#None #Huawei #Vienna #AIDC #Optical Networks

Huawei's Vision for Optical Networks at NetworkX 2026

During the recent NetworkX 2026 event held in Vienna, Huawei presented its innovative vision for establishing fully optical networks known as LIGHTS. This initiative aligns with the growing demand for enhanced data connectivity and AI applications in various industrial sectors.

Huawei's president of Optical Transmission Networks, Gavin Gu, highlighted three significant waves of opportunity that artificial intelligence (AI) presents to network operators. These include connecting data centers for hyperscalers, establishing private lines for enterprise computing, and integrating computing and network services. This transition is pivotal as it transforms optical transport from mere consumer-grade data networks into robust, business-oriented infrastructures.

Next Generation OTN: Enhancing Optical Networks

The Next Generation OTN solution introduced by Huawei addresses the urgent need for advanced network architecture in the age of AI. The company proposes the LIGHTS network as a strategic priority for operators, featuring six essential capabilities:

• - Low Latency: Essential for real-time applications
• - Intelligent Operation: For streamlined management and efficiency
• - Green Foundation: Emphasizing environmental sustainability
• - High Reliability: Ensuring consistent service availability
• - Tbps-level Capacity: Supporting vast amounts of data seamlessly
• - Security Assurance: Crucial for protecting sensitive information

The Next Generation OTN provides ultra-high-speed capacities ranging from 800G to 2T, significantly optimizing the use of optical fibers. This solution is designed to facilitate swift market introduction, maximize bandwidth capacities, and fulfill the stringent demands of data center interconnect (DCI) traffic.

Supporting Business Growth

With the implementation of the LIGHTS fully optical network, operators are moving away from traditional bandwidth sales to offering essential functions and value-added services. In this new paradigm, private computing lines evolve beyond basic bandwidth provision, incorporating latency, reliability, and security into their offerings. This shift enables operators to provide differentiated services across various industries, enhancing their pricing power in competitive markets.

Additionally, the integration of computing and network services is accelerating. An example of this evolution can be seen in Hubei province, China, where operators are combining the strengths of their networks and computing capabilities to launch integrated services in sectors such as education, healthcare, and finance.

Conclusion

The fully optical LIGHTS network is positioned to help operators capitalize on the opportunities presented by AI, monetizing their networks, and driving business growth. Huawei emphasizes its commitment to collaborating with industry partners to foster technological innovation and facilitate industry transitions into the AI era. As optical transmission continues to evolve, embracing these advancements will be essential for staying competitive in a rapidly changing digital landscape.