how it is integrating AI and all-optical transport technology to create a more application-focused solution portfolio. By highlighting use cases that go beyond traditional point-to-point transmission, the company explained its approach to supporting next-generation digital infrastructure, which is at the heart of the MWC 2026 showcase.
YOFC also announced an AI intelligent computing center solution designed for hyperscale and high-performance computing environments. The solution integrates advanced optical technologies such as hollow-core fiber and multi-core fiber with four core components: premium multimode fiber, 400G/800G high-speed optical transceivers, and energy-efficient cable systems. The solution is built to support high-density computing connectivity and efficient data transmission, with built-in energy efficiency considerations to help data centers optimize power consumption and reduce operational overhead. The system architecture is designed to support large-scale AI computing environments. Hollow-core fiber delivers approximately 47% faster signal transmission speeds and reduces latency by approximately 31% than traditional fibers. YOFC’s unique hollow core fiber, which features a “support tube structure,” achieves an average attenuation of 0.12 dB/km and a minimum attenuation of 0.040 dB/km, which is significantly lower than the theoretical limit of 0.14 dB/km for conventional single mode fiber.
YOFC also showcased industry-specific fiber-based solutions, including all-optical smart vehicle systems, which were highlighted as key applications. By deploying an in-vehicle fiber network, the platform enables high-bandwidth, low-latency connectivity between vehicles, road infrastructure, and cloud platforms, supporting autonomous driving capabilities and improving the efficiency of the entire transportation system. The solution combines five key technologies, including dedicated fiber solutions for in-vehicle optical communications, glass side glow fiber, and LiDAR signal amplification. This approach supports the transition to more intelligent vehicle architectures, improving driving safety and reliability, reducing energy consumption and long-term maintenance requirements, and aligning with broader trends in smart mobility.
Beyond these two flagship cases, YOFC also showcased all-optical solutions for marine communications, power communications, and smart living, demonstrating end-to-end deployment capabilities across a variety of application environments. From supporting AI computing infrastructure and smart mobility systems to enabling reliable energy communications and consumer-oriented digital services, YOFC’s solutions are gaining traction in multiple markets.
Through its MWC 2026 showcase, YOFC summarized its latest all-optical solutions and outlined its priorities for AI-driven optical infrastructure development. Looking to the future, the company plans to further integrate AI and optical communications, expand its solution portfolio, and support widespread adoption of all-optical architectures across a broader range of industry applications. Building on continuous product development and engineering work, YOFC aims to create long-term industrial value in the AI era and support large-scale digital transformation across multiple sectors.
