For application scenarios including express logistics, geographic mapping, urban management, emergency rescue, and energy/transportation inspections, industrial drones leverage existing high-orbit high-throughput satellite networks to overcome the physical limitations of terrestrial network coverage in low-altitude economic development. The solution employs the PC802 single-chip to independently handle beamforming processes for both ground wireless networks and satellite network access. With its low power consumption, cost-effectiveness, and compact design, it delivers integrated air-ground network access services tailored to drones’ communication requirements across all terrains, weather conditions, and operational hours. This innovation significantly enhances the foundational communication network capabilities for low-altitude economy.

For scenarios such as emergency support, large-scale events, disaster relief, and coordinated operations, this solution utilizes drone-mounted 5G small cell equipment for rapid network deployment. It supports two operational modes:

1. Embedded core network functionality to enhance standalone (SA) 5G network deployment capabilities during emergency rescue operations;
2. Self-organizing network (SON) capability to enable ad-hoc networking between drone swarms. By leveraging the rapid mobility of drone swarms, the system dynamically expands 5G coverage and capacity across diverse terrains, ensuring robust connectivity for mission-critical communications.

For application scenarios including remote areas with insufficient network coverage, agricultural/environmental monitoring, maritime communications, and emergency response, this system integrates PC802 chip-based HAPS 5G base stations with high-throughput specialized terminals. It directly delivers 5G services to drones and terrestrial users while providing stable backhaul link bandwidth, effectively addressing the operational demands of high-throughput data network services.