Deva Broadcast DB91-TX Compact IP Audio Encoder

Revolutionize Your Audio Streaming
Introducing the DEVA DB91-TX, a cutting-edge IP Audio Encoder designed to redefine how audio is transmitted over IP-based networks. This second-generation device is expertly engineered to convert audio signals into high-quality compressed audio streams effortlessly, ensuring that your sound is broadcasted with pristine clarity. Whether you're operating a radio station, streaming live audio content, or integrating sound systems over the internet, the DB91-TX is your solution for reliable, high-fidelity audio streaming.

Uncompromised Audio Quality
At the heart of the DB91-TX lies its capability to support uncompressed PCM audio streams, alongside superior compressed audio formats. This dual-functionality ensures that audio transmission is achieved without any loss in quality, catering to audiophiles and professionals who demand the highest fidelity in their broadcasts.

Compact Design, Powerful Performance
Do not let the small and compact stature of the DB91-TX fool you. This device packs a punch, offering quick and effortless incorporation into existing audio systems and their integration into the internet. It’s designed to be as unobtrusive as possible while delivering the power and reliability needed for seamless audio streaming.

Intuitive Monitoring and Control
The DB91-TX is built with user convenience in mind. Its front panel features audio level bar graphs and LED indicators, providing at-a-glance information on the device's current state. This, combined with DEVA's hallmark of easy setup and monitoring, ensures a user-friendly experience for operators of all skill levels.

Effortless Remote Management
Management of the DB91-TX is streamlined through a simple and intuitive HTML5 interface, accessible from any web browser, whether it’s on your PC, smartphone, or tablet. This flexibility allows for remote or local management, ensuring that you can adjust settings, monitor performance, and maintain control over your audio streams from anywhere in the world.