Huawei Unveils Advanced All-Optical Solutions for AI-Driven Networks at MWC 2025

Huawei's Breakthrough at MWC 2025

During the Green All-Optical Network Forum at MWC 2025 in Barcelona, Huawei's Vice President of Optical Product Line, Kim Jin, introduced revolutionary all-optical solutions aimed at transforming global AI-centric F5.5G networks. These developments align with the rapidly evolving AI landscape and aim to enable a mutually beneficial scenario in today's intelligent era.

The Proposition for Global Operators

The AI sector is currently experiencing exponential growth, driving the demand for faster connectivity solutions such as 10 Gbit/s home broadband and all-optical metro networks with just 1 ms latency. Huawei's latest innovations serve as end-to-end network implementation tools designed specifically for telecom operators across the globe. By focusing on intelligent management solutions, these products promise enhanced performance for existing networks.

Advancements in Optical Access Networks

In response to the increasing AI adoption, telecom central offices must shift to 50G PON systems to provide broad 10GE access. Huawei has unveiled its intelligent Optical Line Terminal (OLT) solutions: the MA5800T X17, along with the new X15, X8, and X2 models, which cater to diverse capacity needs while boasting superior T-level forwarding capabilities.

This series supports high-density 50G PON, allowing operators to create future-proof networks ready to evolve over the upcoming decade. Key features of these models include a 16-port density, ensuring simple inventory replacements, and a new FAN Intelligent Engine architecture that integrates with the NCE for enhanced application-level services.

Innovations for Metro Networks

Building on previous successes, Huawei has continued to innovate within its All-Optical Metro Architecture, which delivers an impressive one-millisecond latency. The latest development showcases the highest single-wavelength capacity board in the industry at 2T, enabled by a new TFLN modulator—an upgrade from 1.6 Tbit/s. Additionally, Huawei's ocean current power-saving algorithm optimizes energy consumption by intelligently shutting off unused circuits based on real-time traffic, yielding up to a 50% reduction in overall power usage.

The technology supports presumptive latency detection, allowing for proactive management of service planning in AI applications.

Backbone Network Enhancements

The OSN 9800 K series represents an innovative leap in OTN solutions, now augmented with the K12 model, which is smaller yet supports broader applications. The K12’s enhanced Forward Error Correction (FEC) algorithm improves performance by up to 30%, also extending capabilities for 800G transmissions over distances 1000 km longer. Combined with optimized optical rerouting response times and Hybrid ASON capabilities, Huawei focuses on delivering a high-availability network with minimal costs.

Intelligent Management Solutions

Huawei’s iMaster NCE integrates AI for smarter network management and control. In all-optical access, the incorporation of the HBB Agent allows networks to detect potential service disruptions before they affect users and rectify issues within a minute—leading to a substantial drop of 60% in user complaints. For all-optical transmissions, Huawei has developed a digital mapping solution to identify and mitigate network and service risks within 15 minutes, showcasing its commitment to streamlined operations.

Conclusion: A New Era Awaits

As articulated by Kim Jin, the rapid advancement of AI is transforming optical network landscapes, yielding incredible opportunities for telecom companies. Huawei is resolute in facilitating operators’ transition to AI-Driven, F5.5G All-Optical Networks, emphasizing quality, efficiency, and strategic growth in this intelligent era. The focus on continuous innovation reinforces Huawei's position at the forefront of optical network solutions, setting the stage for a connected, intelligent future.