Expected to become available early in the 2030s, the 6G research journey is already well underway. 5G is now providing low latency, flexible bandwidth, and high security that enable a vast range of new services and user experiences. The evolution toward 6G mobile networks necessitates significant technological advancements across telecommunications, including optics. The combination of ultra-high capacity, negligible latency, and extensive network automation, along with new advanced optical technology, AI/ML, and post-quantum cryptography, will play a key role.

The evolution of Radio Access Networks, Transport, and Core will likely be complemented by emerging Low Earth Orbit (LEO) satellite networks in a seamless global connectivity framework. This new reality will redefine how people interact, work remotely, and experience different cultures. It will contribute to a more sustainable and efficient society while enabling seamless mobility in the cyber-physical domain. Fundamental use cases for 6G will require energy efficiency, high security, and extensive network automation. Ericsson envisions a future where limitless connectivity, trustworthy systems, cognitive networks, and network compute fabric coexist to enable the next-generation digital world.

About the Speaker

Dr. Alessandro Pane has been Director of Ericsson Research and Development in Italy since 2008, leading the development of optical solutions for Radio and Transport networks.

With extensive international experience, he has held senior management roles in Sweden, the USA, and Croatia. He specializes in understanding telecom market developments, building long-term customer relationships, and positioning Ericsson as a key business partner.

His expertise includes requirements management, product roadmaps, and new product introductions, ensuring continuous technical innovation and customer-driven solutions. Passionate about teamwork and performance-driven culture, he is dedicated to fostering high-energy, high-impact R&D teams.