Beyond Gigabit Broadband Access Solutions for the Hyper-Connected AI Era : Edge-to-AI, the Shift to Intelligent Infrastructure

Today’s broadband access solutions are evolving beyond simple data transport into critical infrastructure that powers AI-driven innovation. As 10 Gigabit internet coverage expands and investments in AI infrastructure continue to grow, network evolution is no longer just about speed—it is about transforming into intelligent infrastructure.

Ubiquoss Broadband Access solutions deliver seamless ultra-high-speed connectivity from homes to buildings over fiber and Ethernet-based networks. Through the concept of "Edge-to-AI," we provide the foundational network infrastructure that enables all services and innovations—from the edge where data is generated to AI environments where intelligent processing takes place.

With proven commercial deployments across millions of subscribers in major carriers using 1G PON to 10G PON, supporting FTTH, FTTB, and FTTC architectures, we are also preparing for the transition to next-generation 50G PON. As the only domestic vendor capable of delivering end-to-end solutions from OLT to MDU and ONU (customer premises equipment), we maximize operators’ network efficiency and investment value.

We intelligently design the entire network path from the edge to AI infrastructure. Through integration with AIOps, we analyze traffic patterns in real time and enable predictive fault detection and response, significantly reducing operational complexity. The infrastructure continuously optimizes itself to deliver an intelligent, business-optimized communication environment.

Through low-power hardware design and power optimization algorithms, energy consumption is minimized even under the massive data processing demands of the AI era. This environmentally conscious innovation enables a green infrastructure that supports enterprise ESG initiatives.

We provide an efficient migration path from existing 10G PON networks to next-generation 50G PON. This enables gradual network evolution without full infrastructure replacement, ensuring seamless scalability aligned with technological advancement.

By integrating PON and Ethernet switching environments into a unified architecture, operational consistency is maximized. Centralized control of distributed network resources enhances visibility and provides a flexible foundation capable of adapting to diverse business requirements.