Wireless electromagnetic wave signals can propagate through the air as a transmission medium, which solves many problems associated with difficult wired deployment, such as those encountered in areas with roads, rivers, and mountains.
Wireless bridges are generally used in the following scenarios: wireless data acquisition, monitoring data transmission (outdoors and in elevators), outdoor wireless coverage, long-distance outdoor wireless bridging, private ISP wireless broadband, and data backhaul from unattended monitoring stations.
Monitoring systems are a popular application area for wireless bridges, such as covering campuses, large construction sites, and farms, solving the problem of long-distance connections between cameras and the monitoring center; in elevator monitoring scenarios, wireless bridges overcome the difficulties of wiring in elevator shafts, efficiently transmitting monitoring video back to the control room.
When wiring between two buildings, remote warehouses, or remote offices is expensive, wireless bridges become the ideal choice. Wireless bridges provide long-distance directional transmission, bridging the main network signal to distances of several kilometers, ensuring smooth remote work and data transmission.