From your iPhone or iPad
The app controls Dante devices directly over Wi-Fi. No computer needed.
Unofficial Dante controller
Discover devices, route audio channels, and configure your Dante network. Use NetAudio on iPhone and iPad, or run the open-source CLI, web app, and daemon on Linux, macOS, and Windows.
Two ways to use NetAudio
From any computer
Install NetAudio on a Mac, Windows, or Linux computer on the network, over Wi-Fi or Ethernet. The netaudio command controls devices directly, from a terminal or a script. Start the daemon as well and commands answer faster, the web app opens in any browser, and the iOS app and your own scripts can connect to it.
iOS app
NetAudio for iPhone and iPad
The NetAudio iOS app for iPhone and iPad is under active development.
Find devices, make and remove routes, rename channels, and change sample rate, latency, and network settings from a native app. It works on its own over Wi-Fi or connects to a NetAudio daemon.
iPad
![NetAudio on iPad in matrix routing mode. Receive channels of a Ferrofish A32, an Audinate AVIO adapter, and a Digigram LX-Dante card run across the top, and green checks mark routes from a Shure AD4D and AVIO adapters.]()
![NetAudio on iPad in matrix routing mode. Receive channels of a Ferrofish A32, an Audinate AVIO adapter, and a Digigram LX-Dante card run across the top, and green checks mark routes from a Shure AD4D and AVIO adapters.]()
Routing matrix ![The receive channels of the A32 on iPad beside the device list, each with the transmit channel and device it is subscribed to.]()
![The receive channels of the A32 on iPad beside the device list, each with the transmit channel and device it is subscribed to.]()
Receive channels ![The A32 device page on iPad with receive, transmit, latency, and events tiles, its configuration, and its clock status.]()
![The A32 device page on iPad with receive, transmit, latency, and events tiles, its configuration, and its clock status.]()
Device settings ![The metering tab on iPad with a level meter for each of the A32’s 64 transmit channels, eight of them carrying signal.]()
![The metering tab on iPad with a level meter for each of the A32’s 64 transmit channels, eight of them carrying signal.]()
Metering ![Clock details for the A32 on iPad: synchronized, external BNC clock source, preferred leader, and follower state.]()
![Clock details for the A32 on iPad: synchronized, external BNC clock source, preferred leader, and follower state.]()
Clock details ![The Shure AD4D device page on iPad beside the device list, with its configuration, AES67 setting, and clock status.]()
![The Shure AD4D device page on iPad beside the device list, with its configuration, AES67 setting, and clock status.]()
Shure AD4D ![The receive channels of a Digigram LX-Dante card on iPad, with routes from the AD4D, the A32, and AVIO adapters, and live level meters on two channels.]()
![The receive channels of a Digigram LX-Dante card on iPad, with routes from the AD4D, the A32, and AVIO adapters, and live level meters on two channels.]()
Digigram LX-Dante
iPhone
![NetAudio on iPhone listing Dante devices, including a Ferrofish A32 and a Shure AD4D, with each model and address.]()
![NetAudio on iPhone listing Dante devices, including a Ferrofish A32 and a Shure AD4D, with each model and address.]()
Devices ![The receive channels of a Ferrofish A32 on iPhone, each showing the transmit channel and device it is subscribed to.]()
![The receive channels of a Ferrofish A32 on iPhone, each showing the transmit channel and device it is subscribed to.]()
Receive channels ![The A32 device page on iPhone with receive, transmit, latency, and events shortcuts, and its name, latency, sample rate, encoding, and clock status.]()
![The A32 device page on iPhone with receive, transmit, latency, and events shortcuts, and its name, latency, sample rate, encoding, and clock status.]()
Device settings ![Latency histograms on iPhone for each flow the A32 receives, with peak and average latency and late packet counts.]()
![Latency histograms on iPhone for each flow the A32 receives, with peak and average latency and late packet counts.]()
Latency ![Routing on iPhone listing each device with how many of its receive channels are subscribed.]()
![Routing on iPhone listing each device with how many of its receive channels are subscribed.]()
Routing ![The Shure AD4D device page on iPhone with its name, latency, sample rate, encoding, and AES67 settings.]()
![The Shure AD4D device page on iPhone with its name, latency, sample rate, encoding, and AES67 settings.]()
Shure AD4D
Linux, macOS, and Windows
Web app, command line, and daemon
The open-source CLI, web app, and daemon run on Linux, macOS, and Windows. Control devices from your browser, inspect routing from the terminal, and automate configuration with scripts.
uv tool install netaudioGet startedCommand-line referenceHTTP API reference
Latest release: NetAudio 0.4.2, . The source code is public domain under the Unlicense.
Web app
![The NetAudio web app routing grid filtered to the A32. Its named receive channels run across the top, and green checks mark routes from a Shure AD4D and Audinate AVIO adapters.]()
![The NetAudio web app routing grid filtered to the A32. Its named receive channels run across the top, and green checks mark routes from a Shure AD4D and Audinate AVIO adapters.]()
Routing grid ![The A32’s receive channels in the web app, each with its subscription, status, and subscribe and unsubscribe controls.]()
![The A32’s receive channels in the web app, each with its subscription, status, and subscribe and unsubscribe controls.]()
Receive channels ![Receive and transmit levels for the A32 in the web app, in dBFS, with muted channels marked.]()
![Receive and transmit levels for the A32 in the web app, in dBFS, with muted channels marked.]()
Levels ![The web app subscriptions table listing each receive channel, the transmitter and channel it is subscribed to, and whether the subscription is unicast or multicast.]()
![The web app subscriptions table listing each receive channel, the transmitter and channel it is subscribed to, and whether the subscription is unicast or multicast.]()
Subscriptions ![The web app device table with each device’s model, address, sample rate, channel counts, lock state, and domain.]()
![The web app device table with each device’s model, address, sample rate, channel counts, lock state, and domain.]()
Devices ![The web app clock table with each device’s clock role, leader, preferred leader setting, clock source, sync state, and sample rate.]()
![The web app clock table with each device’s clock role, leader, preferred leader setting, clock source, sync state, and sample rate.]()
Clock status
In development
MCP server
The NetAudio daemon includes an MCP server, so AI assistants that support the Model Context Protocol can inspect the devices, routing, and signal levels on your Dante network. You choose whether an assistant can only read or can also make changes.
Features
- Discovery
- Find Dante devices on the network and list their transmit and receive channels.
- Routing
- Create and remove subscriptions between devices and see the status of each route.
- Names
- Rename devices and channels.
- Sample rate and latency
- Change a device’s sample rate and receive latency.
- Network settings
- Read and set the addressing of a device’s primary and secondary interfaces.
- Clock state
- See the PTP leader, each device’s clock status, and the preferred leader setting.
- Diagnostics
- Watch signal levels, interface errors, and device events, and send a diagnostic report for a device.
- Presets
- Save routing and device settings, preview what a preset would change, and apply it.
- Dante Domain Manager
- Sign in to a DDM server and control enrolled devices with your account’s permissions.
NetAudio is unofficial and is not affiliated with or endorsed by Audinate.