Sonifex AVN-DIO01 – Dante to Analogue XLR Stereo Output

The Sonifex AVN-DIO01 is a high-quality Dante AoIP interface that effortlessly converts a Dante network audio signal to balanced analogue stereo output via professional XLR connectors. Designed for broadcast, AV installations, and recording environments, this device ensures seamless integration between IP-based audio systems and traditional analogue setups.

Compact, robust, and simple to use, the AVN-DIO01 is powered via PoE (Power over Ethernet), making installation clean and hassle-free. Once connected to your Dante network, it appears instantly as a stereo output device, providing low-latency, high-quality audio conversion in a reliable form factor.

🟢 Dante to Stereo Analogue Output – Converts Dante AoIP audio to balanced analogue line-level XLR output
🟢 Professional-Grade Performance – High-fidelity audio output with low noise and minimal latency
🟢 Plug-and-Play Setup – Instantly recognized by Dante Controller software for easy routing
🟢 PoE Powered – Eliminates the need for external power supplies and reduces cable clutter
🟢 Broadcast-Quality Construction – Metal chassis ensures durability for studio and on-the-road use
🟢 Compact & Lightweight – Small footprint for easy integration into any AV or broadcast rig
🟢 Sample Rates up to 192kHz – Supports a wide range of sample rates for maximum flexibility

Ideal for connecting Dante-enabled mixers, routers, or computers to analogue systems like powered speakers, amplifiers, or audio processors, the Sonifex AVN-DIO01 makes bridging IP and analogue audio systems simple and reliable. It is perfect for anyone looking to expand a Dante system without compromising on sound quality or ease of use.

Whether used in a live production environment, fixed installation, or OB van, the AVN-DIO01 delivers clear, dependable performance—backed by Sonifex’s reputation for excellence in audio engineering.

Bring Dante audio into the analogue world with the Sonifex AVN-DIO01, and experience uncompromised audio routing at your fingertips.