Yamaha v4 Gebruikershandleiding

Merk: Yamaha

Model: v4

Categorie: Netwerken

Type: Gebruikershandleiding

Dante Controller User

Guide

User Guide

For Dante Controller version 4.1.0.x

For Windows and OS X

Document version: 1.0

Document name:AUD-MAN-DanteController-4.1.0.x-v1.0

Published: 17thApril 2018

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Contents

About Audinate 11

About Dante 11

Introduction 12

About Dante Controller 12

What's New 12

v4.1.0 12

v4.0.6 13

v3.10.2 13

v3.10 13

v3.6.2 13

Minimum System Requirements 13

General 13

Windows 14

Mac OSX 14

OperatingSystem Updates 14

Firewall Configuration 14

Monitor Requirements 14

Installing Dante Controller 15

Downloading Dante Controller 15

Installing Dante Controller on Windows 15

Installing Dante Controller on Mac OSX 15

Updating Dante Controller 15

Checking for Updates Manually 16

Checking for Updates Automatically 16

Uninstalling Dante Controller 16

Windows 16

Mac OS X 16

Dante Basics 17

Discovery and auto-configuration 17

Automatic network configuration 17

Automatic discovery 17

Device Channels 17

Subscribing to Audio Channels 18

Subscribing to Multiple Audio Channels at once 18

Unsubscribing Audio Channels 18

Subscription Status 18

Subscription Tooltips 19

Differentiating between input and output channels 19

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Device Names and Channel Labels 20

Rules for Names and Labels 20

Routing Audio 21

Routing Terminology 21

Subscription 21

Redundancy 22

Audio Formats 23

Flows 23

Advanced Routing: Using Multicast 23

Clock Synchronization 23

In Standard Dante Networks 23

Dante Clock Types 24

Clock Settings 24

Enable Sync To External 24

Preferred Master 24

Clocking and Synchronization in Redundant Networks 24

In Dante Domains 24

Latency 25

LatencyMonitoring 25

Latency and Dante Virtual Soundcard 25

Latency in DDMNetworks 25

Device Lock 26

Locking a Dante device 26

Using Device View 26

From the Device Info Tab 27

Unlocking a Dante Device 27

Using Device View 27

From the Device Info Tab 27

Unlocking a Device when you have Forgotten the PIN 27

How to Isolate a Device from the Rest of the Dante Network 27

Option 1: Remove all other Dante devices from the Dante network 27

Option 2: Connect your Dante Controller computer directly to the device 28

Option 3: Use a VLAN 28

Resetting the PIN for a Locked, Isolated Device 28

Subscriptions from Unlocked Devices to Locked Devices 28

Locking Devices with Residual Connections 28

Dante Control and Monitoring 29

Starting Dante Controller 30

Where to find the Dante Controller application 30

Windows 30

Mac OSX 30

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Configuring Dante Controller 30

Network Interface Selection 30

Use Shared Dante Interface 32

Wi-Fi Network Connections 32

Network Interface Configuration Guidelines 32

Primary only (non-redundant) Dante network 32

Primary and secondary Dante networks (redundant configuration), only one network

interface on the host computer 33

Primary and secondary networks (redundant configuration), two network interfaces on

the host computer 34

Connection via Wi-Fi 35

Using Wi-Fi and Multicast Transmit Flows 36

Remedial action 36

Using Dante Controller 38

Network View 38

Menu bar 39

File 39

Device 39

Help 40

Tool bar 40

Tabs 40

Status Bar 41

DDMNetworks 41

Status Bar 41

Network View Tabs 42

Routing View 42

Expanding the Routing View 43

Device List Filtering 43

Advanced Filter 44

About the Advanced Filter 44

Text Filter 44

Device State and Configuration Filters 45

Channel Groups 46

Device Info 47

Clock Status 48

Device Name 49

Sync 49

Mute 49

Clock Source 49

DomainStatus (DDMnetworks only) 49

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Primary Status | Secondary Status 49

AES67 Status 50

Preferred Master 50

Enable Sync To External 50

About Clock Domains 50

InDDMNetworks 51

About Master Clocks 51

Clock Status Monitoring 51

Why would a device clock be unstable? 51

Passive monitoring 52

Active Monitoring 52

Clock Status Monitor 53

Log 53

History 54

About Clock Offset 54

About the Histogram 54

Interpreting the Histogram 55

Network Status 57

Device Name 57

Subscription Status 57

PrimaryStatus 57

Secondary Status 57

Bandwidth Columns 57

Latency Setting 58

Latency Errors 58

Packet Errors 58

Events 59

Filtering the Event List 59

Clearing the Event List 59

Saving the Event Log 60

Automatic event logging 60

Event Classification 60

Automatic Notification of Device Errors 61

Incorrect IP address configuration 61

Failsafe mode 61

Upgrade mode 61

Other Event Notifications 62

Device View 62

Device View Menu bar 64

File 64

Device 64

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Help 64

Device View Toolbar 64

Device View Tabs 65

Receive Tab 65

Receive Channels 65

Flows 66

Available Channels 66

AES67 Flows 67

Creating Subscriptions 67

Changing Receive Channel Labels 67

Transmit Tab 67

Changing Tx channel labels 68

Status Tab 68

Device Information 69

Dante Information 69

Clock Synchronization 70

Primary Interface 70

Secondary Interface 71

Latency Tab 71

About Latency and Packet Loss 71

About the Histogram 72

Interpreting the Histogram 73

Device Config Tab 74

Configurable Parameters 75

Rename Device 75

Sample Rate 75

Preferred Encoding 76

Unicast Delay Requests 76

Device Latency 76

Reset Device 76

Network Config Tab 77

Dante Redundancy / Switch Configuration 78

Redundant 78

Switched 78

Switch Configuration 78

Addresses 78

AES67 Config 79

AES67 Mode 80

Tx Multicast Address Prefix 80

Controls Tab 80

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HA Remote 80

Avid Config Tab 81

Avid Dante Card Information 82

Application version 82

FPGA Version 82

Board Version 82

Avid Rack Status Information 82

Rack Sample Rate 83

Rack Mute Status 83

Avid Dante card Control 83

Card Configuration 83

SRC 83

Card Identity 83

Multicast Transmit Flow Configuration 83

AES67 Flow 85

Using Dante Controller with Dante Domain Manager 86

About Dante Domain Manager 86

Viewing Domains in Dante Controller 86

Connecting to a DDM Server 86

Viewing a Domain 88

Virtual Devices 88

Legacy Devices 89

HiddenLegacy Devices 90

Domain Credentials 90

Presets 91

About Device Roles 91

Saving Presets 92

Parameter Rules 93

Rx Subscriptions 93

Tx Flows (multicast flows) 93

Tx Channel Labels 93

Applying Presets 93

Preset Elements 94

Preset Roles 95

Automatic Assignments 95

Manual Assignments 96

Target Devices 96

Issues 97

Applying the Preset 97

Global Configuration 97

Troubleshooting 99

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Fanout 99

About Transmit Flows 99

Messages on Startup 99

Computer Configuration Checklist 100

Third-party firewall configuration 100

Troubleshooting Dante IP Address Configuration 100

Correct IP configuration 101

Possible IP network configuration mistakes 101

Incorrect PC/Mac IP configuration 101

Incorrect general IP configuration 101

Incorrect redundant network configuration 101

What are the symptoms of using the wrong network interface on my computer? 102

How do I check which network interfaces Dante Controller is using? 102

How do I check IP addresses for all devices on my network? 102

Troubleshooting Switch Configuration and Cabling 103

Symptoms of switch or cabling issues 103

Switch and Cabling Checklist 103

Index 104

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Contacts

AudinatePtyLtd

Level 1, 458 Wattle Street

Ultimo NSW 2007

Australia

Tel. +61 2 8090 1000

Postal address

Audinate Pty Ltd

PO Box 855

Broadway NSW 2007

Australia

AudinateInc

1200 NW Naito Parkway

Suite 630

Portland, OR 97209

USA

Tel: +1.503.224.2998

Fax. +1.503.360.1155

info@audinate.com

www.audinate.com

EuropeanOffice

Audinate Ltd

Suite 104

Werks Central

15-17 Middle St

Brighton, BN1 1AL

United Kingdom

Tel. +44 (0) 1273 921695

AsiaPacificOffice

Audinate Limited

Suite 1106-08, 11/F Tai Yau Building

No 181 Johnston Road

Wanchai, Hong Kong

澳迪耐特有限公司

香港灣仔莊士敦道 181號

大有大廈 11樓1106-8室

Tel. +(852)-3588 0030

+(852)-3588 0031

Fax. +(852)-2975 8042

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Audinate®, the Audinate logo and Dante® are registered trademarks of Audinate Pty Ltd.

All other trademarks are the property of their respective owners.

Audinate products are protected by one or more of US Patents 7747725, 8005939, 7978696, 8171152,

European Patent 2255541, Chinese Patent ZL200780026677.0, and other patents pending or issued. See

www.audinate.com/patents.

Legal Notice and Disclaimer

Audinate retains ownership of all intellectual property in this document.

The information and materials presented in this document are provided as an information source only.

While effort has been made to ensure the accuracy and completeness of the information, no guarantee is

given nor responsibility taken by Audinate for errors or omissions in the data.

Audinate is not liable for any loss or damage that may be suffered or incurred in any way as a result of

acting on information in this document. The information is provided solely on the basis that readers will be

responsible for making their own assessment, and are advised to verify all relevant representation,

statements and information with their own professional advisers.

Software Licensing Notice

Audinate distributes products which are covered by Audinate license agreements and third-party license

agreements.

For further information and to access copies of each of these licenses, please visit our website:

www.audinate.com/software-licensing-notice

Dante Controller User Guide

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About Audinate

Founded in 2006, Audinate revolutionizes how AV systems are connected so customers can thrive in a

networked world. Audinate's Dante

audio networking technology has been adopted by the professional

audio industry's leading manufacturers. Dante is used extensively for live performance events,

commercial installations, broadcast, recording and production, and communications systems. Audinate

offices are located in US, United Kingdom, Hong Kong and Australia.

About Dante

Dante® audio networking utilizes standard IP networks to transmit high-quality, uncompressed audio with

near-zero latency. It's the most economical, versatile, and easy-to-use audio networking solution, and is

scalable from simple installations to large-capacity networks running thousands of audio channels. Dante

can replace multiple analog or multicore cables with a single affordable Ethernet cable to transmit high-

quality multi-channel audio safely and reliably. With Dante software, the network can be easily expanded

and reconfigured with just a few mouse clicks. Dante is the audio networking choice of nearly all

professional audio manufacturers, with hundreds of Dante-enabled audio products now available.

For more information, please visit the Audinate website at www.audinate.com.

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Introduction

About Dante Controller

Dante Controller is a software application provided by Audinate which allows

users to configure and route audio around Dante networks. It is available for

Windows and OSX(see Minimum System Requirements for more details).

Once you install Dante Controller on your PC or Mac and connect it to a Dante

network, you can use Dante Controller to:

n View all Dante-enabled audio devices and their channels on the network

n View Dante-enabled device clock and network settings

n Route audio on these devices, and view the state of existing audio routes

n Connect to Dante Domain Manager and control enrolled devices

n Lock and unlock Dante devices

n Change the labels of audio channels from numbers to names that suit you

n Customize the receive latency (latency before play out)

n Save audio routing presets

n Apply previously saved presets

n Edit presets offline, and apply as configurations for new network deployments

n View and set per-device configuration options, including:

Changing the device name

Changing sample rate and clock settings

Viewing detailed network information

Access the device web page to upgrade firmware and license information (where supported)

Identify a device for example by flashing LEDs (where supported)

n View network status information, including:

Multicast bandwidth across the network

Transmit and receive bandwidth for each device

n View device performance information, including latency statistics and packet errors

n View clock status information for each device, including frequency offset history and clock event

logs

What's New

v4.1.0

For devices with configurable audio controls (such as Dante AVIOadapters), the Device View now

includes a Controls tab.

Previous releases

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v4.0.6

n Dante Controller can now connect to Dante Domain Manager, enabling you to control enrolled

devices

n Support for legacy devices in domains

n Support for audio routing between domains

n Improved device status information for DDMnetworks

n Additional version information provided in the Device Info tab and the Device View > Status tab

v3.10.2

DanteController can now be updated directly from the user interface.

v3.10

n Device lock: Supported Dante devices can now be PIN-locked and unlocked usingDante Controller.

Locked devices cannot be controlled or configured.

n Advanced filter: Expands Dante Controller's device filtering functionality to include parameters such

as sample rate, latency and lock state.

n Wi-Fi interface support: Dante Controller can now connect to (and control) Dante networks via Wi-Fi.

Requires a Wi-Fi access point to be physically connected to the Dante network.

v3.6.2

n Support for AES67-enabled devices.

The Clock Status View now includes an AES67 Status column

The Create Multicast Flow panel now allows the creation of AES67 multicast flows

There is a new AES67 Config tab for AES67-enabled devices

The Device View > Receive Tab now includes AES67 multicast transmit flow channels (shown

in blue)

The Network View > Routing Tab now includes AES67 transmit channels (shown in blue)

n Support for Avid DNT-192 expansion cards.

Minimum System Requirements

The tables below list the minimum system specifications for your computer to be able to use Dante

Controller.

Disclaimer: It is possible that your computer may meet the requirements below, but suffer from some

other individual performance limitation related to its particular hardware. Please seek the advice of your

computer support administrator.

General

Component Recommended Minimum Requirement

Processor 1GHz or better

Memory 512Mbyte of RAM

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Component Recommended Minimum Requirement

Network Standard wired Ethernet network interface (100Mbps or Gigabit) or wireless LAN (Wi-

Fi) interface

Windows

Component Recommended Minimum Requirement

Operating

System

Windows 7 (SP1 and above), 8.1 and 10

NOTE: Both UTF-8 and Unicode are supported EXCEPT for host or device names;

the DNS standard does not support Unicode for these

Mac OSX

Component Recommended Minimum Requirement

Operating System Mac OS X 10.11.6, 10.12.6 and 10.13

NOTE: Intel architecture only; PPC architecture is not supported

Note: If you intend to also install Dante Virtual Soundcard on the same machine as Dante Controller,

you will require a machine which meets the minimum system requirements for Dante Virtual

Soundcard.

OperatingSystem Updates

Ensure your PC or Mac has the latest Windows or Apple updates installed.

Firewall Configuration

Firewall configuration for Windows Firewall and Mac OS X built-in firewall is automatically handled during

installation.

Dante Controller communicates over UDP over the following ports:

n Dante Control and Monitoring: 8700-8708, 8800

If you are using a third-party firewall product, use the port information provided above to configure it

accordingly.

Monitor Requirements

n A display resolution of at least 1024 x 768, with a screen size of at least 19” is recommended for

Dante Controller.

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Installing Dante Controller

Downloading Dante Controller

Dante Controller is available for download from Audinate’s website.

To download a copy of Dante Controller:

1. Go to the Audinate website: www.audinate.com.

2. Navigate to Products > Dante Controller.

Under ‘Download’, choose your operating system.

Click the red download button.

This will take you to the appropriate Dante Controller release page for your operating system.

Click the link under ‘File downloads’ to download the Dante Controller installer.

Installing Dante Controller on Windows

Once you have downloaded the self-installing Dante Controller file, navigate to the directory where you

have downloaded it (e.g. Desktop).

To install:

1. Ensure you are logged on to your PCas an administrator.

2. Navigate to and double-click the Dante Controller installer file.

3. Read the license agreement. If you agree to the terms, select the 'I agree' checkbox and click

Install. If you do not agree to the terms, click Close.

4. Confirm / acknowledge any Windows security prompts that are displayed.

Dante Controller will then be installed. Dante Controller will be added to the start menu, under

'Audinate'.

Installing Dante Controller on Mac OSX

To install Dante Controller on Mac OSX:

1. Double-click the Dante Controller .dmg file. A drive icon will appear on your Desktop Finder window.

Double click on this to open.

2. Double click the Dante Controller .pkg. This will run the installer.

3. Read the license text, and if you accept the terms of the agreement, click Agree.

If you do not accept these terms, click Disagree to terminate the installation.

Updating Dante Controller

DanteController can be updated directly from the application itself.

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Note: Requires an active Internet connection.

