IP Network Audio System boasts powerful platform functionality and access capabilities, enabling it to meet various application scenarios. The system's full IP design requires only connecting the terminal to the network to form a powerful digital broadcasting system and realize broadcasting applications. The system can operate in both LANs across gateways and the Internet, achieving large-scale significant applications with fast, reliable, and secure information dissemination.
It features independent emergency microphone input, control, and execution devices, serving as a backup broadcast for fully automatic, semi-automatic, or manual broadcasting failure. It should be able to complete emergency broadcasting through manual intervention.
The broadcasting system and the emergency broadcasting system share speakers and amplifiers. The emergency broadcast has the highest priority in the broadcasting system. Once the emergency broadcast is activated, other functions of the broadcasting system (e.g., background broadcasts, business broadcasts) will be paused. The system will only execute pre-recorded fire automatic voice broadcasts (warning and evacuation broadcasts) or broadcasting from the operator's emergency microphone until the emergency broadcast state is lifted.
The main control terminal of the system is equipped with a prominent red emergency button, achieving one-click initiation of full-area broadcasts, providing automatic fire voice broadcasts, or manual evacuation calls. Whether for daily fire drills or emergency situations, it allows users to respond quickly. The system can be programmed for full-area broadcasts or adjacent floor alarm broadcasts, offering flexible use.
In some performance halls, theatres, and live concerts, LED display screens are used to display lyrics to make it easier for the audience to view. For movies, TV dramas, and TV programs, lack of subtitles often causes audiences to miss some wonderful dialogues.
IP Network Audio System was the first to introduce subtitle forms into public broadcasting systems, proposing a new concept of synchronous audio-visual broadcasting. This allows the voice content of the broadcast to be simultaneously displayed as text on network LED speakers or LED screens, achieving synchronized audio-visual effects.
This combination of audio and visual enables listeners to receive broadcast information better and more completely. Particularly in special education schools, synchronous audio-visual broadcasting helps hearing-impaired students "hear" broadcasts.
IP Network Audio System integrates surveillance video, allowing the system client to call in external surveillance video for split-screen display and initiate broadcasts in the current image window. By configuring the interaction between cameras and broadcasts, the system achieves an organic combination of audio and video, enabling real-time on-site viewing. When an abnormal situation is detected, the corresponding broadcast area on the video can be directly addressed, enhancing management capabilities.
The system supports adding IPC surveillance points and binding broadcasts to surveillance points in an N to N mode, enabling one surveillance point to link multiple speakers, and multiple surveillance points to link one speaker.