At MWC Barcelona 2026, Yangtze Optical Fibre and Cable (YOFC) rolled out end-to-end all-optical solutions aimed at powering AI-driven computing, smart mobility, and data-heavy industries. This blog digs into YOFC’s push beyond old-school point-to-point links, focusing on two big applications: the AI Intelligent Computing Center and the All-Optical Smart Vehicle platform.
YOFC sees these innovations as foundational for sweeping digital transformation in the AI era.
End-to-End All-Optical Solutions for AI-Driven Computing
YOFC believes pairing AI with advanced optical transmission opens up denser connectivity, better energy efficiency, and lower latency in data centers and at the edge. Instead of sticking with legacy links, they’re imagining a setup tuned for AI workloads, hyperscale computing, and high-speed data crunching.
AI Intelligent Computing Center: architecture and benefits
The AI Intelligent Computing Center brings together a range of optical tech to support hyperscale and high-performance computing. Core features include:
- Hollow-core fibre for faster signal propagation
- Multi-core fibre and premium multimode fibre for high-density interconnects
- 400G and 800G optical transceivers for scalable bandwidth
- Energy-efficient cabling to cut down on data-center power use
YOFC says its hollow-core-fiber-transforming-data-centers-with-faster-optical-links/”>hollow-core fibre delivers about 47% faster signal transmission and roughly 31% lower latency than standard fibre. Average attenuation sits at 0.12 dB/km, dipping to a minimum of 0.040 dB/km.
These numbers mean AI training and inference get a real boost—higher throughput, less heat, and lower energy draw. The architecture also leans into end-to-end deployment and smooth integration with current data-center fabrics.
By combining hollow-core, multi-core, and premium fibres with high-speed transceivers, YOFC aims to cut total ownership costs and deliver the reliability big AI workloads demand.
All-Optical Smart Vehicle System for Next-Generation Mobility
YOFC also showed off its All-Optical Smart Vehicle platform, which targets autonomous driving, vehicle-to-infrastructure (V2I), and vehicle-to-cloud communications. The system uses in-vehicle fibre networks and specialized active fibres to support LiDAR and perception tech.
In-vehicle networks and LiDAR amplification
This platform relies on in-vehicle fibre networks, glass side glow fibre, and dedicated fibres for LiDAR amplification. That setup enables high-bandwidth, low-latency links between vehicles, roadside gear, and the cloud.
YOFC thinks this architecture can sharpen autonomous-driving performance, boost reliability, trim energy use, and lower maintenance costs by streamlining the optical backbone across the mobility ecosystem.
The All-Optical Smart Vehicle concept stretches optical tech beyond data centers, linking vehicles, sensors, and networks with a unified optical fabric. Prioritizing low latency and high bandwidth helps time-critical perception and decision-making in tomorrow’s mobility world.
Broader portfolio: marine, power grid, and smart living
YOFC isn’t just about compute and mobility. They also rolled out solutions for marine communications, power-grid connectivity, and smart-living applications.
These capabilities highlight end-to-end deployment potential, from offshore rigs to city centers, painting a picture of a broad optical portfolio ready to scale with digital transformation across industries.
By blending AI-integrated optical portfolios with all-optical architectures, YOFC wants to speed up adoption across sectors and cut ownership costs through streamlined, high-performance networks.
Future plans and industry impact
YOFC keeps expanding its AI-enabled optical portfolio. They’re aiming to broaden adoption and ensure these solutions work with all kinds of data-center and mobility environments.
The company puts a big emphasis on energy efficiency, low latency, and high-density connectivity. This focus sets them up to support massive digital strategies, from hyperscale clouds to next-gen transportation systems.
What’s next? YOFC will probably dive deeper into collaborations and pilot deployments. They’re also working on standardized interfaces, hoping to make all-optical architectures easier for everyone to roll out at scale.
Here is the source article for this story: YOFC Presents End-to-End All-Optical Solutions for AI-Driven Industry Applications at MWC 2026