Checking for Updates Manually

In Windows:

From the Help menu, select 'Check for Updates'.

In Mac OSX / macOS:

From the Dante Controller application menu, select 'Check for Updates'.

Checking for Updates Automatically

Dante Controller can also check for updates automatically. If an update becomes available, you will be

notified via a pop-up message.

To activate automatic checking, in the update dialog, select the option to check for updates automatically.

Uninstalling Dante Controller

You should not need to uninstall Dante Controller before installing a new version.

However, if you do wish to uninstall DanteController:

Windows

Navigate to Control Panel > Programs and Features, select Dante Controller and click Uninstall.

Note: Two other Dante features, 'Dante Control and Monitoring' and 'Dante Discovery', may still be

present in the programs list after uninstalling Dante Controller. Do not uninstall these features if they

are present - they are required by other Dante software applications (for example, Dante Virtual

Soundcard, Firmware Update Manager, and third-party Dante control applications). They will be

removed automatically if they are no longer required.

Mac OS X

Use the Uninstall tool available in the .dmg file.

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Dante Basics

Discovery and auto-configuration

When a Dante-enabled device is connected to an IP/Ethernet network, it will automatically:

1. Configure its IP address

2. Advertise itself to allow automatic discovery

Within seconds of a Dante-enabled device connecting to a network, Dante Controller will automatically

discover and display the device, allowing you to configure channels and route audio.

Automatic network configuration

A Dante-enabled device connected to a network will automatically setup its own network configuration,

including its IP address.

If the network has a DHCP server, which may be the case for installed networks, it will receive its IP

configuration using the standard DHCP protocol.

On a network without a DHCP server, which may be the case for temporary or smaller networks, the

Dante-enabled device will automatically assign itself an address using link local protocols, in the same

way PCs and printers often do.

Automatic discovery

A Dante-enabled device will advertise information about itself to other Dante devices and Dante Controller,

including:

n Device name

n Audio channel labels

n Number of audio channels

n Sample rates and bit depths

This information can be seen when viewing a device on Dante Controller, and allows Dante devices to

determine compatibility with other devices, such as compatible sample rates to allow audio to be routed.

Device Channels

A Dante device has a number of channels associated with it. These are either transmit (Tx) or receive (Rx)

channels. Receive channels and devices are listed down the left side of the grid. Transmit channels and

devices are listed along the top of the grid.

Transmit channels are advertised on the network. A receiver uses this advertisement to establish a

subscription to the channel. A transmit channel can be sent to multiple receivers using unicast or

multicast.

Receive channels are connected to transmit channels via a subscription. Each receive channel will receive

audio over the network from at most one transmit channel.

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Subscribing to Audio Channels

In the Routing View, a blue square at the intersection of an Rx and a Tx channel indicates that is it possible

to create an audio route between those channels. A grey square indicates that it is not possible to create a

route between those channels. This may be because of a mismatch in sample rate between the transmitter

and receiver, or because a device cannot route to itself.

When you click a blue square at the cross-point between a transmit channel and a receive channel, a

subscription will be created, and a green tick will appear in the matrix cross point. You may initially see

a grey hourglass icon (usually very briefly) to indicate that the subscription is in progress.

If there is a problem with the subscription, either a warning or an error icon may appear. If many

devices have been subscribed at the same time, a yellow pending icon may appear temporarily. Hover

the mouse over subscription icons to see a related tooltip (see Subscription Tooltips).

Note: Subscriptions can also be created in the Device View. This is covered in the Device View

section (Device View is NOT the same as Device Status View).

Note: You cannot create new subscriptions to a locked device; however, existing subscriptions can

be removed and replaced.

Subscribing to Multiple Audio Channels at once

To subscribe multiple channels at the same time, hold down the Ctrl key and click the [-] symbol at the top

left corner of the intersection between the two devices. All possible channels will be subscribed at the

same time (see the figure in Expanding the Routing View).

Unsubscribing Audio Channels

To unsubscribe an audio channel, click on the cross-point containing a subscription. The subscription icon

will be removed and revert to a plain blue square.

Subscription Status

The symbol displayed at the intersection of the Tx channel and the Rx channel in the Routing View

provides information on the status of the subscription or connection, as follows:

progress

The subscription is in progress

Subscribed

Connection is established and fully functional

Warning The subscription is unresolved, typically because the transmitting device is not visible

on the network (for example, because it has been removed, or switched off)

Error An error has occurred - for example, there is insufficient bandwidth to establish the

subscription

Pending Device is part-way through setting up subscription. Most commonly seen when

subscribing many channels at a time

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Note: The status of a subscription can change after it has been initially established, due to changes

in the network or changes in other devices.

Subscription Tooltips

Hovering the mouse over a subscription icon in the Routing tab displays a tooltip containing information

about the subscription.

If there is no problem with the subscription, the tooltip will display the Rx channel and device name, plus

the Tx channel and device name (for example, 'kick@Monitor-Console <- 01@Stagebox-2'), plus the

subscription status, and for successful subscriptions, the subscription type (unicast / multicast).

Other messages are displayed if the subscription is in any other state.

Some common messages are:

'Incorrect channel format: source and destination channels do not match'

The receiver and transmitter are set to different sample rates.

'Mismatched clock domains: The transmitter and receiver are not part of the same clock domain'

One of the devices is configured with sample rate pull-up/down that does not match the other device.

'Tx Scheduler failure'

This is typically because you are trying to use sub-millisecond latency over a 100 Mbps network link

(1 msec is the minimum supported latency over 100 Mbps links).

'No Receive flows: receiver cannot support any more flows'

Indicates the receiver is subscribed to too many devices (devices typically do not support the same

number of flows as they do channels). See Routing Audio > Flows for more information.

'No more flows (TX): transmitter cannot support any more flows'

Indicates that too many devices are subscribed to the transmitter. See Fanout for more information.

'Cannot change: Locked receiver.'

Indicates a subscription from a locked receiver. Subscriptions from locked receivers cannot be

changed.

'Warning: Locked transmitter.'

Indicates that the transmitter is locked. You cannot create new subscriptions to a locked transmitter.

'Access control failure: Transmitter is locked.'

Indicates a subscription that failed because the transmitter is locked.

Differentiating between input and output channels

Channels are classified according to whether they put audio data onto, or take audio data off the network:

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n A channel that puts audio data onto the network is known as a transmitting, Tx or output channel.

n A channel that takes data off the network is known as a receiving, Rx or input channel.

Device Names and Channel Labels

In Dante, devices and audio channels are identified by names and labels, not 'magic numbers'. Device

names and channel labels can be customized.

n Dante routing is performed using the device names and channel labels. A receive channel can be sub-

scribed to the name of a transmit channel at a device.

Example: “Analog L@my-transmitter” describes a channel labelled “Analog

L” on a device named “my-transmitter”. Device names must be unique on a

Dante network. Channel labels must be unique on the device.

n If a device or channel is renamed, Dante routing considers it to be a different device or channel. If a

new device or channel is then given the old name, Dante routing will route from the new device in

place of the previous device.

Example: The power supply on “stage-box” fails and “stage-box” needs to be

replaced. The old “stage-box” is removed, and a new box is plugged in and named

“stage-box”. Dante receivers previously subscribed to the old “stage-box” will

now automatically restore their subscriptions to the new “stage-box”.

n Device names must be unique on the network. If you attempt to rename a device using Dante Con-

troller to a name that is already in use on the network, Dante Controller will notify you and reject the

name change.

Example: There is an existing device on the network called “MY16-slot1”. If user

attempts to rename another device to “MY16-slot1” Dante Controller will notify

you that the name is already in use. The device will not be renamed.

n If a new device is added to the network with a name that already exists, a name conflict is detected.

One of the devices will adopt a temporary placeholder name, by appending a space and (2) to its old

name. This device will not be able to transmit audio until it is manually renamed, and some con-

figuration options will be disabled for that device in Dante Controller.

Note: A device that has been renamed with (2) appended (e.g. “MY16-slot1 (2)”) will not be able

to transmit audio until it is renamed. The device name must be changed by the user to be a valid non-

conflicting name before the device can become fully functional. A device that has failed with a name

conflict will retry its configured name if it is rebooted. If the other device has been removed or

renamed, the previously failed device will resume normal operation.

Rules for Names and Labels

n All Dante names and labels are up to 31 characters in length.

n Name and label comparisons are case-insensitive: “Guitar” and “guitar” are treated as the same

label.

n Unicode and non-roman characters are not supported.

n Device names should follow Domain Name System (DNS) hostname rules. Legal characters are A-

Z, a-z, 0-9, and '-' (dash or hyphen).

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n Device names cannot begin or end with a hyphen.

n Device names must be unique on the network.

n Tx channel labels may use any character except '=' (equals), '.' (full stop or period), or '@' (at).

n Tx channel labels must be unique on a device. Tx channel labels do not need to be unique on the net-

work, as they are always qualified by device (channel@device).

n Rx channel labels follow the same rules as Tx channel labels.

Routing Audio

Routing Terminology

n Device: A device means a Dante-enabled device, and more specifically that component of the audio

equipment that implements the Dante interface. A Dante device typically has Tx and Rx channels

and other routing-related properties.

n Transmit (Tx) channel: A transmit channel transmits audio from the audio hardware onto the net-

work.

n Receive (Rx) channel: A receive channel receives audio from the network and sends it to the audio

hardware.

n Flow: Dante audio routing creates flows. Each flow carries several channels of audio from a trans-

mitter to one or more receivers. Unicast routing creates flows to single receivers. Multicast routing

creates flows that can be received by multiple receivers. Multicast flows are assigned IDs enabling

them to be identified in Dante Controller.

n Unicast routing: Unicast flows are point-to-point from a single transmitter to a single receiver.

Unicast flows typically have room for 4 channels of audio.

n Multicast routing: Multicast flows are one-to-many from a single transmitter to any number of receiv-

ers. Use Dante Controller to choose which channels are to be multicast. Unlike unicast routing, mul-

ticast flows consume network bandwidth even if there are no receivers, but do not require additional

bandwidth to add more receivers.

n Subscription: A subscription configures a receive channel to receive audio from a transmit channel

on another Dante device.

n Subscription status: For a receive channel, subscription status indicates whether it is subscribed,

whether it is receiving unicast or multicast audio, whether the subscription is OK, or whether an error

has occurred.

Subscription

Dante routing is performed by associating a receiving (Rx) channel with a transmitting (Tx) channel. This is

called subscription.

Example: Route Tx channels 1 and 2 (labeled “Audio L” and “Audio R”) on the device labeled

“Source” to Rx channels 3 and 4 on the device labeled “Dest”.

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Rx channels 3 and 4 on “Dest” are subscribed as follows:

n 3. Audio L@Source

n 4. Audio R@Source

Dante will perform the necessary audio routing to deliver the audio from the Tx channels to the Rx

channels.

Redundancy

Many Dante devices support redundant audio routing. These devices have two network interfaces, labeled

primary and secondary. Primary interfaces should be connected to one physical network. If redundancy is

being used, secondary interfaces should be connected to a second separate network. Secondary

interfaces cannot communicate with primary interfaces.

If the secondary network is connected to a device that supports redundancy, it is enabled automatically.

The same audio data is transmitted on both the primary and secondary networks simultaneously. In the

event of a failure on one network, audio will continue to flow via the other network.

Note: Dante redundancy requires that both the primary and secondary interfaces on any redundant

device are connected using the same link speed. For example, if the primary interface is connected to

a 1 Gbps switch port, the secondary interface must also be connected to a 1 Gbps switch port.

Similarly, if the primary interface is connected to a 100 Mbps switch port, the secondary interface

must also be connected to a 100 Mbps switch port.

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Note: Dante devices that do not support redundancy must be connected to the primary network only.

Audio Formats

Most Dante devices support a range of audio formats (sample rates). Devices can usually be switched

between audio formats, but will not support more than one at a time.

It is only possible to set up a subscription between channels which have a common audio format.

Channels on devices with incompatible formats will be shown in grey, and will not be routable.

Flows

Dante audio routing creates 'flows'. Each flow carries one or more channels of audio from a transmitting

device to one or more receiving devices. There are two types of flow, unicast and multicast.

Unicast routing creates flows to a single receiving device; a unicast flow typically assigns space for 4

channels of audio. Unicast flows are set up when a receiver subscribes to an available audio channel, and

are automatically removed when the receiver unsubscribes from all channels in that flow.

Multicast routing creates flows that can be received by multiple receivers. Multicast flows are assigned

IDs, enabling them to be identified in Dante Controller, and to facilitate their removal. In contrast to unicast

flows, multicast flows must be set up on the

transmitting

Dante device before receivers can subscribe to

these flows.

Advanced Routing: Using Multicast

Dante routing is unicast by default. This means that a separate flow is set up between each transmitter and

receiver. If several receivers are all subscribed to the same channels of a transmitter, it may sometimes be

more efficient to use

multicast

Multicast sends the same set of channels to multiple receivers. In practice, this usually means that the

audio flow is flooded throughout the network. If many receivers want the same channels, using multicast

can reduce overall network use, especially on the transmitter, because only one copy of each audio

channel needs to be sent, rather than many.

Dante receivers will automatically prefer multicast to unicast if it is available. This means that if a new

multicast flow is created containing the channels that a receiver is currently receiving as unicast, the

receiver will switch over to receiving audio from the multicast flow and the unicast flow will be removed.

Clock Synchronization

In Standard Dante Networks

All Dante-enabled devices use the IEEE 1588 Precision Time Protocol (PTP) across the network to

synchronize their local clocks to a master clock, providing sample-accurate time alignment throughout the

network.

One Dante device will be elected as the PTP Master Clock for the network; all other Dante devices act as

a PTP Slave Clocks to the elected master clock. Although many Dante devices may be capable of

becoming PTP Master Clock, only one device will win the election. Devices with clock inputs (e.g. Word

Clock or AES3) will be preferred in the election process. A gigabit connected device is preferred over a

device connected via 100Mbps. A tie-breaker rule of the lowest MAC address is used if several equivalent

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candidate master clocks are available. The election process may be overridden by manually setting

'Preferred Master' on a device.

Dante Clock Types

Each Dante hardware device can derive its clock from either its high-quality onboard clock circuit, or an

externally connected word clock. In the case of Dante Virtual Soundcard, the computer’s clock will be

used.

Clock Settings

Enable Sync To External

A Dante device set to 'Enable Sync To External' will use the external word clock from its host equipment to

tune its onboard VCXO. A Dante device with this attribute set will become the PTP Master Clock, unless

there is another Dante device present with 'Preferred Master' set.

Preferred Master

Sometimes it may be necessary to force a particular device to provide the PTP Master Clock. A Dante

device with 'Preferred Master' set will always be chosen as the PTP Master Clock. If more than one device

has 'Preferred Master' set, the device with the lowest MAC address will be chosen.

Note: If device A is deriving its clock from an external word clock source ('Enable Sync To

External'), but device B is set as Preferred Master, device A will lose sync with the Dante network

and will eventually be muted -

unless

device B is also deriving its clock from the same external

source as device A.

Clock Status

Clocking and Synchronization in Redundant Networks

In a redundant network, the clock synchronization protocol operates over both primary and secondary

networks. Each network will have a designated PTP master clock; usually this will be the same device on

both networks. If this is not the case (e.g. if a non-redundant device is designated Preferred Master) then

one device will bridge the clock synchronization information from the primary to the secondary network,

ensuring that all devices derive their clock from the same source. Redundant PTP Slave clocks will

synchronize their local clocks based on information from one of the networks they are connected to. In

event of a failure on one network, a redundant device will continue to receive clock synchronization

information over the other network.

In Dante Domains

In Dante domains, there is one Grand Master clock, and if the domain spans IPsubnets, an additional

'subnet master' clock for each subnet, plus one or more boundary clocks for each subnet. The subnet

master may also be a boundary clock for its own subnet.

Boundary clocks use PTPv2 (IEEE 1588-2008) for unicast clocking between subnets. Boundary clocks

can be manually or automatically specified using the DDM web interface.

Each Dante domain will use its own individual clock domain, unless audio sharing between domains is

configured, in which case all domains in the shared audio group share the same clock domain.

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Latency

In Dante, variation in latency in the network is compensated for at the receiver. Each receiver has a device

latency setting. This setting defines the latency between the timestamps on the incoming audio samples

and when those samples are played out.

