en.Wedoany.com Reported - Nokia held the 2026 Korea Amplify Conference on July 2, themed "Network Innovation for the AI Supercycle." The conference focused on how networks can evolve to support AI-driven intelligent and data-intensive services, covering topics such as AI-RAN, global mobile network trends, and next-generation connectivity.

Ahn Tae-ho, President of Nokia Korea, noted that as the transition to an AI-driven economy accelerates, the importance of intelligent, scalable, and automated networks continues to grow. Han Hyo-chan, Chief Technology Officer of Nokia Korea, shared Nokia's perspective on the role and significance of AI-RAN in a speech titled "The Impact of AI-RAN on the Korean Market." Cho Bong-yeol, Head of Product Management for Nokia's Mobile Networks business, outlined the trend of global telecom operators evolving toward AI-native architectures to expand AI services and meet growing future connectivity demands.

The conference also featured guided demonstration sessions, allowing attendees to experience the latest technologies. Nokia showcased how mobile network functions and AI applications can run on shared infrastructure through its cloud-based AI-RAN innovations, and how the Nokia Network Services Platform (NSP) leverages AIOps to simplify troubleshooting across IP transport networks.

Nokia also demonstrated advanced Data Center Interconnect (DCI) technologies supporting low-latency, high-performance, and quantum-safe data transmission between AI factories, cloud environments, and data centers. The company further presented its vision for the next evolution of broadband connectivity, demonstrating how telecom operators can simultaneously run 1G, 10G, and 50G Passive Optical Network (PON) services over a single optical network.

Ahn Tae-ho stated that networks are becoming increasingly important as the core infrastructure supporting the AI supercycle. Nokia will actively support South Korea's digital transformation goals and the realization of next-generation connectivity through continuous innovation in wired and wireless network infrastructure.