In Beijing, the two companies have implemented the world’s first 3D smart 5G-A network, covering both aerial and terrestrial environments. This network addresses the demands of the AI era, ensuring widespread 5G-A access. They have also tested a pioneering 1:1 3D networking model, coordinating high- and mid-band frequencies to deliver a seamless user experience. This initiative confirms the viability of high-band networking for enhanced connectivity.
Yang Lifan, Deputy General Manager of China Unicom Beijing, stated: “Future networks will feature space-air-ground and spectrum coordination, and their O&M will be dynamic and automated with the help of AI agents. Instead of passively reacting, operators should proactively embrace cutting-edge technology to make communications networks truly intelligent.”
David Li, Vice President of Huawei’s Wireless Network Product Line, added: “In order to explore new connection spaces, and unlock new business value, 5G-A networks should fulfill the diverse needs of different applications, user groups, and services. Prioritizing experience-centered networks, we will continue to enable technological innovations in high uplink, low latency, and smart operations to facilitate the implementation of China Unicom Beijing’s space-air-ground integrated smart network strategy, with the aim of delivering more-than-fast experiences to users in Beijing.”
China Unicom Beijing and Huawei are leveraging AI to enable fully automated network operations, targeting industry-wide adoption. By 2026, they plan to automate all network processes, including site deployment, maintenance, optimization, and customer support. Additionally, they have introduced a digital twin system for high-speed rail, enhancing passenger services through real-time visualization.
This collaboration underscores a commitment to advancing network intelligence and user experience. By integrating AI-driven solutions and innovative 5G-A infrastructure, China Unicom Beijing and Huawei are setting a foundation for next-generation connectivity across diverse applications in Beijing and beyond.