The typical default latency for a Dante device is 1 msec. This is sufficient for a very large network,

consisting of a Gigabit network core (with up to 10 hops between edge switches) and 100 megabit links to

Dante devices. Smaller, Gigabit-only networks can use lower values of latency (down to 150 µsec for very

fast devices, such as PCIe cards). Recommended latency settings are displayed in Dante Controller, and

may also be found in the documentation accompanying the product.

Latency is set on the receiver. However, when a subscription is made, there is an automatic negotiation

process between the receiver and the transmitter, to ensure that the latency for the subscription is high

enough to prevent packet loss.

For example, Ultimo devices support a minimum of 1ms latency. If a faster device (such as a PCIe card) is

set to 0.25ms latency, and is then subscribed to an Ultimo transmitter, the latency used for the

subscription will be 1ms, which is the minimum supported latency for the subscription. Subscriptions to

other devices (such as a Brooklyn II device) will be set at 1ms (or whatever latency the receiver is set to).

This effectively makes the device latency setting a 'default' latency, which is used unless the transmitter

doesn't support it.

Note: The minimum latency available for a device connected to a 100 Mbps network port is 1 msec.

Using a latency lower than 1 msec over a 100 Mbps link will result in a subscription error, with the

tooltip 'Tx Scheduler Failure'.

LatencyMonitoring

Dante Controller provides latency monitoring for supported devices. For more information, see Latency

Tab.

Latency and Dante Virtual Soundcard

Dante Virtual Soundcard allows a standard Apple Mac or Windows PC to function as a Dante device.

Because Dante Virtual Soundcard runs on a general purpose computer without special hardware to support

Dante timing requirements, additional latency needs to be added to connections received from a Dante

Virtual Soundcard transmitter.

Dante Virtual Soundcard is configured with custom latency values for reliable operation. Dante devices

with Rx channels that are subscribed to Tx channels from a Dante Virtual Soundcard transmitter will

automatically configure themselves to use these higher latency values for those channels only. The

latency on all other subscriptions on the receiver is unaffected.

Latency in DDMNetworks

Devices that are enrolled in a Dante domain may support extra latency values, to accommodate larger

network topologies.

If a device is un-enrolled while it is set to one of these latency values, its latency will be automatically reset

to the default value for the device.

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Device Lock

Device Lock allows you to lock and unlock supported Dante devices using a 4-digit PIN (Personal

Identification Number).

When a device is locked, audio will continue to flow according to its existing subscriptions, and it can be

monitored, but it cannot be controlled or configured – its subscriptions and configuration settings become

read-only.

To configure a locked device you must first unlock it using the PIN with which it was locked.

Locked devices can be identified by:

A small gray padlock icon against the device name in the Network View > Routing tab

n A red background highlight when the device is moused over in the Network View > Routing tab

n A check (tick) in the Device Lock column in the Network View > Device Info tab

A red padlock icon in the Device View toolbar

Not all Dante devices support Device Lock. The feature will be rolled out over time via device manufacturer

firmware updates.

To check if a Dante device can be locked:

n Use the Advanced Filter to check for locked, unlocked and unsupported devices

n Check the Device Info tab – devices that support Device Lock have a checkbox in the Device Lock

column; devices that do not support Device Lock show ‘N/A’ in the Device Lock column

n Open the device in Device View – if the padlock icon in the toolbar is blue or red, the device supports

device lock; if it is grayed out, it does not support Device Lock

n If in doubt, contact the device manufacturer

Note: Earlier versions of Dante Controller (prior to v3.10) do not support Device Lock, and will not

actively identify when Dante devices are locked. Attempts to configure or subscribe to a locked

device in earlier versions of Dante Controller will fail silently.

Locking a Dante device

To lock an unlocked Dante device:

Using Device View

Open the device in Device View (Ctrl + D, or Command + D) and click the padlock icon

The Lock Device panel is displayed.

2. In the Lock Device panel, enter a 4-digit PIN in the PIN field.

3. Enter the same PIN in the Confirm PIN field.

4. Click ‘Lock’.

The padlock icon will change to red indicating that the device is now locked.

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From the Device Info Tab

1. In Network View, select the Device Info tab.

2. Click the Device Lock checkbox for the device.

3. Follow steps 2-4 from the above process.

Unlocking a Dante Device

To unlock a locked Dante device:

Using Device View

Open the device in Device View (Ctrl + D, or Command + D) and click the padlock icon

2. In the Unlock Device panel, enter the 4-digit PIN in the PIN field.

3. Click Unlock.

The padlock icon will change to blue indicating that the device is now unlocked.

From the Device Info Tab

1. In Network View, select the Device Info tab.

2. Click the Device Lock checkbox for the device.

3. Follow steps 2-3 from the above process.

Unlocking a Device when you have Forgotten the PIN

If you have forgotten the PIN for a locked device, you can reset the PIN.

To reset the PIN for a locked device:

1. Isolate the device from the rest of the Dante network.

2. Disconnect and reconnect the device.

3. Wait for at least 2 minutes.

4. Use the ‘Forgot PIN’ option in the Unlock Device panel.

How to Isolate a Device from the Rest of the Dante Network

There are 3 ways to isolate a device from the rest of the network.

Option 1: Remove all other Dante devices from the Dante network

You can isolate a device by physically disconnecting all other Dante devices from the network switch, or

by completely powering down all other devices, leaving on the network only the locked device and the

computer running Dante Controller.

Note: Dante Virtual Soundcard and Dante Via are considered to be Dante devices – all running

instances of those applications must be fully stopped, even if they are on the same computer on

which you are running Dante Controller.

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Option 2: Connect your Dante Controller computer directly to the device

Physically remove the device from the main Dante network switch, and either connect it directly to your

Dante Controller computer (using a normal Ethernet cable), or connect the device and your computer to a

separate network switch (to which there are no other Dante devices connected).

Option 3: Use a VLAN

Set up a Virtual Local Area Network on which there are only the locked device, and the Dante

Controller computer.

Resetting the PIN for a Locked, Isolated Device

Once you have isolated the locked device, disconnected and reconnected it, and then waited for at least 2

minutes:

1. Open the Unlock Device panel for the device (See Unlocking a Dante Device).

2. Click the ‘Forgot PIN’ option.

3. Click Reset.

The device is now unlocked, and can be re-locked using a new PIN if required.

Subscriptions from Unlocked Devices to Locked Devices

If there are existing subscriptions to a device when it is locked, those subscriptions will continue to

function as normal.

They can also be removed, and replaced (assuming the subscribing device is unlocked).

new

subscriptions can be made to a locked transmitter. The 'Access control' tooltips are associated

with attempted subscriptions to locked transmitters.

Note: If you attempt to subscribe a legacy (pre-v3.10 firmware) receiver to a locked transmitter,

subscription status icons for any existing subscriptions (made before the device was locked) may

change to indicate an error state. However, audio will continue to flow for those subscriptions. To

reset the subscription icons: Remove all subscriptions, and reinstate the original subscriptions only.

Locking Devices with Residual Connections

Occasionally, a transmitter will have residual unused connections (transmitting but unsubscribed

channels) from a previous subscription state, which need to be closed before the device is locked. This

can cause an interruption to audio from that device.

When you attempt to lock a device and residual connections are detected, Dante Controller presents a

warning dialog:

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Click Ok to proceed or Cancel to abort the lock process.

While the residual connections are being closed, Dante Controller displays a progress dialog:

When the preparation process is finished, the standard Lock Device dialog is presented, and the device

can be locked as normal.

Dante Control and Monitoring

In addition to automatic configuration and discovery, audio transport and routing, Dante-enabled devices

can also be controlled and monitored in various ways. This includes being able to view and change specific

parameters, such as clock configuration settings. Dante devices are also capable of sending status events

that can be viewed using Dante Controller. Status events include changes in clock status, or network

interface changes.

Note: The computer service that manages control and monitoring is called 'ConMon' or 'Dante

Control and Monitoring'.

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Starting Dante Controller

Where to find the Dante Controller application

Windows

By default Dante Controller will be installed in

C:\Program Files (x86)\Audinate\Dante Controller\

It can be started in several ways:

n Using the Start menu: Start > Programs > Audinate > Dante Controller > Dante Controller

n Run by going to Start > Run and entering

C:\Program Files\Audinate\Dante Controller\DanteController.exe

in the dialog box

Navigate to the directory where it is installed, and double-click the Dante Controller icon:

Mac OSX

The Dante Controller application will be installed in the Applications folder.

To start:

Navigate to Applications folder, and double-click the Dante Controller icon:

Or:

n Drag the icon to the Dock and click on it

Configuring Dante Controller

Network Interface Selection

Dante Controller can communicate with other Dante devices on the primary network, or the secondary

network, or both. Dante Controller needs to know which of the network interfaces of the host computer is

connected to each physical Dante network.

Dante Controller supports connection to Dante networks via Ethernet and Wi-Fi network interfaces.

The first time Dante Controller is run, you may be presented with the Configure Dante Interfaces dialog

(shown below). Use this dialog to select the primary and secondary Dante interfaces. Once interfaces

have been selected, they are remembered for future use, and this dialog will not be shown when Dante

Controller is run subsequently.

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Note: When connecting a network interface on your computer to a secondary Dante network with no

DHCPserver, the network interface should be configured with a static IPaddress in the 172.31.*.*

range, with a subnet mask of 255.255.0.0.

The icons displayed indicate the selected interface type and status:

Operational 1Gbps Ethernet interface

Operational 100Mbps Ethernet interface

Disabled / disconnected Ethernet interface, or no interface selected

Operational Wi-Fi interface

Wi-Fi interface selected with no Wi-Fi network connection

To display this dialog at any other time, click the button in the main toolbar.

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Use Shared Dante Interface

With this option selected, the selected primary network interface will be automatically used by other

Audinate software applications installed on that computer (including Dante Via, Dante Virtual Soundcard

and Dante Firmware Update Manager) when they are started. This helps to ensure that all Audinate

applications are connected to the same Dante network.

Only wired Ethernet network interfaces are supported in this mode.

Note: Selecting ‘Use shared Dante interface’ when another Dante application is already running

means that you can only use the network interface that is in use by the other running Dante

application (the interface has already been nominated as the 'shared Dante interface').

With ‘Use shared Dante interface’ deselected, Dante Controller is able to connect to any available

Ethernet or Wi-Fi network interface, and the selection is fully independent of any other Audinate software

applications.

Wi-Fi Network Connections

To connect to a Dante network via Wi-Fi, a Wi-Fi access point must be present and enabled on the Dante

network - for example, a Wi-Fi router physically connected to a network switch or Dante device in the

Dante network.

Note: Dante audio transmission over Wi-Fi is not supported.

To connect to a Dante network using Wi-Fi:

1. Ensure your Wi-Fi interface is successfully connected to a Wi-Fi network.

2. Ensure ‘Use shared Dante interface’ is deselected.

3. Select your Wi-Fi network interface in the Configure Dante Interfaces dialog.

See also: Using Wi-Fi and Multicast Transmit Flows

Network Interface Configuration Guidelines

Primary only (non-redundant) Dante network

If you only have a primary network, you can only connect one interface to the Dante network.

Example

In the example below, the laptop (runningDante Controller) and the two Dante devices are connected to

the switch via their primary interfaces. This is a typical non-redundant Dante network.

If the laptop has two network interfaces, either can be used.

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Primary and secondary Dante networks (redundant configuration), only one

network interface on the host computer

If you have primary and secondary (redundant) networks, but only one network interface on your computer,

you should set your computer's network interface as the

primary

interface. This ensures that you can

control any non-redundant devices, and see full connection information for any redundant devices that are

connected to non-redundant devices.

If a problem does occur, and you lose connectivity on the primary network, you can connect instead to the

secondary network, to maintain control over your devices. This entails changing the physical connection

(i.e. physically connecting your computer to a switch on the secondary network), and changing the

interface selection in the Configure Dante Interfaces dialog.

Example

In the example below, the laptop (runningDante Controller) is connected to the switch via one interface

only, which is set as the primary Dante interface.

The two Dante devices are connected to the primary switch via their primary interfaces, and to the

secondary switch via their secondary interfaces. The two switches are not connected to each other. This

is a typical redundant network configuration for computers with only one network interface.

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Note: When connected to the secondary network, you will not have control over devices that are

only

connected to the primary network (i.e. non-redundant devices, or Dante VirtualSoundcard). You

will see the device names in the Network view, and in subscription dialogs (for example, the Device

View > Receive and Transmit tabs) but you will not be able to view or edit device configuration for

those devices. Also, if the master clock is only connected to the primary network, its name will not

resolve in the 'Master Clocks' section of the main window tool bar, it will be shown as a MACaddress

string.

Primary and secondary networks (redundant configuration), two network interfaces

on the host computer

If you have primary and secondary networks, and two network interfaces available on the host computer,

you should connect one interface to each network. This means that you will always have full control of all

redundant

devices, even if the primary network fails.

Example

In the example below, the laptop (runningDante Controller) and the two Dante devices are connected to

the primary switch via their primary interfaces, and to the secondary switch via their secondary interfaces.

The two switches are not connected to each other. This is a typical redundant network configuration for

computers with two (or more) network interfaces.

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Note: All Dante applications on the same computer have a shared understanding of which interface

is the primary Dante interface. For example, if you have installed Dante Virtual Soundcard on the

same computer as Dante Controller, and a new primary interface is selected from within Dante Virtual

Soundcard, Dante Controller will automatically switch to the newly selected interface, and begin

operating on that interface.

Connection via Wi-Fi

To connect to a Dante network via Wi-Fi, a Wi-Fi access point must be physically connected to the Dante

network (either to a network switch, or to a Dante hardware device). The Wi-Fi interface on the Dante

Controller computer must be connected to the Wi-Fi access point.

Example

In the example below, the computer runningDante Controller is connected via W-Fi to a Wi-Fi access point

connected to the primary Dante network.

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Using Wi-Fi and Multicast Transmit Flows

When using a Wi-Fi network connection between Dante Controller and your Dante network, any multicast

transmit flows configured in your network routing can flood the Wi-Fi link, and degrade the performance of

the link.

You may be experiencing this condition if:

1. You are using a Wi-Fi network connection

2. You have multicast transmit flows in place

3. You observe speed or stability issues with your Wi-Fi connection

Remedial action

Remove or reduce the multicast traffic

The easiest way to remedy this condition is to either remove all multicast flows and use unicast flows

instead; or, reduce the amount of multicast bandwidth on the network by removing some multicast flows.

There is no hard rule that specifies how much multicast traffic is too much for a Wi-Fi link – the performance

of the link is the best real-world indicator.

If you are unable to remove or reduce multicast traffic, there are various ways to filter multicast audio traffic

from the Wi-Fi link.

Filter multicast audio at the access point

Depending on the type of Wi-Fi access point (or AP - typically, a W-Fi modem / router) that you have, it

may automatically block ‘unregistered’ multicast traffic, which is multicast traffic that hasn’t been

specifically requested by a network device. Because Dante Controller will never request to join a multicast

audio stream, the AP will never send multicast audio to the Dante Controller computer.

It should however allow multicast control traffic – this is important for Dante Controller, because device

discovery in Dante uses a multicast control protocol.

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If the AP doesn’t automatically block unregistered multicast, you may be able to proactively filter it out

using a ‘filter multicast’ feature in the AP. The feature should filter the high-bandwidth multicast media

traffic, but again should allow multicast control traffic. Not all APs feature automatic multicast filtering, or a

‘filter multicast’ configuration option. Refer to the user manual for your AP for more information.

Connect the AP to a dedicated control port on a Dante device

Some Dante hardware devices include a ‘control port’, which is a Dante Ethernet port that automatically

filters multicast audio traffic. Control ports should be clearly marked as such on the device.

You can connect your AP to this port, which will enable Wi-Fi connectivity between Dante Controller and

the network, but the port will not pass multicast audio traffic to the AP. Refer to the user manual for your

device for more information.

Enable IGMP snooping on the network switch

Enabling IGMP snooping on the network switch will block multicast audio to all switch ports unless a

device on that port has specifically requested to join a multicast group (stream). This means that multicast

audio can flow between audio devices but will not flow over the AP to Dante Controller. Refer to the user

manual for your switch for more information.

