Becke’s Campus PAGA System supports zoned and campus-wide broadcasting, emergency alarm priority, two-way intercom, one-touch assistance, video verification, and multi-terminal dispatch. Built on an IP/SIP architecture, it can connect speakers, help points, video phones, wireless handsets, and management consoles into one unified platform. The system also supports remote management, flexible expansion, and efficient coordination for both routine operations and emergency response.
The school PAGA system is more than a standalone broadcasting system. It brings together public address, emergency alarm, two-way intercom, telephony linkage, video linkage, and wireless dispatch on one unified platform. From a single interface, the management center can handle routine announcements, zoned paging, emergency evacuation broadcasts, help requests, and security coordination. This eliminates the traditional separation between broadcasting, intercom, access control, and surveillance systems, improving management efficiency and creating a more connected response process during emergencies.
The system supports independent zoned broadcasting for classrooms, teaching buildings, playgrounds, cafeterias, libraries, corridors, and public activity areas, while also supporting unified broadcasting across the entire campus. Schools can group zones by building, floor, grade, or functional area to support scheduled bells, background music, exam notices, routine paging, and emergency broadcasts. In emergency situations, the system can quickly switch from normal broadcasting to high-priority alarm broadcasting, ensuring that critical messages reach the target area immediately.
By deploying help point intercom terminals in classrooms, corridors, playgrounds, and campus entrances, teachers and students can initiate a help request with one touch during an emergency. The duty room or management center can answer immediately and establish hands-free two-way communication. The system supports call recording, status logging, and event traceability, making it useful for both daily service response and rapid emergency handling. Compared with traditional one-way alarm methods, this combination of broadcasting, calling, and system linkage is better suited to campus safety management.
The school PAGA system can be integrated with video surveillance and video intercom terminals. When a help request, alarm, or access control event occurs, the management center can view the live scene in real time, make voice announcements, verify the situation through video, and carry out remote dispatch. For campus security teams, this greatly improves incident assessment by providing visual context instead of relying only on audio. In key areas such as teaching buildings, playgrounds, and entrances, it also supports more intuitive and effective visualized management.
One of the core values of a PAGA system is its ability to support General Alarm functions during emergencies. In the event of a fire alarm, unauthorized intrusion, emergency help request, or other campus incident, the system can quickly trigger high-priority broadcast tasks and deliver emergency notices, evacuation instructions, area warnings, or safety guidance to designated zones. At the same time, it can link with access control, wireless radio, duty phones, and management terminals, creating a complete response loop from alarm activation and information delivery to staff coordination and on-site handling.
The system supports unified platform management, enabling batch terminal deployment, remote configuration, remote upgrades, and ongoing status maintenance. This makes it well suited to schools with multiple buildings, multiple campuses, or phased construction plans. For campuses with existing broadcast resources, the system also supports upgrade and reuse strategies, allowing traditional equipment to be gradually migrated to an IP-based architecture through network broadcast gateways, management platforms, and converged terminals. This helps reduce overall project costs and lowers long-term maintenance pressure.