With the terminal's base station at its core, the system converges the two-way radio communication systems of terminals constructed at different stages to the center using RF-over-fiber transmission. They work seamlessly together, gradually expanding the signal over a larger area.
Seamlessly connecting various areas of the building enhances collaboration and optimizes operations.
In large international airport terminals, the DistriNet system ensures balanced and controllable communication quality throughout the building by appropriately dividing communication zones.
DistriNet integrates base stations and ORU seamlessly, consolidating functionalities of information exchange, packetization, digitization, and transmission. Using fiber-optic technology, we distribute these services across various areas of the building. This highly integrated approach makes the system more energy-efficient and significantly enhances its effectiveness and safety. DistriNet connects previously scattered network devices and software platforms, simplifying the cost of use and maintenance, promoting operational automation, and swiftly responding to various needs.
The system can introduce traffic FM broadcast signals for vehicles in underground parking areas or inside tunnels, providing guidance for vehicle broadcast signals. With the good spatial coverage of distributed communication, broadcast signals can be transmitted to designated underground areas via optical cables and merged into the existing distributed antennas through the system.
In airports or tunnels, the DistriNet system can use antennas and two-way radios equipped with iBeacon functionality to track the location and tasks of personnel in different areas, assisting in effective personnel deployment and decision-making.
Through the NetFlex platform of the system, every equipment unit and two-way radio in the network can be digitized in the background. The working efficiency of the base station, ORU's management quality for the coverage zone, the transmission and reception efficiency of antennas, and the call habits of two-way radio terminals are all presented through data analysis on the platform. This ensures that every team member can communicate and stay online with others anytime, anywhere, allowing for quicker responses and collaboration in their work.