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Using Dante Controller

Dante Controller presents two main types of view: Network View and Device View.

Important: After making changes to Dante network routing (e.g. subscriptions, device names,

channel labels etc.) please wait at least 5 seconds before disconnecting or powering down any

affected devices. This ensures that the new information has been properly saved to the devices.

Device configuration (e.g. sample rates, latency, clock settings) are saved instantly.

Note: Mac OS X users: Please note that the key combinations shown below are for Windows users.

When using Dante Controller on a Mac, please use the “Command (CMD)” or “Apple” key instead of

the “Control” key when following the instructions below, and substitute standard Mac key

combinations where applicable – see the Dante Controller menu for details.

Network View

When Dante Controller is started, it opens at the Network View, with the Routing tab selected.

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Menu bar

The menu bar in the Network View includes four menus: File, Device, View and Help.

File

n Load Preset (Ctrl+L): loads a configuration from a file

n Save Preset (Ctrl+S): saves configuration for currently displayed devices to a file

n Exit (Alt+F4): Exits Dante Controller

See Presets for more information.

Device

n Refresh (F5): Refreshes the displayed network / device data

n Device View (Ctrl+D): Opens a new Device View window

View

n Show/Hide Channel Groups

n Domain Configuration

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n Show All Unmanaged Devices

Help

n About: Shows the Dante Controller version, and current event log file location

n License: Displays the license text

n Online Help: Opens this HTML user guide on the Audinate web server (requires an Internet con-

nection)

n Offline Help: Opens a locally-stored PDFof this user guide (may not be the latest version of the user

guide)

Tool bar

Below the menu bar there is a tool bar, containing six buttons:

Filter pane Shows / hides the advanced filter pane.

Reload Device Information Updates the current view with the latest device information from

the network. This is useful when a recent change to the network

has not yet propagated automatically through to Dante Controller

(for example, a new device has been added to the network).

Load Preset Loads a previously saved audio routing configuration. See

Presets for more information.

Save Preset Saves the current audio routing configuration. See Presets for

more information.

Choose a Dante Interface Opens the Configure Dante Interfaces dialog. See Configuring

Dante Controller for more information.

Clock Status Monitoring Activates the Clock Status Monitoring function. See Clock Status

Monitoring for more information.

Channel Groups Activates channel groups. See Channel Groups for more

information.

Domain Configuration Enables connection to a Dante Domain Manager server.

To the right of the toolbar, Dante Controller displays the current Grand Master clock (or clocks, in the case

of redundant networks or DDMnetworks).

To the right of the clock display is the currently-selected domain, and the currently logged in DDMuser

(when logged into Dante Domain Manager).

Tabs

Click the tabs below the tool bar to view:

n Routing

n Device Info

n Clock Status

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n Network Status

n Events

The use of each of these tabs is described in the next section.

Status Bar

The Status Bar displays notifications for network status, general device events, and clock status events,

plus the current Dante audio multicast bandwidth on the network.

DDMNetworks

In DDMnetworks, the devices displayed in the Network View will vary according to the selected domain.

See Viewing Domains in Dante Controller for more information.

When logged into a domain that includes legacy (pre-v4.0 firmware) devices, those devices are displayed

with gray highlighting instead of blue.

Shared devices are displayed with green highlighting and green text. See the DDMuser guide for more

information about sharing audio in DDM networks.

Status Bar

The Status Bar displays the following information:

n P: The current status of the Primary network. Green indicates that Dante Controller is currently con-

nected to the primary Dante network. Red indicates a problem with the connection.

n S: The current status of the Secondary Dante network. Only displayed where a secondary network is

connected.

n Multicast Bandwidth: The current Dante audio multicast bandwidth on the connected networks.

Note that there may be network traffic from other sources that is not included in the multicast band-

width reading.

n Event Log: Indicates the current status of the event log. Click the icon to open the Events View.

n Clock Status Monitor: Indicates the current status of the Clock Status Monitor. Click the icon to

open the Clock Status Monitor.

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Network View Tabs

Routing View

When Dante Controller is started, it always displays the Routing Tab within the Network View. In this view

the network is shown in the form of a grid. Devices with Tx channels are displayed along the top row of the

grid, and those with Rx channels are displayed along the left-hand column of the grid. Initially a collapsed

view is presented; individual channels cannot be seen.

Note: If a device name is shown in red, it means Dante Controller has automatically detected an

error condition. Double-click the device name to see more information. Refer to Automatic

Notification of Device Errors for further explanation.

Note: If a device has Tx and Rx channels, it is shown both along the top row of the grid and also

along the left-hand edge.

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Expanding the Routing View

The Rx channels associated with any device can be displayed by clicking on the [+] to the left of the

device name in the left-hand column of the grid. The Tx channels associated with any device can be

displayed by clicking on the [+] above the device name on the top row of the grid. When this action is

performed the grid view expands to show each channel of the device, and the [+] becomes a [-]. Clicking

on [-] collapses the view. You can also group channels into sets of 16.

The Rx channels associated with all devices can be simultaneously expanded by clicking on the [+] of “[+]

[-] Dante Receivers” at the top of the left-hand column. Similarly, the Tx channels associated with all

devices can be simultaneously expanded by clicking on the [+] of “[+] [-] Dante Transmitters” at the left of

the top row. Clicking on [-] will collapse the view.

Device List Filtering

The device lists in the Routing view can be filtered using the 'Filter Transmitters' and 'Filter Receivers'

boxes, below the Dante logo in the top left-hand corner. Any text string typed into the box will filter the view

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to only display devices that contain that text string, in either a device name, or channel name.

The filtering is case-insensitive. For example, in the Dante Controller Network view shown here, entering

the string “foh” in either of the Filter fields would display only the FOH-Amp and FOH-Console devices, and

their channels.

See also: Advanced Filter

Advanced Filter

About the Advanced Filter

The Advanced Filter can be used to filter the devices displayed in the Network View Routing, Device Info,

Clock Status and Network Status tabs.

Use the Advanced Filter to easily locate or display devices with specific names, channel labels, states or

configuration parameters.

To open the advanced filter, click the sidebar button:

Filter

groups

(including the text filter) are additive (AND logic, not OR logic). The devices displayed are

those that match all specified conditions. For example, entering ‘amp’ in the text filter and selecting ‘48k’ in

the Sample Rate filter will display all devices with the ‘amp’ string in the device name (or receive channel

labels) which are also set to 48kHz sample rate.

Inside a filter group, selections use OR logic. For example, selecting ’44.1k’ and ‘48k’ in the Sample Rate

filter will display all devices set to either of those sample rates.

Text Filter

The text filter displays devices with device names or receive channel labels that match the text string

entered into the Search field.

The device name filter is case-insensitive (capitalization is ignored), and allows alphanumeric characters

(a-z, 0-9) and the hyphen character (-). Wildcards are not supported.

To clear the device name filter, just delete the text in the Search field, or click the Clear All button.

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Device State and Configuration Filters

The device state and configuration filters can be expanded and collapsed using the plus [+] and minus [-]

icons.

To filter devices for a particular condition or set of conditions, just select the required checkbox or

combination of checkboxes.

Use the Clear All button to clear the selections from all filters.

Device Lock Filter

Use the Device Lock filter to display devices with a specific lock state.

n To display only locked devices, select the 'Locked' checkbox.

n To display only unlocked devices, select the 'Unlocked' checkbox.

n To display locked and unlocked devices, select both the 'Locked' and 'Unlocked' checkboxes.

n To display devices that do not support Device Lock, select the 'Unsupported' checkbox.

Sample Rate Filter

Use the Sample Rate filter to display devices with a specific sample rate setting.

n To display only devices with a particular sample rate, select the appropriate checkbox.

n To display only devices with one of a selection of sample rates, click the appropriate checkboxes.

Sync to External

Use the Sync to External filter to display devices with a specific Sync to External setting.

n To display only devices with Sync to External enabled, select the 'Enabled' checkbox.

n To display only devices with Sync to External disabled, select the 'Disabled' checkbox.

n To display devices with either setting, select the 'Enabled' and 'Disabled' checkboxes.

n To display devices that do not support Sync to External, select the 'Unsupported' checkbox.

Latency

Use the Latency filter to display devices with a specific latency setting.

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n To display only devices with a particular latency, select the appropriate checkbox.

n To display only devices with one of a selection of latencies, click the appropriate checkboxes.

Subscriptions

Use the Subscriptions filter to display devices with a specific subscription state.

n To display only devices with one or more successful subscriptions, click the 'Success' checkbox.

n To display only devices with one or more failed subscriptions, click the Failure checkbox.

Note: ‘Success’ will not only display devices with only successful subscriptions – it will also display

devices with a mix of successful and failed subscriptions. Similarly, ‘Failure’ will also display devices with

a mix of failed and successful subscriptions.

Tx Multicast Flows

Use the Tx Multicast Flows filter to display only devices with Tx Multicast Flows configured.

n To display only devices with one or more Tx Multicast Flows configured, select the Enabled check-

box.

AES67

Use the AES67 filter to display devices with a specific AES67 setting.

n To display devices with AES67 enabled, select the Enabled checkbox.

n To display devices with AES67 disabled, select the Disabled checkbox.

n To display devices with either setting, select the Enabled and Disabled checkboxes.

n To display devices that do not support AES67, select the Unsupported checkbox.

Sample Rate Pull-up

Use the Sample Rate filter to display devices with a specific sample rate pull-up setting.

n To display only devices with a particular pull-up, select the appropriate checkbox.

n To display only devices with one of a selection of pull-ups, click the appropriate checkboxes.

Channel Groups

When Channel Groups is active, device channels in the Network View Routing tab are grouped into sets of

16.

This makes it easier to view and make channel subscriptions for devices with large numbers of channels,

such as PCIe cards.

To activate it, click the Channel Groups button in the Network view toolbar:

The groups are named 1..16, 17..32 etc.

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To expand a channel group, click the plus [+] icon. To collapse a channel group, click the minus [-] icon.

Note: Grouping channels does not affect routing or device behaviour.

Device Info

The Device Info tab provides a network-wide overview of device configuration and operating information.

For DDM networks, devices are grouped into their respective IPsubnets.

The tabular view presents the following information, in columns from the left:

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n Device Name: The device name currently associated with the device

n Product Type: The type of Dante device

n Product Version: The product version assigned by the manufacturer

n Dante Version: The firmware version for hardware devices, or software version for Dante software

applications

n Device Lock: The lock state of the device. You can also click this field to open the device lock /

unlock dialog.

n Product Version: The product version, as defined by the manufacturer

n Primary Address: The IP address assigned to the primary interface.

IP addresses are currently assigned via DHCP, or automatically self-assigned. Self-assigned

addresses on the primary interface will be in the 169.254.*.* range.

n Primary Link Speed: The Ethernet link speed of the primary interface

n Secondary Address: The IP address assigned to the secondary interface.

Self-assigned addresses on the secondary interface will be in the 172.31.*.* range. 'N/A'indicates

that the device does not support a secondary interface. 'Link down' indicates that the device sup-

ports a secondary Dante interface, but it is not currently connected.

n Secondary Link Speed: The Ethernet link speed of the secondary interface. Other values are pos-

sible (as per Secondary Address)

Note: A Dante interface may have a preferred link speed. Where it does, and an interface is not

operating at that preferred link speed, the values in the Link Speed columns will be shown in red.

Note: If no device information is displayed for a device, it can indicate a ConMon (Dante control and

monitoring service) failure on the device. The device may need to be reset or restored.

Clock Status

The Clock Status tab provides a network-wide overview of the clocking state within the network.

This view provides a convenient way of quickly scanning the network for clock information. For DDM

networks, devices are grouped into their respective IPsubnets.

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The tabular view presents the following information, in columns from the left:

Device Name

The device name currently associated with the device.

Sync

Indicates the clock sync status for the device.

A green light indicates that the device is currently synced to (or is driving) the network clock

A red light indicates that the device is not currently synced

Mute

Indicates the mute status for the device.

A red mute icon indicates that the device is currently muted (usually due to loss of clock sync)

n No icon in the mute column means that the device is not muted (audio should be flowing normally)

Clock Source

Indicates the clock source for the device.

n Dante: The device is deriving its clock from the Dante network, or is acting as master clock (but not

deriving its clock from an external source)

n External: The device is deriving its clock from an external word clock source

DomainStatus (DDMnetworks only)

Indicates the clock's role for its domain.

n Master: The device is the master clock for the domain.

n Slave: The device is a boundary clock slave (receiving unicast PTP from a domain master in a dif-

ferent subnet).

n Standby: The device is a backup boundary clock.

n Disabled: The device does not currently have a domain clocking role.

n N/A: The device cannot act as a boundary clock.

See the DDM user guide for more information about domain clocking.

Primary Status | Secondary Status

Indicates the state of the PTP clock for the primary and secondary network interfaces. Routed

DDMnetworks will indicate a master clock for each IPsubnet.

n Master: Device is the current PTP Master Clock on the primary Dante network

n Slave: Device is a PTP Slave on the primary Dante network

n Passive: Device is not using clock synchronization information from this interface

n LinkDown: The interface is not connected to the network

n N/A: Indicates that the device does not support clock status reporting. In the Secondary Status

column, can also indicate that the device is non-redundant.

n Listening: Usually transient. When persistent, it indicates that the device can not operate as a clock

master (slave only), and is waiting for a clock master to appear on the network.

Devices that are configured with sample rate pull-up/down are shown with the relevant pull-up/down value

against their Clock Status. For example, a device acting as master clock with +0.1% pull-up will be shown

as Master (+0.1%). See About Clock Domains for more information.

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Other transient clock states exist, which are not listed above.

AES67 Status

Indicates the state of the PTPv2 clock for AES67-enabled devices. Possible states are identical to those

of Primary and Secondary Status.

Preferred Master

Raises the priority of the device in the master clock election.

If only one device on a particular clock domain has this checkbox ticked, it ensures that the selected

device becomes master clock (for that clock domain). When multiple devices have their Preferred Master

checkbox ticked, the master will be elected automatically from within that group.

If 'Slave Only' is shown instead of a checkbox, it indicates that the device is not capable of acting as a

master clock.

Enable Sync To External

Forces the Dante module to derive its clock from an external source - either from a host device word clock,

or from an auxiliary device.

This will also ensure that this Dante device becomes master clock for the relevant clock domain (unless

another device has 'Preferred Master' selected). It is not normal practice to configure more than one device

per clock domain with an external clock source. In this case, the user is assumed to have synchronized

external word clock sources (e.g. house clock).

Where the checkbox is present but greyed-out (and inactive), it means that the Dante device

can

be slaved

to an external word clock, but it cannot be set directly from Dante Controller - it must be done via the host

device user interface, or via some other method (e.g. third-party control software). If the checkbox is

greyed out and populated, it means that the Dante device is currently slaved to the external clock.

If N/A is displayed, it means that the device does not support slaving to an external word clock.

Note: If no clock status information is displayed for a particular device, it can indicate a ConMon

(Dante control and monitoring service) failure on the device. The device may need to be reset or

restored.

About Clock Domains

Dante Devices that are

not

configured with sample rate pull-up/down operate on the default clock domain,

using the default clock. Devices that

are

configured with sample rate pull-up/down operate on separate

'clock domains', which have their own dedicated PTP clocks, adjusted to account for the pulled up/down

sample rates.

Clock domains are not physically separated, they all exist on the network simultaneously. Devices with

pull-up/down synchronize to the appropriate clock for their pull-up/down setting, and ignore other clocks.

Those devices are shown with the relevant pull-up/down value against their Clock Status in the Clock

Status tab.

Dante devices can only transmit audio to, and receive audio from other devices on the same clock domain.

For example, a device with zero sample rate pull-up/down operates on the default clock domain, and

cannot transmit audio to, or receive audio from any devices on the +4.1667% clock domain, or the -1%

clock domain, etc.

Up to 5 separate clock domains can be supported at any one time. All clock domains have their own

master clock.

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InDDMNetworks

In DDMnetworks, each Dante domain typically uses its own special clocking domain (except in the case

of audio sharing between domains, when multiple Dante domains will share the same clock domain).

About Master Clocks

The Dante network master clock (often also referred to as the 'Grand Master'), is displayed at all times in

the center of the toolbar of the Network View. This is the device that is providing the time sync source for

all devices on the network.

