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Introducing Sony Digital Wireless

Total Audio Solutions are now stocking the eagerly awaited Sony Digital Wireless Microphone System.

The system, which consists of the DWT-B01 beltpack transmitter, the DWR-S01D portable tuner and the DWA-01D Digital Wireless Receiver Adaptor, delivers excellent-quality wireless transmission of 24-bit/48-kHz digital audio.

Thanks to the Sony original codec, it realises low-latency, secure, and reliable operation. In addition, the system allows for an increase of up to 60% in the number of simultaneous multi-channel operations* compared to conventional analogue systems, which gives users enhanced system flexibility.

With its excellent audio quality and operational flexibility, the Sony digital wireless microphone system opens up a whole new world of audio applications.

Superb Quality Audio Transmission & Reception.

The digital wireless microphone system transmits high-quality 24-bit/48-kHz digital audio in a specific frequency bandwidth that meets the wireless-communication regulations of each country. Utilising the Sony original codec based on Sony’s years of experience in engineering audio products, the system delivers a wide dynamic range of more than 106 dB, a wide frequency response of 20 Hz to 20 kHz, and an excellent transient response.

Stable and Secure Transmission & Reception.

Incorporating the newly developed digital modulator, the digital wireless microphone system allows highly stable wireless transmission that is extremely tolerant to interference waves. In addition, the system transmits digitally modulated and encrypted data to minimize the risk of unwanted interception, providing highly secure transmission.

Simultaneous Multi-channel Operation.

The digital wireless microphone system allows for large-scale multi-channel operations. Thanks to the newly developed digital modulator, the system realises an intermodulation-free, equally spaced channel allocation. The digital wireless transmission technology used in this system enables a significant increase in the number of simultaneous channels in operation in comparison with current analogue wireless systems.