2.4G/5.8GHz broadcast-type remote 360° identification base station

The 2.4G/5.8GHz broadcast-type remote 360° identification base station employs omnidirectional coverage and a broadcast communication mechanism, enabling stable, continuous, and accurate remote identification of targets over a wide area. Through high-gain RF design and intelligent signal processing algorithms, the base station achieves simultaneous perception and rapid response to multiple targets, making it suitable for all-weather operation in complex environments. Its 360° coverage significantly improves identification efficiency, reduces blind spots and false positives, and meets the application requirements for large-scale deployment and centralized management.

The base station integrates multiple mainstream communication protocols and interface standards, seamlessly connecting to existing systems and platforms, reducing secondary development costs. Modular design and plug-and-play architecture significantly simplify on-site installation processes while reducing the difficulty of later maintenance and upgrades. Centralized management and remote configuration functions make equipment status monitoring and troubleshooting more efficient.

The equipment supports collaborative operation across 2.4GHz and 5.8GHz frequency bands, intelligently selecting or switching bands based on on-site interference conditions, effectively improving communication stability and anti-interference capabilities. Even in high-density or complex electromagnetic environments, it maintains reliable data transmission and identification performance, ensuring continuous and stable system operation.

The base station utilizes high-quality industrial-grade hardware materials and rigorous manufacturing processes. Core components have undergone long-term stability and environmental adaptability testing. The robust casing design, combined with excellent heat dissipation and protection, ensures reliable performance even under prolonged, high-load operation, extending service life and reducing overall maintenance costs.