If multiple clock domains are in use, the master clock for each domain is shown, in a comma-separated

list.

The master clock is chosen automatically through an election process, though there are user configurable

parameters that allow prioritization of some devices in the master clock election. Configuring a device to

have an external word clock source will force that device to become master clock, unless another device

has 'Preferred Master' set.

Checking the 'Preferred Master' flag will always result in that device (or the device with the lowest MAC

address, if more than one device has been checked) becoming master clock for that domain.

Note: If the master clock device is not directly visible to Dante Controller (for example, if the master

clock device is for some reason only connected to the secondary network, and Dante Controller is

only connected to the primary network), the 'Master Clock' display in the toolbar may show a

MACaddress string, instead of the device name.

Clock Status Monitoring

Dante devices are monitored by Dante Controller to establish the status of their clock synchronization with

the Dante network master clock.

There are two levels of monitoring: 'passive' and 'active'.

In passive mode, Dante Controller will report if a clock loses sync (or regains sync) with the master clock.

In active mode, Dante Controller will

also

report if a clock is showing signs of instability. If a device clock

is significantly unstable, it can lose sync with the master clock, which will result in the device being

automatically muted.

Why would a device clock be unstable?

There are a range of network conditions that can interfere with a device’s clock stability. These include:

n A switch on the network is configured to use Energy Efficient Ethernet ('Green Ethernet') func-

tionality

n A 100 Mb switch or link is present where a Gigabit connection is required

n One or more switches are incorrectly configured

n A 'problematic' external word clock is being used as the master clock

Refer to the Dante FAQs for more information.

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Passive monitoring

Passive monitoring is on all the time. If a Dante device loses sync with the master clock, or regains sync

with the master clock, it reports the event to Dante Controller. Dante Controller records these events in a

log file, and also will display an alert: the Clock Status Monitor icon (at the bottom right corner of the main

window) will light up red.

Clicking the icon opens the Clock Status Monitor, which includes the clock status event log, and a clock

status histogram.

Active Monitoring

When active monitoring is switched on, Dante Controller begins actively monitoring the behaviour of

supported devices to identify signs of clock instability. If a clock exhibits significant instability, the Clock

Status Monitor icon will light up amber, and a warning event will be recorded in the clock status event log.

Click the icon to open the Clock Status Monitor.

Active monitoring is off by default. To activate it, click the Clock Status Monitoring button on the main

toolbar:

When Active Clock Status Monitoring is active, the button is shown in green.

To switch it off, click the button again.

Note: Active monitoring does not affect passive monitoring.

Which devices are supported?

Dante PCIe cards, Dante-MY16-AUDcards, Ultimo (low channel count) devices and devices that include

a 'Brooklyn II'Dante module support active monitoring.

If your device is a Brooklyn IIdevice, it will be displayed as the Model type in the Dante Information

section of the Device View > Status tab.

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Clock Status Monitor

The Clock Status Monitor includes two tabs, Log and History.

Log

The Clock Status log shows time-stamped clock status events for each device that has been identified as

unstable, or has lost or regained sync with the master clock.

The event types are:

n Clock Sync Warning: Indicates that a clock has been identified as unstable, and is at risk of losing

sync with the master clock

n Clock Sync Unlocked: Indicates that a device has lost sync with the master clock. This will result

in the device being automatically muted until it regains sync.

n Clock Sync Locked: Indicates that a device has regained sync with the master clock.

To delete all Clock Status log entries, click Clear . This will reset the Clock Status Monitor icon to green.

Note: This will also clear all other event log entries (the Clock Status log is a filtered view of the main

event log).

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Dante Controller will then resume monitoring (unless the Clock Status Monitoring button is switched off).

To save the event log as an xml file, click Save.

History

The History tab can be used to establish the stability of device clocks. It shows a histogram of clock

frequency offset for the selected device, and the current frequency offset value, updated in real time.

The following information is also displayed:

n Mute status

n Sync status

n External word clock

n Preferred Master status

About Clock Offset

Hardware clocks are based on a vibrating (piezoelectric) quartz crystal. All crystals are slightly different,

and vibrate at slightly different frequencies. When a device ('slave') clock wants to sync to a master

network clock, its frequency must be 'pulled' up or down to match the frequency of the master clock. The

amount that the clock's frequency is pulled is referred to as 'offset'.

Hardware clocks can only support a certain amount of offset, referred to as 'pull range'. If the pull range is

exceeded, the slave clock will lose sync with the master clock, and the device will be automatically muted.

Software clocks typically use an algorithm to derive a clock from an internal counter. Software clocks can

support any amount of offset.

Rapidly-changing offset can also cause a slave clock to lose sync with the master clock.

Various factors can destabilise slave clocks by affecting their offset, such as:

n Overloaded network links

n Poorly-implemented EEE (Energy EfficientEthernet)

n A master clock that is derived from an inaccurate external word clock (one that does not run at its

nominal frequency)

About the Histogram

The horizontal axis of the histogram shows the distribution of clock frequency offset measurements

against the nominal frequency of the clock, in parts per million (ppm). The zero point of the horizontal axis

corresponds to the clock's nominal frequency (i.e. the frequency that the clock is intended to run at - for

example, 98kHz).

The vertical axis shows the number of measurements recorded at each data point, on a logarithmic scale.

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The histogram is continually updated, with measurements taken roughly once per second.

n To select devices, click the drop-down menu at the top .

n To clear the histogram, click Clear.

n To save a png format screenshot of the current data, click Save.

Interpreting the Histogram

The histogram can be seen as an indication of how much work a slave clock is doing to stay in sync with

the master clock.

Generally, a stable and accurate clock will show consistently stable offset (with variation in the order of a

few ppm). It means that it is not having to change its offset very much to stay in sync.

Show me

A histogram that shows a distributed range of offsets indicates an unstable clock - it is having to change its

offset significantly, and often, to stay in sync with the master clock. This can be due to overloaded network

links, or poorly-implemented EEE. A device in this state is highly likely to lose sync with the master clock.

Show me

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A histogram that shows measurements in amber and/or red indicates a clock that might be

currently

stable, but has little room for manoeuvre; its offset could easily move outside its pull range, at which point

it will lose sync completely. This can result when the master clock is derived from an inaccurate external

word clock.

Note: Dante Controller can be left running for a few days (or even weeks) to collect clock status

data, providing a long-term picture of the stability of your network clocking configuration.

Show me

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Network Status

The Network Status tab provides a range of network-related information across all devices in the network.

This view includes subscription status, bandwidth and latency information, and can be used to quickly

identify any potential network traffic issues. For DDM networks, devices are grouped into their respective

IPsubnets.

The tabular view presents the following information, in columns from the left:

Device Name

The device name currently associated with the device.

Subscription Status

The icon in the Subscription Status column displays a summary of subscription states for the device. If

any of the device's channels are not successfully subscribed, the relevant icon will be displayed here.

See Subscribing to Audio Channels for information about the various icons that can be displayed in the

Subscription Status column.

PrimaryStatus

The Primary Status column indicates the link speed of the primary Dante network interface for the device.

Secondary Status

The Secondary Status column indicates the link speed and status of the secondary Dante network

interface for the device (if applicable). 'N/A' indicates that the device does not have a secondary interface.

'LinkDown' indicates that the device has a secondary interface, but it is not currently connected.

Bandwidth Columns

Use the bandwidth columns to see an approximation of transmit and receive traffic over individual device

interfaces.

n Primary Tx B/W

The Primary Tx B/W column displays an approximation of the current transmit bandwidth on the

primary Dante network interface for the device.

n Secondary Tx B/W

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The Secondary Tx B/W column displays an approximation of the current transmit bandwidth on the

secondary Dante network interface for the device.

n Primary Rx B/W

The Primary Rx B/W column displays an approximation of the current receive bandwidth on the

primary Dante network interface for the device.

n Secondary Rx B/W

The Secondary Rx B/W column displays an approximation of the current receive bandwidth on the

secondary Dante network interface for the device.

Latency Setting

Shows the current latency setting for the device.

Latency Errors

The Latency Errors column displays icons representing the recent latency performance of the device.

A green light indicates that the device is subscribed, and there are no latency problems - i.e. all

audio packets are arriving well within the device's latency setting.

An amber light indicates that audio packets for one or more channels are arriving at or near the

limit of the device's latency setting. You may need to increase the device's latency, or reconfigure

the network to prevent audio glitches due to packet loss from late-arriving audio packets.

A red light indicates that one or more audio packets have arrived outside the device's latency

setting. This will result in audio glitches. The device's latency setting should be increased, or the

network reconfigured (for example, by reducing the number of network nodes in between the

transmitter and the receiver).

A grey light indicates that the device is not currently subscribed.

Packet Errors

A red light in the Packet Errors column indicates that one or more audio packets have been corrupted in

between the switch and the receiver. This is usually due to a faulty Ethernet cable.

Use the Clear Counters button in the Device View > Status tab to clear the packet errors history for a

device.

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Events

The Events tab provides information on significant changes and failures in the network.

Dante Controller continually monitors Dante devices and the network as a whole. It is able to watch for

problematic configurations, unexpected problems and communication failures between itself and Dante

network devices. Events are displayed and stored in an event log.

Events fall into one of three categories: Information, Warning and Error.

Filtering the Event List

Use the drop-down menu at the bottom left of the view to filter the events list.

n When set to Information, all events are shown.

n When set to Warning, only warning and error events are shown.

n When set to Error, only error events are shown.

Clearing the Event List

To clear the event list, click the Clear button. When new events are detected that match the current filter

setting, they are displayed in the event list.

If you have switched to another Network View tab, new events in the event list will also be indicated by a

red Event Log LED icon in the Status Bar. Clicking the LEDicon will take you straight to the Events tab

and will clear the Event Log LED.

Note: The Event Log LED icon will always remain green while the Events tab is open.

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Saving the Event Log

To save the event list, click the Save button. The list is saved as a text file with file extension .log. All

events in the list are saved (the filter does not apply to saved events logs).

Automatic event logging

Events are also continuously written to a log file. Each time Dante Controller is started, it creates a new log

file (with a time-stamped filename, to avoid overwriting previous logs).

You can find the path to these log files under Help > About. To delete log files more than seven days old,

click the Delete old Log files button.

Event Classification

The following events are classified as Errors:

n Invalid link local address

n Subnet mismatch on dante interface

n Subnet match with non dante interface

n Multiple addresses with matching subnets

n Subnet conflict of dante interface on primary

n Subnet conflict of dante interface on secondary

n Unknown address error

n Fail Safe Mode

n Unknown device issue

n Elevation to Clock Master

n Fanout Configuration detected

n Mismatched clock pullup subdomain

n Wrong subdomain for pullup

n Unknown subdomain

n Audio mute / Audio unmute

n Clock sync lock / unlocked

The following events are classified as Warnings:

n Resolution Failed

n Elevation to Grand Master

n Multiple external clock sources

n Cannot Elevate to Clock Master

n Clock Sync Warning

The following events are classified as Information:

n Request Timeout Error

n Response Timeout Error

n Demotion from Clock Master

n Demotion from Grand Master

n Reboot required

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Automatic Notification of Device Errors

Dante Controller is able to identify several types of problems that a Dante device may experience. A

device that is found to have problems will have its device name displayed in red. Additional information

about the problem can be found by double-clicking on the device.

A device displayed in red will either have entered failsafe mode, or will have an identified issue with its IP

configuration. These states are described in more detail below.

A device displayed in orange (’Ultimo’ low channel count devices only) will have entered upgrade mode

(see below).

Incorrect IP address configuration

Dante networks use IP Addressing to communicate. Incorrect address configuration can make it hard or

impossible for a Dante device to communicate. Dante Controller attempts to identify and report several

types of incorrect IP address configuration, including:

n Having multiple DHCP servers on the same network

n Incorrectly configured static IP addresses

n Connecting the secondary interface of a Dante device to the primary network

n Different interfaces on the same device using the same IP address subnet

n Configuring a DHCPserver on the primary network to use the IPaddress range reserved for sec-

ondary link local devices (172.31.*.*)

If you need further information, please refer to the Troubleshooting section.

Failsafe mode

A device will enter failsafe mode when the firmware image stored on the board has become corrupted.

Although rare, this can occur when:

n The firmware update process is interrupted by power loss or network failure

n The firmware image itself that was used in an upgrade is corrupt

If your device enters failsafe mode, please use the Failsafe Recovery function in the Firmware Update

Manager application (if available) or contact your device manufacturer.

Upgrade mode

When some ‘Ultimo’ devices (technically, those that include an internal Ethernet switch) are upgrading, or

have finished upgrading but have not yet been rebooted, they are in ‘upgrade mode’, and are displayed in

orange text inDante Controller. While in this mode, an ‘Issues’ tab is visible in the Device View for the

device, indicating their current state.

When these devices have had new firmware applied, they must be ‘manually’ rebooted by the user, via

Dante Controller (unlike other devices which reboot automatically as part of the upgrade process). This is

because any daisy-chained Dante devices downstream of the upgraded device will not receive audio or

firmware update data via that device while it is rebooting. The manual reboot option allows you to control

when the device reboots, and thus prevent:

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n Interruption of audio to any downstream daisy-chained devices until it is convenient, and

n Interruption of firmware update data to any downstream daisy-chained devices that are also in the

process of updating - which in some devices can lead to the update failing, and the device entering

failsafe

When the device has rebooted, audio flow to any downstream daisy-chained devices will resume

automatically.

Other Event Notifications

Dante Controller will also notify you of network status, general device events and clock status events, via

the LED icons in the Status Bar.

Device View

The Device View is used to view and modify detailed information and settings for a specific device. Device

view can be activated by double-clicking a device name in any of the Network View tabs (except Events),

or by selecting Device View from the Device menu (Ctrl + D, or Command + D) in the Network View

window. The Device View opens in a new window. Multiple device views can be open simultaneously.

Note: Mac OS X users: Please note that the key combinations shown below are for Windows users.

When using Dante Controller on a Mac, please use the 'Command' or 'Apple' key instead of the Ctrl

key when following the instructions below, and substitute standard Mac key combinations where

applicable – see the Dante Controller menus for details.

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The label of the device being viewed is displayed in the middle of the toolbar. In the screenshot above,

FOH-Console is the device being displayed in the drop-down list box.

The device viewed can be changed by selecting another device from the drop-down list.

Multiple Device View windows may be opened from the Network View, so that several devices can be

examined simultaneously.

The Device View displays some or all of the following tabs, allowing you to see different information

relating to a specific Dante device:

n Receive: Display and configure device’s receive (Rx) channels

n Transmit: Display and configure device’s transmit (Tx) channels including multicast

n Status: Device software, clock and network status information

n Latency: View latency histograms (supported devices only)

n Device Config: Rename device, change sample rate and set other attributes (as relevant to device

type)

n Network Config:View and edit network configuration

n Issues: Displays information for devices in failsafe mode, or upgrade mode (upgrade mode is used

by ‘Ultimo’ low channel count devices only). Not usually visible.

n Baseboard: Only available when the Dante device is mounted on a Dante PDK audio baseboard

(NOTE: the device must be in SPI Master mode)

There are also dedicated configuration tabs displayed only for specific devices.

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Device View Menu bar

The menu bar in the Device View contains the following menus:

File

n Close Window

Device

n Refresh: Refreshes the displayed network / device data

n Create Multicast Flow

n Clear Domain Credentials

View

n Show/Hide Channel Groups

Help

n About: Shows Dante Controller version and current log file

n License: Displays the license text

n Online Help: Opens this HTML user guide on the Audinate web server (requires an Internet con-

nection)

n Offline Help: Opens a locally-stored PDFof this user guide (may not be the latest version of the user

guide)

Device View Toolbar

The Device View toolbar contains the following buttons:

Refresh Re-load routing and configuration information for

the current device.

Web Config Some Dante devices can be configured via a web

interface. This button opens a web browser

window which can be used to perform functions

such as firmware upgrades. This feature is not

supported on all Dante devices.

Identify Identify the current device by, for example, causing

its LEDs to flash. Note that this feature is not

supported on all Dante devices.

Multicast Configure multicast transmit flows on the current

device.

Channel

Groups

Activate / deactivate Channel Groups.

Device Lock Lock / unlock the device.

