#USA #Huawei #Vienna #All-Optical Network #NetworkX 2026

Huawei's Vision for the Future of Networking

During the Optical Transport Innovation Summit at NetworkX 2026, Huawei revealed its ambitious plans for a next-generation All-Optical Network, termed 'LIGHTS'. This initiative aims to leverage Artificial Intelligence and integrates advanced network technologies to shape the future of connectivity. The summit highlighted three waves of opportunities driven by AI for network operators, indicating a transformative shift in the way optical transport networks are designed.

The Three Waves of AI-Driven Opportunities

Gavin Gu, President of Huawei's Optical Transmission Network Domain, presented compelling insights into how the rapid evolution of AI offers essential opportunities for operators. The focus is on three critical areas:

• - Data Center Interconnect (DCI) for hyperscalers,
• - Dedicated connections for enterprise computing power, and
• - Integrated computing and networking services.

These advancements signify a move from consumer-centric networks to business-oriented frameworks (ToB) driven by artificial intelligence. This transition reflects a new planning approach, where AIDC (Artificial Intelligence Data Center) plays a central role, shifting the operational landscape for service providers.

Next Generation OTN: A Key Enabler

Huawei's proposed Next Generation Optical Transport Network (OTN) solution is pivotal for achieving the LIGHTS infrastructure. This system prioritizes low latency, high reliability, and a green operational framework, ensuring operators can meet the demands of modern connectivity.

Key Features of Next Generation OTN

• - Ultra High-Speed Capacity: The solution offers a remarkable range from 800G to 2T, facilitating rapid deployment and market readiness.
• - Dynamic Capacity Utilization: Operators can leverage a capacity pool designed to optimize fiber usage efficiently.
• - Flexible Bandwidth Management: Integrating advanced functionalities, it addresses both DCI and DCA (Data Center Automation) scenarios effectively.

For DCI, the OTN provides the essential high-speed capacity needed to satisfy bandwidth demands on a terabits-per-second level, while DCA facilitates seamless end-to-end connections ensuring optimal availability.

Transformation of Business Models

The adoption of the LIGHTS network will enable operators to evolve from merely selling bandwidth to offering core capabilities and value-added services. This evolution fosters a multifaceted approach to service delivery, where providers can differentiate themselves based on latency, reliability, and security. For instance, in regions like Hubei, China, operators are combining network and computing advantages to launch integrated services across various sectors, including education, healthcare, and finance.

Conclusion

Huawei's All-Optical Network initiative is set to revolutionize the industry by allowing operators to tap into AI-driven opportunities effectively. This paradigm shift is essential for achieving network monetization as a means of sustaining business growth in an increasingly interconnected world. By fostering partnerships within the industry, Huawei aims to facilitate technological innovation and expedite the evolution of the optical transport sector, reinforcing its commitment to shaping the future of connectivity in the AI era.