The dB Technologies MOVINGONEB Wireless Microphone delivers professional-grade performance with advanced features for seamless operation and exceptional sound quality. It uses Digital Code Squelch technology to prevent interference when the transmitter is turned off. This removes the need for manual squelch adjustments during use. The system supports more than eight microphones per band for flexible and complex setups. It also transmits telemetry information such as on/off status and transmitter battery charge level. This keeps you informed during performances and ensures smooth operation.
Improved diversity technology ensures uninterrupted audio during performances. Its digital-assisted antenna selection works with monolithic-chip switch circuitry for seamless switching. The microphone automatically searches for free frequencies to reduce interference. If interference is detected, a flashing LED alerts you immediately. The receiver then sends the clean frequency to the transmitter via infrared.
Effortless configuration is possible with the infrared Rx/Tx setup communication system. Once you set the operating frequency on the receiver, the transmitter configures automatically. This eliminates tedious manual adjustments and speeds up setup. The streamlined process ensures optimal performance every time you use it.
The MOVINGONEB complies with European, American, and Canadian standards for global compatibility. It combines interference suppression, telemetry feedback, intelligent antenna management, and simplified setup. This makes it a powerful and reliable solution for professional wireless audio applications.
The dB Technologies MOVINGONEB Wireless Microphone delivers clear, interference-free audio with intelligent setup and global compliance. Its advanced features, including telemetry, automatic frequency search, and diversity technology, ensure reliable performance for professional applications. Designed for convenience and quality, it offers a dependable wireless solution for live sound, events, and presentations.