The toolbar also provides a drop down list of all available devices on the network, which allows you to

switch the Device View to a different device.

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Device View Tabs

The Device View is split into tabs, some of which are only applicable to certain devices. Each tab is

described in detail below.

Receive Tab

The Receive tab displays a list of all subscribed and dormant receive channels on the current device, plus

subscription information for the subscribed channels. It also allows the creation of subscriptions from the

Available Channels list.

The tab is split into two panes: Receive Channels, and Available Channels.

Receive Channels

The Receive Channels pane contains four fields:

n Channel: Lists the receive channel labels for the current device. These can be edited here to rename

the channel.

Signal: Supported devices will also show the following channel metering icons, indicating the

presence of audio on subscribed channels:

Channel is either muted, or receiving audio at less than -61dbFS

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Channel is receiving audio between -61dbFS and 0dfFS

Channel is clipping

Which devices support channel metering?

Currently, Brooklyn IIand PCIe devices support channel metering inDante Controller. You can check your

device type in the Device Info tab.

n Connected To: Lists the Tx channel that the receive channel is currently subscribed to.

n Status: Shows the status of both primary and secondary subscriptions, using the following icons:

Subscription is OK and audio should be flowing

Subscription is unresolved - usually because the transmitting device

has been removed from the network, or is switched off

No subscription, or a subscription error

Subscription is via unicast connection

Subscription is via multicast connection

Subscriptions can show several symbols in the Status column. Common status icon combinations and

their meanings are as follows:

Unicast device successfully subscribed to a

transmitter

Redundant device successfully subscribed on

both primary and secondary via unicast

Redundant device successfully subscribed on

both primary and secondary via multicast

Redundant device successfully subscribed on

primary only via unicast. This is typically seen

when the secondary interface is not connected

Flows

Flows are 'streams' of audio packets which supply data between devices. Flows can contain up to 4

channels of audio.

Dante devices can support a finite number of receive flows, depending on their specific hardware

configuration and firmware version.

Available Channels

The Available Channels pane lists the devices and advertised channels available on the network. Devices

that are greyed out indicate that this receiver cannot subscribe to those channels or devices. This is

typically because of a mismatch in parameters (e.g. sample rate incompatibility etc.), or because a device

cannot route audio to itself.

For devices with many channels, you can click the Channel Groups button to group available

channels into sets of 16.

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AES67 Flows

‘Devices’ with multicast IPaddress names (e.g. 239.69.82.194) are actually AES67 flows, which can only

be received (or transmitted) by AES67-enabled devices.

Note: If they are displayed in blue, the currently-selected device is AES67-enabled, and can receive

AES67 flows. If they are displayed in grey, the currently-selected device is not AES67-enabled.

Creating Subscriptions

Subscriptions are created by selecting a channel from the Available Channels list in the right-hand pane of

the Receive Tab, then dragging and dropping it onto the appropriate receive channel in the left-hand pane of

the Receive Tab.

Multiple channels can be selected and then dragged and dropped onto the Receive Channels pane, to

make several subscriptions simultaneously. You can also drag and drop channel groups to make bulk

subscriptions.

Changing Receive Channel Labels

To change a receive channel label, click the label and type in the new value.

Transmit Tab

The Transmit tab is used to inspect and modify the transmit configuration of a device.

The Transmit Tab is arranged in two areas:

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n Transmit Channels: The area on the left pane of the tab shows the Tx channels for the device, and

any user-defined channel label. It allows you to create labels for transmit channels. Input to the table

is filtered to prevent illegal characters from being used in channel labels.

Supported devices will also show the following channel metering icons in the Signal column,

indicating the presence of audio on subscribed channels:

Channel is either muted, or receiving audio at less than -61dbFS

Channel is receiving audio between -61dbFS and 0dfFS

Channel is clipping

n Transmit Flows: The area on the right pane of the tab indicates how many unicast flows are cur-

rently in use, as well as the multicast transmit flows that have been configured on the device. Mult-

icast flows are listed in ID order, including the channels contained within the flow.

AES67 multicast flows are identified with an IPaddress and an AES67 session ID.

Note: Unicast flow details are not displayed in the transmit flow window. The total number of

transmit flows currently in use is shown at the top of the pane. The total number of flows is the sum of

the unicast and multicast flows in use. The maximum number of flows that the device supports is

also shown (32 in the screenshot above).

Changing Tx channel labels

To change a Tx channel label double click on the label and type in a new one. Tx channel labels must be

unique for the device.

Status Tab

The Status tab is used to obtain current information about a Dante device.

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The tab is divided into sections. The information presented on this tab can be very useful when

investigating networking or clocking issues in the system. The Refresh button can be used to update

this information if required.

Note: Not all Dante devices support the display of all of this information.

Device Information

This provides the following general information about the device:

n Manufacturer: The name of the device manufacturer.

n Product Type: The type of device.

n Product Version: The product version.

n Software Version: The version of the manufacturer software running on the device.

n Firmware Version: The version of the manufacturer firmware running on the device.

Dante Information

This provides Dante-specific information about the device:

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n Model: The Dante device type.

n Dante Firmware Version: The version of the Dante firmware running on the device.

n Hardware Version: The version of the hardware firmware running on the device.

n ROM/Boot version: The version of the ROM or bootloader.

Clock Synchronization

This provides the following information about device clocking:

n Mute Status: 'Muted' indicates that the device is has been automatically muted (due to a clock syn-

chronisation problem, or because the external word clock is invalid). 'Unmuted' indicates that the

device is not muted, and audio is flowing normally.

n Sync Status: 'Locked' indicates that the device is locked to the network PTP clock. 'Not Locked'

indicates that the interface has not achieved lock with the network PTP clock.

n External Word Clock: 'No' indicates that the device has been configured to use the internal clock

source. 'Yes' indicates that the device has been configured to accept an external word clock source.

NOTE: If the Dante device is configured to accept an external word clock source, it is important to

make sure that the host equipment has been configured to provide its word clock to the Dante

device. Check your product manual for more information.

n Preferred: 'No' indicates that the card has not been set to preferred master mode. 'Yes' indicates

that the card is set to preferred master mode.

n Frequency Offset: Indicates the offset from the network clock master measured in parts-per-mil-

lion.

Primary Interface

Provides the following information about the primary network interface:

n IP address: The IP address currently assigned to the interface

n MAC address: The Media Access Control address of the interface, associated with the Ethernet

layer

n Tx Utilization: Shows the current total transmit bandwidth in use

n Errors: (on the same line as Tx utilization) shows the number of transmit Cyclic Redundancy Check

(CRC) or packet errors detected since the device was last started

n Rx Utilization: Shows the current total receive bandwidth is use

n Errors: (on the same line as Rx utilization) shows the number of receive Cyclic Redundancy Check

(CRC) or packet errors detected since the device was last started

Note: The Rx Utilization includes not only network traffic destined for the Dante device, but any

other multicast or broadcast traffic received at this network interface.

Note: As a rule of thumb neither the Rx nor the Tx utilization should exceed about 85% of the link

speed in order to guarantee good clock synchronization performance (links are full duplex).

The graphic also indicates the speed and connected state of the interface as follows:

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Indicates that the link is operating at 1Gbps

Indicates that the link is operating at 100Mbps

Indicates that the link is not connected, or that there is an error.

The IP address will read N/A, and Tx and Rx utilization will be 0

kbps.

Clear Counters: Click this button to reset the packet errors history for the device.

Secondary Interface

This provides the same information for the secondary interface that is provided for the primary interface, as

described above.

Note: The secondary network interface will only be displayed if the device supports redundancy.

Latency Tab

For supported devices, the Latency tab displays histograms of audio packet latency for each transmitter

that the device is subscribed to.

Which devices support latency monitoring?

Newer Brooklyn II,PCIe and Ultimo devices support latency monitoring inDante Controller. You can

check your device type in the Device Info tab.

About Latency and Packet Loss

Latency is used to account for the delay between an audio packet leaving the transmitter, traversing the

network (potentially through multiple switches) and reaching the receiver.

If a receiver's latency setting is too low, audio packets will not have time to get from the transmitter to the

receiver before they are supposed to be played out. When this happens, the receiver will drop packets (i.e.

it will throw packets away, because they are 'late to the party').

Packet loss results in audio glitches, so it is very important to ensure that all receivers have their latency

set high enough to prevent packet loss.

Setting device latency too high, however, can interfere with low-latency applications (for example, real-

time monitoring when recording vocals), so it is sometimes important to find a balance between low

latency and guaranteed audio integrity.

The Latency tab can be used to identify:

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n Devices that are dropping packets because their latency is set too low

n Devices that are at risk of dropping packets because their latency is set too low

n Devices that could potentially have their latency reduced (if required; generally, the default Dante

latency of 1ms is more than adequate for low-latency applications)

About the Histogram

The transmitter's name is displayed at the top of the histogram, along with the latency value against which

the histogram is reporting.

The horizontal axis shows the distribution of audio packet latency measurements from the transmitter. The

vertical axis shows the number of measurements recorded at each data point, on a logarithmic scale.

Measurements are taken at roughly 1 second intervals, from when Dante Controller is started.

To clear the histogram, click Clear. Latency measuring will then restart.

To save the histogram as a png image, click Save.

Note: If any subscriptions are via multicast flows, there may be two histograms displayed for one

transmitter: one histogram for the unicast flows, and one for multicast. This is because multicast

flows always use a latency of 1ms. If the receiver is set to a latency other than 1ms, two histograms

will be displayed.

The following information is also displayed:

n The latency Setting for the histogram. In most cases, this will be the same as the latency setting on

the receiver. However, for some subscriptions, Dante will automatically apply a different latency. For

example:

Multicast flows are automatically set to a minimum of 1ms

If a transmitter does not support the latency set on the receiver (i.e. it can't guarantee delivery

within the required latency), Dante will increase the latency to the lowest setting supported by

the transmitter. Ultimo devices, for example, support a minimum latency of 2ms, so sub-

scriptions to Ultimo devices will use a minimum of 2ms latency.

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n The Peak latency since measuring started

n The Average latency since measuring started

n The number of measurements taken that included one or more Late packets (note that each meas-

urement typically includes many packets)

Interpreting the Histogram

If all bars are green and falling well within the limit of the histogram (i.e. towards the left or middle of the

histogram), it indicates that the latency setting for the receiver is set high enough to prevent packet loss.

Show me

If any bars are amber, it means that some packets are arriving near the limit of the latency setting. Network

traffic fluctuations could potentially lead to extra delay which could cause packets to arrive late. A

histogram of this type indicates that the receiver latency should be increased if possible.

Show me

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If any bars are red, it indicates late packets, and audio loss. The receiver latency should be increased, or

the network reconfigured.

Note: Dante Controller can be left running for a few days to collect latency data, providing a long-

term picture of the latency performance of your network configuration. This is especially useful after

any network infrastructure upgrades, or after the addition of more end point load in a given network, to

determine if QoS tuning or increased capacity may be required at the network switch level.

Show me

Device Config Tab

This tab on the device view window allows you to configure device specific parameters. The specific

options available will depend on the capabilities of the device. In the case where a device does not support

configuration via Dante Controller, the tab will be disabled.

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Configurable Parameters

Rename Device

Allows you to enter a new Dante 'friendly name' for the device. The text field displays the current name.

To change the device name, enter a new name in the text field and press Enter.

See Device Names and Channel Labels for information about name conflicts and device name rules.

Sample Rate

n Shows the current sample rate of the device, and allows you to change the operating sample rate of

the Dante device. This may require the device to be rebooted to take effect. All sample rates sup-

ported by the device are shown in the drop down menu.

n Shows the current pull-up/down setting for the device, and allows you to change the pull-up/down set-

ting. The pull-up/down setting can be used to adjust the sample rate of the device to synchronise

audio with video that has undergone frame rate conversion. For example, to synchronise Dante audio

with video that has been converted from 24 fps to 25 fps, set the sample rate pull-up/down for any rel-

evant Dante audio devices to +4.1667%.

Note: Changing the sample rate pull-up/down for a device places that device in a dedicated clock

domain. Dante devices can only transmit audio to, or receive audio from other devices on the same

clock domain. See Clock Status View for more information.

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Preferred Encoding

Shows the current preferred encoding setting and allows you to change the preferred encoding setting for

the device.

Note: This setting does not guarantee that the device will use always the selected encoding: Both

devices must support the selected encoding for it to be used.

Unicast Delay Requests

Delay requests are messages sent by clock slaves to the clock master to establish the time it takes for

data to traverse the network between the devices. By default, delay requests are multicast messages, and

in networks with lots of devices, they can add up. Enabling 'Unicast Delay Requests' forces clock slave

devices to send delay requests to the clock master using unicast instead, which reduces multicast traffic.

Note: Unicast Delay Requests does not have to be enabled on the clock master, only on the clock

slaves.

Important: Some older Dante devices do not support Unicast Delay Requests. Before enabling the

feature for your clock slaves, check that your current clock master supports the feature, by

attempting to enable it for the device. If the clock master device does not support unicast delay

requests, do not enable it on your clock slaves (it may prevent your devices from synchronizing). You

can however choose an alternative clock master that does support it, and then enable it for the clock

slaves that also support it.

Device Latency

Shows the current device latency setting, and allows you to change the operating receive latency for the

selected device. Select a value and click OK to apply the latency to all flows that the device is receiving.

Note: The 150 µsec setting is unavailable for devices that include an internal network switch.

Note: Device latency cannot be configured for Dante Via devices.

Note: Devices enrolled in a Dante domain may support extra latency values.

Warning: Changing the latency value will cause disruption in the audio while the flows are re-

established at the new latency setting.

Reset Device

Allows you to remotely reboot the Dante interface, and also to reapply factory settings (Factory Reset).

Rebooting the Dante device may also require a reset of the host audio equipment containing the device.

Factory Reset wipes the following device configuration settings:

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n User-defined device name

n User-defined channel labels

n Clock configuration (clock master / external clock master setting)

n Static IP addresses

n Redundancy configuration

n Sample rate setting (including pull-up/down)

n Latency setting

n Any existing audio routes

Supported devices allow you to 'Clear Config' instead of Factory Reset. Clear Config wipes the same

configuration settings listed above, but allows you to optionally keep the IPsettings (i.e. retain the Dante

Redundancy settings, and any static IP addresses currently configured in the Network Config tab).

A reboot is required after clearing the configuration for the changes to take effect. Some devices will allow

you to automatically reboot after clearing the configuration. If this option is not available, a manual reboot is

required.

Network Config Tab

Use the Network Config Tab to toggle supported devices between Redundant and Switched modes, and to

specify static IP addresses for a device's Ethernet ports.

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Dante Redundancy / Switch Configuration

Depending on the manufacturer's configuration of a device, it may be possible to toggle the device

between Redundant and Switched modes, or to select a Switch Configuration.

Redundant

When a device is set to Redundant, the device will duplicate Dante audio traffic to both Ethernet ports,

allowing the implementation of a redundant network via the secondary port. Not all devices support

redundancy.

Switched

When a device is set to Switched, the secondary Ethernet port will behave as a standard switch port,

allowing daisy-chaining through the device.

Switch Configuration

Certain devices support specialist switching and/or redundancy configurations for the Ethernet ports. For

these devices, the top pane of the Network Config tab will be titled 'Switch Configuration'. Please refer to

the manufacturer's technical documentation for information on the supported switching configurations for

the device.

Addresses

Dante devices obtain IP addresses automatically by default, and in the vast majority of circumstances

there is no need to change the Addresses settings. However, static IP addresses can be assigned if

necessary.

To assign a static IP address:

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1. Select 'manually configure an IPAddress' for the appropriate Ethernet port.

2. Enter the IPAddress and Netmask.

3. Click Apply.

The DNSServer and Gateway settings are optional - the device will use network defaults if they are not

specified.

Click Revert to revert back to the previous settings.

Note: Assigning static IPaddresses requires a device reboot.

AES67 Config

For supported devices (Brooklyn IIv3.9.x devices and up), the Device View also includes an AES67

Config tab. The AES67 Config tab allows the selection of AES67 mode for the device.

AES67 is a standard for audio over IP interoperability.

Devices in AES67 mode are able to transmit and receive AES67 multicast flows to / from non-Dante

AES67-enabled devices. Between Dante devices, Dante's native audio transport protocol is usedinstead

(even when AES67 is enabled for both devices).

