Resources
  • Home
  • Dante AVIO Analog Output Adapter 2 Channel

Dante AVIO Analog Output Adapter 2 Channel

Product Code: AUD-ADP-DAO-AU-0X2

Key Features
  • Analog Output, 2 Channel
  • Plug and play operation
  • Built for the road
  • Sample rates up to 96 kHz
  • 16, 24, and 32 bit audio support
  • Excellent dynamic range, SNR and THD performance
  • Configurable gain/attenuation
  • Dante Audio over IP and ASE67 RTP transport formats
  • Power over Ethernet (PoE) support
  • Dante Domain Manager ready
Enquire Now
Qty Each (inc GST) Each
Stock on order
  • Features
  • Overview
  • Technical Specs
  • Documents

Dante AVIO Analog Output Adapter 2 Channel

***Pre-order now. Stock available from November 2024***

Network all your analog audio gear easily and cost - effectively with Dante AVIO

Network Everything

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

Dante AVIO analog adapters are available as input or output versions in 1- or 2-channel configurations. This listing is for the 2 channel output version.

Plug & Play

Each Dante AVIO analog adapter is a complete, high performance Dante device, delivering all the automation and ease of use that have made Dante the most popular audio networking solution worldwide.

Dante AVIO analog adapters are automatically discovered and ready to use when connected, and no separate power supplies are required – just use a common PoE (Power over Ethernet) switch and Dante AVIO analog adapters are ready to go.

Built for the road

We’ve made Dante AVIO analog adapters road-ready and tour-tough. Sonically welded ABS enclosures and quality hardware are used throughout, while cable assemblies are stress-tested to ensure reliable operation under  grueling conditions. Toss them in your toolbox, show after show.

All Dante

Dante AVIO adapters are all fully functional Dante interfaces, with all the features you’d expect from Dante  Audio networking. Each one delivers bit-perfect audio reproduction, super-low latency and sample accurate synchronization across the entire network.

All Dante devices automatically discover one another, and the entire system is managed by our easy-to-use Dante Controller software on any connected PC or Mac. Most importantly, every Dante device can connect to every other Dante device – no questions asked.

All Dante AVIO adapters are fully compatible with Dante Domain Manager (DDM) for IT-level security and management, while AES67 is supported for connection to non-Dante networks.

Cost-effective

We’ve worked hard to make the Dante AVIO family of products a cost-effective addition to any system or piece of gear, so that everyone can enjoy the benefits of Dante Audio networking has never been easier to or more  affordable, no matter how you choose to use it.

Use Cases for Analog Output

  • Connect analog powered speakers to your Dante audio network.
  • Send audio to analog power amplifiers over a Dante audio network.
  • Create easy drop-points for connecting cry rooms and overflow areas to a Dante network.
  • Connect non-networked hearing aid loop amplifiers.
  • Send audio from Dante network to analog in-ear monitor (IEM) transmitters

Watch this video explaining what Dante AVIO Adapters are:

Warranty

We offer a 1 year warranty on this product from its date of purchase. For more information regarding our support, repair and warranty, please download our Warranty Guide here.

Max signal level (balanced) +18dBu / +4dBu / 0dBu 0dBV / -10dBV
Frequency Response 20Hz to 20kHz (-/+0.5dB)
Impedance 150k Ohm balanced
  75k Ohm unbalanced
Dynamic Range >100dB
Signal to Noise Ratio >100
Total Harmonic Distortion <0.01 at +4dBu
Connectors RJ45 & XLR-M
Part Number ADP-DAO-AU-0x2
Products to compare:
Comparing Products
Your browser currently does not support some features required by this site. Please try another browser