Riyadh: Nokia, in collaboration with TAWAL, stc, and Zain, successfully conducted the world’s first 5G standalone (SA) mmWave spectrum-sharing trial during LEAP 2025 in Riyadh.
Supported by the Communication, Space, and Technology Commission (CST), the trial used 800 MHz bandwidth in the 26 GHz band, showcasing an innovative approach to enhancing connectivity in high-demand venues.
The trial leveraged Nokia’s AirScale mmWave with Multi-Operator Core Network (MOCN) active sharing technology, allowing multiple operators to share advanced network infrastructure seamlessly.
This breakthrough optimizes spectrum efficiency, reduces deployment costs, and expands revenue opportunities, making it a crucial solution for Saudi Arabia’s upcoming mega-events, including Expo 2030.
TAWAL is strategically positioned to support the growing demand for ultra-fast mobile connectivity, particularly in large-scale venues such as shopping malls, airports, stadiums, and exhibition centers.
Nokia’s technology enables rapid deployment and efficient spectrum utilization, aligning with its strategy to expand partnerships with neutral hosts and infrastructure providers.
Mohammed Al Hakbani, CEO of TAWAL, stated: “This achievement, in collaboration with stc, Zain KSA, and Nokia and enabled by CST, sets a new benchmark in connectivity. We remain committed to leveraging the latest technologies to meet the evolving needs of our customers.”
Mikko Lavanti, Head of Middle East and Africa at Nokia, added: “This trial highlights the transformative potential of 5G mmWave and active sharing. Partnering with TAWAL, we are shaping a new model for shared connectivity infrastructure that enhances performance and efficiency, setting the foundation for future smart venues and giga projects.”
By enabling multiple operators to share the same active radio network infrastructure without compromising performance or security, Nokia’s innovative approach marks a significant step toward cost-effective, high-capacity mobile solutions for Saudi Arabia’s digital future.