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AES67 Mode

Select Enabled to enable AES67 mode for the device.

Use the Create Multicast Flow panel to create AES67 flows.

Tx Multicast Address Prefix

You can use the Tx Multicast Address Prefix field to specify a multicast subnet, for cases where device(s)

on your Dante network are fixed to a particular address range.

Note: Presets do not support AES67 flows.

Controls Tab

For supported devices, the Device View also includes a Controls tab. Use the Controls Tab to adjust audio

controls for the selected device.

The displayed control set varies between devices.

HA Remote

For supported devices (Dante-MY16-AUD cards v3.3.9 and up), the Device View also includes an

HARemote tab. The HARemote tab allows the selection of the HARemote bridging mode for the device.

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HARemote is a proprietary serial control protocol used by Yamaha products. For more information about

HARemote bridging modes, please download the latest version of the Dante-MY16-AUD user guide from

the Yamaha website.

Avid Config Tab

For supported devices (DNT-192 expansion cards), the Device View also includes an Avid Config tab.

The Avid Config tab allows the configuration of the DNT-192 card, and displays relevant firmware and

hardware version information.

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The tab includes 3 sections:

n Avid Dante Card Information: Displays information about card hardware and software versions

n Avid Rack Status Information: Displays information about the rack status for the card

n Avid Dante Card Control: Allows the configuration of various DNT-192 settings

Avid Dante Card Information

This section displays:

Application version

The version of the Dante application currently installed on the DNT-192 card.

FPGA Version

The version of the FPGA binary on the card.

Board Version

The hardware version of the card.

Avid Rack Status Information

This section displays:

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Rack Sample Rate

The sample rate at which the rack is currently set to.

Rack Mute Status

The mute status of the rack.

Avid Dante card Control

This section allows high-level configuration of the DNT-192 card.

Card Configuration

In ‘Dante’ mode the card configuration is automatically set by the rack. In ‘Generic’ mode the configuration

is manually selectable.

The Card Configuration option supports 3 values:

n Input card: The card functions as a 16-channel input device

n Output card: The card functions as a 16-channel output device

n Input/Output card: The card functions as an 8-in + 8-out device

SRC

Sample Rate Conversion.

When enabled, the card will convert incoming (Rx) audio to the Rack Sample Rate (if required), and

outgoing (Tx) audio to the sample rate of the receiving device on the Dante network (if required).

Note that SRC adds latency of roughly 1.3ms to the Dante subscription in each direction.

Card Identity

n Dante: The card will identify itself as a Dante device to the host device rack, enabling Dante func-

tionality on the host device. Required for Dante-enabled host equipment.

n Generic: The card will identify itself as a generic digital audio interface (required for non-Dante host

equipment).

Multicast Transmit Flow Configuration

Click the Multicast Configuration button in the Device View to open the Create Multicast Flow dialog.

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The window shows a list of the Tx channels for the device, and allows you to add them to the new

multicast flow that is being created, by checking the tick box next to each channel name. Once you have

selected all the channels required, create the multicast flow by clicking the Create button at the bottom of

the dialog box. To abandon creating a new multicast flow, click Cancel.

A single multicast flow can contain up to the maximum supported channels per flow for this device. This is

displayed at the top of this window, and is 8 channels for this device. If you select more than the maximum

allowed channels per flow, multiple flows will be created.

Once a flow has been created, it will appear in the list of flows in the transmit pane, along with the channels

contained within that flow. Channels cannot be added to or removed from existing flows. Each time the

dialog is used to select additional channels, a new multicast flow will be created.

By default, Dante receivers will connect to a multicast flow if one exists that contains the required channel

(s), rather than creating a new unicast flow.

If a channel that does not form part of an existing multicast flow is added to a new multicast flow, any

existing unicast subscriptions to that channel will automatically switch over to use the new multicast flow.

Care should be taken when deleting a multicast flow, as the existing subscriptions will convert back to

unicast. This has the potential to result in exceeding the link capacity or maximum number of flows at the

transmit device, as multiple unicast flows will be established between the transmitter and its receivers. It

may be advisable to remove some or all of the audio routes prior to deleting the multicast flow.

A good rule of thumb is to use multicast when there are more than two receivers for a specific audio

channel. You should also assume that the flow will flood throughout the entire network, and therefore

consume bandwidth on all network links.

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Note: Certain Ethernet switches support IGMP (Internet Group Management Protocol), a protocol

that provides the ability to 'prune' multicast traffic, so that it travels only to those end destinations that

require that traffic. If this is the case, and IGMP is correctly configured on all the Ethernet switches,

then multicast audio will not flood throughout the network, but will instead be sent only over the links

required to deliver it to subscribed devices.

AES67 Flow

The AES67 Flow option is only available for AES67-enabled devices.

When AES67 Flow is checked, the selected channels will be added to an AES67 multicast flow. Only

AES67-enabled devices can receive AES67 flows. Dante devices cannot subscribe to AES67 flows from

other Dante devices.

AES67 flows appear in blue at the far right of the Routing tab of the Network View, and at the bottom of the

Available Channels list in the Device View > Receive tab. AES67 flows are identified by their transmit

multicast IP addresses, rather than device names.

For AES67-enabled Dante devices, each device transmit channel can simultaneously support an AES67

multicast flow and a standard Dante multicast flow.

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Using Dante Controller with Dante Domain

Manager

About Dante Domain Manager

Dante Domain Manager (DDM) is a complete management solution for Dante systems.

With DDM, integrators can define specific AV device groupings, by room, building and site, allowing for the

creation of independent Dante Domains, and enabling a single Dante Domain to encompass multiple

network subnets.

DDM provides robust security for IT departments and AV managers, including user authentication and

encrypted control, role administration and integration with Active Directory. System managers gain

complete visibility and accountability with a suite of dashboards, audit trails, alerts and SNMP support.

DDM is a virtualized application that runs on desktop and server platforms, with an intuitive and highly

responsive web interface for desktop, tablet and mobile browsers.

For more information aboutDDM, refer to the DDM user guide.

Viewing Domains in Dante Controller

To view enrolled devices in Dante Controller, the user must connect to the DDM server using their

configured DDM credentials, and then select the appropriate domain for viewing.

Connecting to a DDM Server

To connect to a DDM server:

In the Dante Controller toolbar, click the Domains button:

The DDMUser Login dialog is displayed.

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Click DDM Server Connection.

The DDMServer Connection dialog is displayed:

3. In the DDM Server Connection dialog, either:

n Select 'Auto Discovery' to search for a DDM server automatically*, or:

a. Select 'Manual' to provide a specific IPaddress or FQDN(requires DNS)and port number.

b. Enter the DDM server IP address or FQDN.

4. ClickUse This Server.

In the DDMUser Login dialog, enter your username and password.

6. Click Log In.

* Auto Discovery requiresDNS if DanteController and the DDMserver are in different IPsubnets.

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Viewing a Domain

To select a domain for viewing, select the required domain from the Domain drop-down menu in the Dante

Controller main toolbar.

The domains and devices you are able to view and configure are determined by your DDM user account

privileges.

The currently logged in user is displayed next to the Domain drop-down menu.

Note: When connected to the <unmanaged> domain, Dante Controller will only display devices in

the local subnet.

Virtual Devices

DDM supports the sharing of audio between domains using the concept of 'virtual' devices.

A virtual device is a 'projection' of a real device, which can appear in multiple domains simultaneously, and

can be subscribed to by real devices in those domains. It presents in Dante Controller as an independent

transmitter, but is really just a logical entity which acts as a subscription proxy for a real device.

Virtual devices are instantiated when real devices are shared between domains using DDM. They cannot

be created usingDanteController.

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UsingDDM, you can control the domains in which a virtual device appears, and which channels on the real

device are exposed by the virtual device. Virtual devices can be assigned their own individual device

names.

InDante Controller, virtual devices are represented using green device names. The number of transmit

channels they present is dependent on the number of channels that have been shared on the real device

(usingDDM).

When you subscribe to a virtual device, the audio you receive is from the real device. Virtual devices

cannot subscribe to other devices.

Note: The usual configuration options are disabled for virtual devices.

Legacy Devices

Devices with some legacy (pre-v4.0) versions of firmware can be 'associated' with domains usingDDM.

This adds them to the relevant clock domain, and allows them to exchange audio with devices enrolled in

the same domain, which are also on the same IPsubnet (legacy devices do not support audio routing

between subnets).

When legacy devices are associated with a domain, they only appear inDante Controller when you are

logged into the relevant domain (unless they have been specifically revealed - see HiddenLegacy Devices

below).

Note: Dante Controller must be connected to the same subnet as a legacy device in order for it to

appear in the Dante Controller interface.

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Important: When legacy devices are associated with a domain, they are not protected from

unauthorized access via Dante Controller. Also, when associated, they are placed in a dedicated

clock domain and thus can no longer exchange audio with unmanaged devices.

HiddenLegacy Devices

If a legacy device is moved to an unmanaged Dante network without first being de-associated, it will not

appear by default inDante Controller.

Dante Controller notifies you with a spy icon (next to the network status icons at the bottom left of the UI)if

you have hidden devices on your network:

To view hidden devices inDante Controller, select View > 'Show Hidden Devices'.

For more information about legacy devices, see the DDM user guide.

Domain Credentials

When a device is enrolled in a Dante domain, information about the relevant DDM server and the domain in

which it is enrolled is saved to the device. When the device is unenrolled, the domain membership

information is cleared, and the device returns to the unmanaged (unenrolled) domain.

If an enrolled device is moved out of the DDMnetwork to another network without first being unenrolled, it

will not appear in Dante Controller, because its domain credentials indicate that it is still enrolled in a

domain. In these circumstances it is necessary to clear its domain credentials so that it appears as an

unmanaged device in Dante Controller and can be used again.

To clear the domain credentials for a device, it must first be isolated using the same method for resetting a

device lock PIN.

1. Isolate the device.

2. Open the Device View for the device.

3. From the Device menu, select Clear Domain Credentials.

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Presets

Dante Controller supports the saving and loading of Dante network routing and device configurations,

known as 'presets'. A preset file contains configuration and routing parameters for some or all of the

devices in the network.

Preset files are saved as xml, and can be edited offline. They are also 'device-agnostic' - they can be

shared between networks with different physical devices.

You can use presets to:

n Backup and restore network configurations

n Quickly switch between saved network configurations

n Copy a Dante network configuration from a 'lab' or test network to a live or production network

Create network configurations for special, or periodic events, and then switch back to the standard

configuration when desired

n Quickly apply one or more configuration settings to a number of devices simultaneously - for

example, setting all devices on your network to the same sample rate (global configuration)

Use Dante Controller as an off-line editing tool – off-line edit the saved preset configuration for reuse

in new network configuration deployments

Note: The presets feature is not currently supported in DDM networks.

About Device Roles

Presets introduce the concept of 'device roles'. When a preset is saved, the configuration and routing for

each selected device is saved into the preset as a device role, with the same name as the device from

which it was created.

The role is not 'tied' to its originating device. When a preset is loaded intoDante Controller, each role can

be applied to its originating device,

to another device (even if it does not support exactly the same

functionality). It is a transferable set of device configuration and routing parameters.

For example:

Dave the sound engineer has gigs on Friday and Saturday night at a local venue. On Friday

evening before the gig, he sets up his Dante network at the venue, and when he's happy with it, he

saves the preset.

After the gig,Dave's annoying boss turns up and steals the mixing console for another job. Dave,

however, has a friend with a similar console (conveniently from the same manufacturer, and with a

higher channel count) which he can borrow for Saturday's gig.

The next night, Dave simply connects the new mixing console to the network, in place of the old

one, and reloads his preset. The new console is now configured exactly like the old one - including

all of the relevant channel labels, and audio subscriptions - and the network functions exactly as

before, without any need for further configuration. The gig goes really well, and the band takes

Dave out for dinner.

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If a role is applied to a device that is different from the role's originating device - for example, a role for

console model A is applied to console model B - Dante Controller will identify any issues that might arise

(such as unsupported sample rates) and will display those issues so they can be addressed - or ignored, if

they are not important.

Saving Presets

To save a Preset that includes all device parameters:

Click the ‘Save Preset’ button in the main toolbar:

Select the devices that you wish to include in the preset.

Click All to select all devices, or None to clear all selections.

3. Click Save.

To save a Preset that includes a selection of device parameters:

1. Click the ‘Save Preset’ button in the main toolbar.

2. Click Advanced.

3. Select the devices that you wish to include in the preset.

4. Select the parameters that you want to save for the selected devices.

5. Click Save.

Presets are saved as an xml files, which can be manually edited if required, using a text editor.

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Parameter Rules

Rx Subscriptions

If ‘Rx Subscriptions’ are included in the preset, and applied to the target system (i.e. ‘Rx Subscriptions’ is

checked in the Advanced > Parameters column when the preset is saved, and also checked in the Preset

Elements column when the preset is applied):

All subscriptions for all matched devices on the target system will be updated to match the source system.

This means that:

n All subscriptions saved into the preset will overwrite the respective subscriptions for matched

devices on the target system. If the subscriptions are identical, they are maintained.

n Any existing subscriptions on the target system that do not exist in the preset will be removed,

regardless of whether any subscriptions are defined in the preset.

Tx Flows (multicast flows)

The behaviour for TX Flows and Tx Channel Labels is different to that of Rx Subscriptions.

If ‘Tx Flows’ are included in the preset, and applied to the target system (i.e. ‘Tx Flows’ is checked in the

Advanced > Parameters column when the preset is saved, and also checked in the Preset Elements

column when the preset is applied):

n All Tx flows saved into the preset will overwrite the respective Tx flows for matched devices on the

target system.

n Any Tx flows on the target system that do not exist in the preset will be removed, if at least one Tx

flow is defined in the preset. Otherwise (i.e. if no Tx flows are defined in the preset), all Tx flows on

the target system are maintained (note this is different to how Rx subscriptions are handled).

n Multicast flows and/or transmit channel names can be manually deleted from the target device prior

to or following the preset application.

Tx Channel Labels

The behaviour for Tx channel labels is identical to the Tx flows behaviour described above.

Applying Presets

To load and apply a saved preset, select File > Load Preset from the main menu (Ctrl + L).

Legacy preset files are supported.

The 'ApplyPreset' dialogue is arranged in 4 columns, representing the logical steps in applying a preset

(from left to right).

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Preset Elements

Use the Preset Elements column to select the parameters that you wish to apply from the preset to the

target network.

If the target network is not identical to the original network (from which the preset was saved), some

elements might not be applied successfully. For example, if some devices on the target network do not

support the same range of sample rates as the devices on the original network, you could choose not to

apply the 'Device Sample Rate' element, and change the sample rates manually instead, once the preset

has been applied.

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Preset Roles

The Preset Roles column lists the roles that were saved in the preset.

You can apply a role to the same physical device from which it was created (if it exists in the target

network), or to a different device in the same network, or to another device in a new network.

When a role is applied to the same physical device, or a device of the exact same model, the configuration

and routing should be replicated perfectly (although some subscriptions may be 'broken', if the relevant

transmitters are not also present on the target network).

Note: This makes presets an ideal way to backup and restore configurations for relatively static

networks.

If a role is applied to a different device model or a different type of device, the configuration and routing may

not be replicated exactly - the success of the role assignment will vary depending on the functionality and

channel support of the target device.

Applying a role to a

fundamentally

different type of device may not be very successful. For example,

applying a role for a fully-subscribed 32-channel mixing console configured at 96kHz to a 2-channel

amplifier that only supports 48kHz will be problematic - only two channels can be subscribed (assuming

the transmitters are also present), and the sample rate will be rejected.

You can apply a role to multiple devices. You cannot apply multiple roles to one device.

To see which devices a role has been assigned to, click the role. The assigned device/s will be highlighted

in the 'Target Devices' column.

Automatic Assignments

Dante Controller will automatically assign roles to devices, based on the following rules:

n If there is a perfect device match (i.e. the physical device in the original network from which the role

was created is also found in the target network), the role is assigned automatically

n If there is a device name match, the role is assigned automatically

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n If a perfect match or a device name match cannot be made, the role will be assigned automatically to

a device of the same manufacturer and model, assuming there is an unassigned device of that type

Removing Assignments

To remove an assignment, select the target device and click Clear or press the Delete key on your

keyboard.

