The document describes an audio monitoring system that uses a patented transmission technique called TMVWB to provide high audio quality with low power consumption and small transmitter sizes. The system includes versatile transmitters, receivers, and ancillary equipment that allow audio signals to be routed through communication channels. The transmitters use cutting-edge technology to transmit clearly over long periods with battery power.
The document describes a versatile UHF audio monitoring system from BEA that uses a patented transmission technique called TMVWB. This technique provides high audio quality, low power consumption, and miniaturized transmitter sizes. The system includes various transmitter and receiver models that can be used in different deployment scenarios. It also includes ancillary equipment like repeaters, power supplies, and remote controls to enhance the monitoring capabilities.
The document describes an audio monitoring system that uses a patented transmission technique called TMVWB to provide high audio quality with low power consumption and small transmitter sizes. The system includes versatile transmitters, receivers, and ancillary equipment that allow audio signals to be routed through communication channels. The transmitters use cutting-edge technology to transmit clearly over long periods with battery power.
The document describes a versatile UHF audio monitoring system from BEA that uses a patented transmission technique called TMVWB. This technique provides high audio quality, low power consumption, and miniaturized transmitter sizes. The system includes various transmitter and receiver models that can be used in different deployment scenarios. It also includes ancillary equipment like repeaters, power supplies, and remote controls to enhance the monitoring capabilities.