Audinate is the leading provider of professional digital audio networking technologies globally. Audinate’s Dante platform distributes digital audio signals over computer networks and is designed to bring the benefits of IT networking to the professional AV industry.  Using Dante-enabled products ensures interoperability between audio devices and allows end users to enjoy high-quality, flexible solutions—typically with a lower total cost of ownership.

AVIO Adapters lets you use your favourite legacy audio gear with any Dante-connected system, delivering the interoperability, performance and scalability only networking can bring. Cost-effective, compact and built for the road, Dante AVIO adapters bring the modern connectivity that every audio pro needs in their toolbox.

Dante AVIO Analog Input Adapters
Use analog audio line-level source gear you already own to feed any Dante-connected system

Dante AVIO Analog Output Adapters
Bring your amplifiers, powered speakers and more to the world of pro AV networking with Dante AVIO. Available in 1- and 2-channel versions.

Dante AVIO Analog AES3 Adapters
Don’t abandon great AES3-connected amplifiers, DSPs and mic preamps – adapt them to the world of pro AV networking with Dante AVIO.

Dante AVIO Analog USB and USB-C Adapters 
Connect any computer to a Dante network with zero software installation, and can be used with any audio application for playout or recording. Ideal for conference rooms and presentation events.

Dante AVIO Bluetooth Adapters
Ideal for both playback from smartphones to larger sound systems, and for connecting networked speakers and microphones to conferencing software.

Dante Virtual Soundcard
Supercharge your PC or Mac audio applications with Dante connectivity, delivering instant access to any audio devices on the network. Record, process and playout up to 64 bidirectional channels of pure, lossless audio.

Dante Domain Manager 
The essential hub for all Dante networks. Secure devices, manage users, organize rooms and functions, and run your AV seamlessly over routed networks.