Manual Assignments

To manually apply a role to a device:

n Drag the role onto the device, or:

n Select the role in the 'Preset Roles' column and the target device/s in the 'Target Devices' column,

and click Apply.

The LEDicons against each role indicate the assignment status of the role.

A grey icon indicates that the role has not been assigned to any target devices.

A green icon indicates that the role has been successfully assigned to one or more target devices.

An amber icon indicates that the role has been assigned to one or more target devices, but there is a

warning condition associated with one or more of the assignments.

A red icon indicates that the role has been assigned to one or more target devices, but there is an error

condition associated with one or more of the assignments.

A black icon indicates that the role has been assigned to a target device, but the assignment will have a

potentially terminal effect on the operation of the network. A preset cannot be applied if any terminal issues

are identified.

Target Devices

The Target Devices column lists the device names of devices on the currently connected Dante network,

and the roles that have been assigned to them (if applicable).

The LEDicons against each device indicate the assignment status of the device.

A grey icon indicates that the device has not been assigned a role.

A green icon indicates that the device has been successfully assigned a role.

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An amber icon indicates that the device has been assigned a role, but there is a warning condition

associated with the assignment.

A red icon indicates that the device has been assigned a role, but there is an error condition associated

with of the assignment.

A black icon indicates that the device has been assigned a role, but the assignment will have a

potentially terminal effect on the operation of the network. A preset cannot be applied if any terminal issues

are identified.

Issues

The Issues column lists all issues identified by Dante Controller. Clicking a role or a target device will

highlight the issues associated with that role or role assignment.

The following are 'terminal' issues that could render the network unusable (identified by a black LEDicon):

n You cannot apply the same device name to multiple devices.

n You cannot apply the same static IPaddress to multiple devices.

Other issues may or may not be a problem, depending on your requirements for the network.

Applying the Preset

To apply the preset, click OK. Click Cancel to abandon the operation.

Global Configuration

You can use the Presets feature for global configuration, i.e. applying one or more configuration settings to

a number of devices simultaneously.

For example, if you want to apply the same sample rate to all devices on your network:

1. Set one of your devices to the required sample rate.

Click the Save Preset button

3. Click None, then select only the relevant device.

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4. Click Advanced.

5. Click None, then select the 'Device Sample Rate' checkbox.

6. Click Save.

7. Load the preset (File > Load Preset).

8. In the 'Preset Roles' column, select the relevant role.

9. In the 'Target Devices' column, click Select All.

10. Click Apply then click OK.

This will set all devices to the same sample rate, but will leave all other device configuration settings

untouched.

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Troubleshooting

Fanout

About Transmit Flows

Transmit flows are 'streams' of audio packets which supply data between devices. Dante devices can

support a finite number of transmit flows, depending on their specific hardware configuration and firmware

version.

Dante supports two types of flows - unicast and multicast.

Unicast flows are used to supply audio to specific devices, and support 4 channels of audio

simultaneously. So if you subscribe 4 channels on a receiver to 4 channels on a single transmitter, that

audio data will be supplied using one flow. If you were to then subscribe a fifth channel, a second flow

would have to be created.

If you were to subscribe 4 different receivers to the same channel on a single transmitter, Dante Controller

would have to create 4 unicast flows, because the audio data is going to 4 different places. In this case, it

would be better to create a multicast flow.

A multicast flow 'broadcasts' the audio across the network, so multiple receivers can subscribe to the

audio, but the transmitter is only using one of its available flows. Multicast flows can be configured with up

to 8 channels. However, multicast audio traffic can propagate throughout an entire network, using up

bandwidth on every link in the network, even on links where the audio is not required. 100Mbps links in

particular are easily saturated when large numbers of multicast flows exist. Therefore, multicast flows

should only be used when there is a good reason to do so.

If you subscribe a number of devices to one channel via unicast, Dante Controller will alert you with the

following message: “Fanout Configuration detected.”

If you then exceed the supported number of transmit flows, any further subscriptions will fail, and the

tooltip for the failed subscription will read 'No more flows (TX): transmitter cannot support any more flows,

reduce fan out by unsubscribing receivers or switching to multicast.'

Messages on Startup

Error Message Meaning & Actions

'Dante Controller was unable to connect to the

Dante Control and Monitoring manager. Dante

Controller cannot function without this connection.

This problem is most likely caused by the Dante

Control and Monitoring ('conmon') service or

daemon stopping unexpectedly. Click OK to restart

Dante Controller. You may also need to manually

restart the Dante Control and Monitoring service, or

the computer, if the problem reoccurs.'

Affects: Windows only.

Meaning: The 'Dante Control and Monitoring'

service is not responding. This can occur after a

computer has been in sleep mode.

Action: Restart Dante Controller. In the event that

does not work, reboot your PC, or restart the Dante

Control and Monitoring service via Control Panel >

Administrative Tools > Services.

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Error Message Meaning & Actions

'The installed version [x] of the Dante Control and

Monitoring service (‘ConMon’) is out of date.

This version of Dante Controller requires ConMon

version [x] or later.

Please reinstall Dante Controller to resolve this

issue. Dante Controller will now exit.'

Affects: Windows and OSX.

Meaning: Usually this is because the required

service (ConMon) that is installed withDante

Controller has been overwritten with an older

version by another Dante software product

installation.

Action: ReinstallDante Controller. This will update

the ConMon service to the latest version.

'The installed version [x] of the Dante Discovery

service is out of date.

This version of Dante Controller requires Dante

Discovery version [x] or later.

Please reinstall Dante Controller to resolve this

issue.

Dante Controller will now exit.'

Affects: Windows only.

Meaning: Usually this is because the required

service (Dante Discovery) that is installed

withDante Controller has been overwritten with an

older version by another Dante software product

installation.

Action: ReinstallDante Controller. This will update

the Dante Discovery service to the latest version.

Computer Configuration Checklist

Before installing Dante Controller, you must be logged in to your computer as a user with administrator

privileges.

To be correctly configured for use with a Dante network, the computer should have:

n Dante Controller installed

n The correct network interface/s selected

n The correct IP addresses in use

Third-party firewall configuration

n Standard Windows and Mac firewalls are typically configured on installation.

n Third party firewalls will need to be manually configured.

If your computer has a third-party firewall installed, please read the Dante Controller and Dante Virtual

Soundcard User Guides for detailed information about firewall requirements and configuration.

Troubleshooting Dante IP Address Configuration

All devices in a Dante network, including Dante Virtual Soundcard, must be using IP addresses from the

same network. When using Dante Virtual Soundcard or Dante Controller, your PC or Mac must be

connected to the Primary and/or Secondary Dante network, and must have a correct IP address.

Note: If a device name is shown in red, it means Dante Controller has automatically detected an

error condition, such as an IP address configuration issue, or the device has entered failsafe. Double-

click the red device name to see more information.

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Correct IP configuration

Dante hardware devices are set to obtain their IP address automatically from the network. They will either:

n Automatically assign themselves an address in the range 169.254.*.* (172.31.*.* for the secondary

network if present), or

n Obtain an IP address from a DHCP server if it is present on the network

Your PC or Mac TCP/IP network configuration set should be set to 'Obtain an IP address automatically'.

This way it will automatically acquire a Link Local automatic IP address in the same network as other

Dante devices. If a DHCP server is present, the computer and Dante devices will all acquire their IP

addresses via DHCP.

Possible IP network configuration mistakes

Possible network configuration errors are listed below. Dante Controller will try to automatically detect

these. If detected the offending device will be displayed in red.

Incorrect PC/Mac IP configuration

n Accidentally having multiple network interfaces with addresses in the same subnet

n If your secondary network is using Link Local (no DHCPserver), all devices on that network will be

in the 172.31.*.* range. The secondary network interface for the computer must be manually con-

figured (using static IPaddressing) to the same range.

Incorrect general IP configuration

n Accidentally having multiple DHCP servers on the same network

Unusual – for example, someone may have a PC connected to the network with a DHCP server

running that they’re not aware of.

n Incorrectly configured static IP addresses

You shouldn’t typically need to configure static IP addresses at all. If for some reason you do, it

must be in the same subnet as the rest of the network.

Incorrect redundant network configuration

Setting up a redundant network is described in 'Routing Audio'. There are a few ways to incorrectly

configure a redundant network. More than one of these can be present at the same time.

n Connecting the secondary interface of a Dante device to the primary network

Most commonly by either misunderstanding how redundancy works, and using only one switch

with all cables connected to it; or correctly using two switches or networks, but accidentally

connecting one secondary cable to a primary network switch

n Joining the primary and secondary Dante networks

By connecting primary and secondary switches, or perhaps just using one switch.

n Multiple interfaces on the same device using the same IP address subnet

Possibly by having the same DHCP server on both primary and secondary networks, or both

DHCP servers configured to serve the same IP addresses. Also, mixing DHCPand Link Local on

the same network can cause issues. It is often necessary to have all devices and the computer on

either DHCP or Link Local.

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What are the symptoms of using the wrong network interface on my

computer?

If you have more than one wired network interface, and Dante Controller is not using the interface the rest

of the Dante devices are connected to:

n Dante Controller cannot see any Dante devices

n Dante Virtual Soundcard is not sending or receiving any audio when it is expected to

How do I check which network interfaces Dante Controller is using?

The selected network interfaces can be viewed or changed via the 'interface selection' button in

the Network View toolbar of Dante Controller.

n If the Dante network is standalone and does not have a DHCP server installed, the addresses

should be in the range 169.254.*.*

n If the Dante network is using a DHCP server, the IP addresses should conform to the addressing

scheme it is using (as shown in the image above)

How do I check IP addresses for all devices on my network?

n Use the Device Info tab to view the IP addresses of all the devices on your network.

n The Primary Address of all devices should follow the same IP address scheme (e.g. 169.254.*.* or

10.12.0.*). Same for secondary addresses…

n Note that some older Dante devices or devices running older firmware may not show this inform-

ation.

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Troubleshooting Switch Configuration and Cabling

Cables are the most vulnerable part of a network system. If you suspect cabling issues, check for:

n Faulty or manually terminated cables

n Unplugged /badly connected Ethernet cables

n Incorrectly configured switches

n Dante devices removed or turned off

Symptoms of switch or cabling issues

n You cannot see (some) devices in the Dante Controller network view

n Dante Controller shows orange “unsuccessful subscription” icons, which usually means a device

that was present earlier is now missing

n Faulty cables can lead to intermittent faults, which may be heard as dropped samples or “cracks” in

the audio

n Dante devices may appear and disappear in Dante Controller

Switch and Cabling Checklist

n Are all the connected link/status lights on the switch lit, or flashing as expected?

Is the switch powered on?

Is the cable correctly plugged in at the switch and the PC or equipment?

n Is the switch correctly configured?

Perhaps QoS or VLANs have been incorrectly set up

n Are you using a switch from another application with an unchecked or tested configuration?

Consult the switch manual and check the switch configuration

Dante Controller User Guide

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Index

Access control failure 19

AES67 Config 79

AES67 Flow 85

AES67 Status 50

Applying Presets 93

Audio Formats 23

Auto-configuration 17

Auto Discovery 87

Available Channels 66

Avid Config 81

Cabling 103

Cabling issues 103

Cannot change 19

Changing channel labels 67

Changing Tx channel labels 68

Channel 65

Channel Groups 46, 64

Channel Labels 20

Channel metering 65, 68

Checking for Updates 16

Clear Config 77

Clear Domain Credentials 90

Clock Domains 50

Clock frequency offset 54

Clock Master 49, 51

Clock offset 54

Clock Source 49

Clock stability 51

Clock Status 48

Clock Status Monitor 52

Clock Status Monitoring 51

Clock Sync Locked 53

Clock Sync Unlocked 53

Clock Sync Warning 53

Clock Synchronization 23, 70

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Clock Types 24

Computer Configuration 100

Config Tab 74

Configure Dante Interfaces 30

Configuring Dante Controller 30

Control ports 37

Controls 80

Creating Subscriptions 67

Dante Controller 86

Dante Controller application 30

Dante Controller was unable to connect to the Dante Control and Monitoring manager. 99

Dante Domain Manager 86

Dante Domains 24

Dante Information 69

Dante Version 48

Dante Virtual Soundcard 25

DDM 51, 86

DDM Connection Config 87

DDM Networks 25

Device 39, 64

Device Channels 17

Device Info 47

Device Information 69

Device Latency 76

Device List Filtering 43

Device Lock 26, 48, 64

Device Name 48

Device Names 20

Device View 62

DHCP 17, 61

Discovery 17

Display resolution 14

DNT-192 81

Domain Credentials 90

Domain Status 49

Downloading Dante Controller 15

Enable Sync To External 24, 50

Encoding 76

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Errors 61, 70

Events 59

External Word Clock 70

Failsafe 61

failsafe mode 61

Fanout 99

File 39, 64

Filter multicast 37

Firewall Configuration 14

Firmware image 61

Firmware update 61

Flows 23, 66, 99

Forgotten PIN 27

frame rate conversion 75

Frequency Offset 70

Green device names 89

Help 40, 64

Hidden Legacy Devices 90

History 54

IGMP 85

IGMP snooping 37

Incorrect channel format 19

Installing Dante Controller on Mac OSX 15

Installing Dante Controller on Windows 15

IP address 70, 101

IP configuration 101

Isolate a Device 27

Keep IP settings 77

Latency 25

Latency Errors 58

Latency Setting 58

Latency Tab 71

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Legacy Devices 89

Locked receiver 19

Locked transmitter 19

Locking 26

Locking a Dante device 26

Log 53

MAC address 51, 70

Manual 87

Manufacturer 69

Master Clocks 51

Memory 13

Menu bar 39

Messages 99

Mismatched clock domains 19

Monitoring 29

multicast 99

Multicast 21, 23, 64, 83

Multicast Transmit Flows 36

Multiple Audio Channels 18

Mute 49

Mute Status 70

Network Config 77

Network Interface 30

Network Status 57

Network View 38

No more flows (TX) 19

No Receive flows 19

Orange text 61

Packet Errors 58

Parameter Rules 93

PIN reset 27

Precision Time Protocol 23

Preferred 70

Preferred Encoding 76

Preferred Master 24, 50

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Presets 91

Primary Address 48

Primary Interface 70

Primary Link Speed 48

Primary Rx B/W 58

Primary Status 49, 57

Primary Tx B/W 57

Processor 13

Product Type 48

Product Version 48

PTP 23

PTP Slave 49

pull-up/down 75

Receive channels 17

Receive Tab 65

Redundancy 22

Redundant Networks 24

Refresh 64

Rename Device 75

Reset Device 76

Reset PIN 27

Residual Connections 28

Routing 21

Routing Audio 21

Routing View 42

Rx 17

Rx Utilization 70

Sample Rate 75

Saving Presets 92

Secondary Address 48

Secondary Interface 71

Secondary Link Speed 48

Secondary network 31, 101

Secondary Rx B/W 58

Secondary Status 49, 57

Secondary Tx B/W 57

Signal 65, 68

Slave 23

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Status 66

Status Bar 41

Status Tab 68

Subnet mask 31

Subscribing 18

Subscription status 18, 21

Subscription Tooltips 19

Sync 49

Sync Status 70

Synchronization 23, 49

System Requirements 13

Tabs 40

The installed version [x] of the Dante Control and Monitoring service (‘ConMon’) is out of date. 100

The installed version [x] of the Dante Discovery service is out of date. 100

Tool bar 40

tooltip 19

Transmit channels 17, 68

Transmit Flows 68, 99

Transmit Tab 67

Transmitter is locked 19

Troubleshooting 100, 103

Troubleshooting Switch Configuration 103

Tx 17

Tx Channel Labels 93

Tx Flows 93

Tx Scheduler failure 19

Tx Scheduler Failure 25

Tx Utilization 70

UDP 14

Unicast 21, 84, 99

Unicast Delay Requests 76

Uninstalling Dante Controller 16

Unlocking 27

Unlocking a Dante Device 27

Unsubscribing Audio Channels 18

Updating Dante Controller 15

Upgrade mode 61

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Viewing Domains 86

Virtual Devices 88

Warning 19

Web Config 64

Wi-Fi access point 36

Wi-Fi and Multicast 36

Wi-Fi network connection 36

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Categorie: Netwerken

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