Dhd Power Cruiser Madi 52 Xr Users Manual Series

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2015-02-04

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Series 52
52/XR MADI Router
Manual
© 2008 DHD Deubner Hoffmann Digital GmbH

Version: 1.8.0

Table of Contents

Table of Contents
1

About this Book

What is new in this version of the manual?

General Information

Assemble a Device

................................................................................................................................... 8
1 List of Modules
...................................................................................................................................
8
Options
2 Redundancy

Connecting the Device to a PC

...................................................................................................................................
10
the Ethernet Interface
1 Configuring
IP Basic Settings
.........................................................................................................................................................
IP Configuration
.........................................................................................................................................................

10
11

14
2 The USB...................................................................................................................................
Interface

Configuration and Operation of an 52/XR MADI Router

...................................................................................................................................
17
with the Toolbox5 Software
1 Configuring
Add Devices
.........................................................................................................................................................
DSP Frame
.........................................................................................................................................................
I/O Configuration
Configure.........................................................................................................................................................
and Label Single Inputs and Outputs
Linked 52/MB
.........................................................................................................................................................
at a MADI Port
Configuring
.........................................................................................................................................................
MADI Redundancy
Synchronisation
.........................................................................................................................................................
Transferring
.........................................................................................................................................................
a Configuration to a Device

19
20
22
23
24
25
26

...................................................................................................................................
26
with DHDOS and DHDOM
2 Operation

Further Information

................................................................................................................................... 27
1 Maintenance
Firmware .........................................................................................................................................................
Update

...................................................................................................................................
29
Pin Assignment
2 I/O Module
52-5310A .........................................................................................................................................................
- MB/XD/XR GPIO Module, 8 out,4 in
52-5311A .........................................................................................................................................................
- MB/XD/XR GPIO Module, 8 out,4 in
52-5320A .........................................................................................................................................................
- XD/XR GPIO Module, 16 out, 4 in
52-6710A .........................................................................................................................................................
- XR Router/DSP Sync. Module
52-6720A .........................................................................................................................................................
- XR True Output Monitoring

29
30
31
32
33

34
3 Meaning ...................................................................................................................................
of the LEDs
52-6120A .........................................................................................................................................................
- XR Dual MADI Module, multimode
52-6125A .........................................................................................................................................................
- XR Dual MADI Module, single mode

34
35

Series 52 - 52/XR MADI Router Manual

52-6129A .........................................................................................................................................................
- XR Dual MADI Module, multi/single
52-5310A .........................................................................................................................................................
- MB/XD/XR GPIO Module, 8 out, 4 in
52-5311A .........................................................................................................................................................
- MB/XD/XR GPIO Module, 8 out, 4 in
52-5320A .........................................................................................................................................................
- XD/XR GPIO Module, 16 out, 4 in
52-6440A .........................................................................................................................................................
- XR Router/DSP Kernel Module 4096
52-6442A .........................................................................................................................................................
- XR Router/DSP Kernel Module 2048
52-6850A .........................................................................................................................................................
- XR Comm. Controller, red.
52-6851A .........................................................................................................................................................
- XR Communication Controller
52-6710A .........................................................................................................................................................
- XR Router/DSP Sync. Module
52-6720A .........................................................................................................................................................
- XR True Output Monitoring

36
38
39
40
41
42
43
44
45
46

................................................................................................................................... 46
4 Audio Delay
48
of Use
5 Example ...................................................................................................................................

Index

Terms of Use
Series 52
52/XR MADI Router Manual
© 2008 DHD Deubner Hoffmann Digital GmbH
This manual is copyright of DHD. It might be distributed and copied as long as it is copied completely as a whole and this
copyright notice is included.
No part of this document may be copied or distributed without prior written permission of DHD Deubner Hoffmann Digital
GmbH.
Windows is a registered trademark of Microsoft Corp., Redmond, Wash., USA. All other trademarks are the property of
their respective owners.
Specifications and design are subject to change without notice.
The content of this document is for information only. The information presented in this document does not
form part of any quotation or contract, is believed to be accurate and reliable and may be changed without
notice. No liability will be accepted by the publisher for any consequence of its use. Publication thereof
does not convey nor imply any license under patent- or other industrial or intellectual property rights.
Version 1.8.0, 16.06.2008

Version 1.8.0 - 16.06.2008
Änderungen vorbehalten / Subject to change without notice.

Series 52 - 52/XR MADI Router Manual

About this Book
This manual refers to the Toolbox5, Version 6.3.5, the DHD Operation Manager, Version 1.2.5 and the
DHD Operation Server, Version 1.2.4
This manual will provide you a comprehensive overview about the applications of an 52/XR MADI Router and explains its
configuration.
The content of this manual is subject to change without notice. DHD recommends to visit the DHD website once in a while
to check if there is a newer version of this document available.

How to Use this Book
The Navigation Tree
You can find the navigation tree on the left-hand-side of the PDF document. Via the entries of this tree you can directly
reach the several chapters and sections of this document. Click onto the text or the
content.

symbol of an entry to display its

If a chapter includes further sections, you will find a plus-symbol in front of the entry in the navigation tree. Either you can
click onto this plus-sign or you double click the text or the symbol of the entry to make the sub-branches of the further
sections visible.
Search
You can find an alphabetical ordered list of keywords at the end of the document. Please see the page numbers in this
index to find the respective keywords in the document.
Moreover, you can use the search function of your PDF reader to seek for any words.
Links
Links are underlined to separate them from the rest of the text. These links can be a connection to other chapters or
sections in the same document or to an URL (internet address).
· Same document: The hand symbol

appears if you move the mouse over the link.

· URL: The hand symbol with an additional w

appears if you move the mouse over the link.

Please notice, that you need an active internet connection to be able to execute a link to an URL.

About this Book

The Meaning of Advices in the Text
Warning
The demands and advices in this fields should be followed unconditional, because otherwise hardware
and software products, data bases, as well as persons may suffer a loss.

Important
The demands and advices in this fields should be followed, because these contents are necessary for the
proper operation of the DHD systems.

Note
Recommendations and further information are marked as notes. Sometimes you will also find off-topic
content in this field, which is related to the actual topic.

Tip
Tips are helpful advices, which should make work with DHD systems easier.

Weblink

In this fields you can find links to websites, which include for example an other manual or the possibility to
download a driver for the respective DHD system.
Please notice, that you need an active internet connection to be able to execute a link to an URL.

Download
You can directly open and download a file if the respective link is marked as download link (file link).

What is new in this version of the manual?
All sections that had been added, deleted or changed are listed below. Click on the entries to reach the respective sections
directly.
Current version (1.8.0):
Chapter / Section

State

52-6710A - XR Router/DSP Sync. changed
Module

Note

Information changed.

Version 1.7.0:
Chapter / Section

State

Note

52-5320A - XD/XR GPIO Module, 16 added
out, 4 in

Pin assignment.

52-5320A - XD/XR GPIO Module, 16 added
out, 4 in

Meaning of the LEDs.

Version 1.6.0:

Version 1.8.0 - 16.06.2008
Änderungen vorbehalten / Subject to change without notice.

Series 52 - 52/XR MADI Router Manual

Chapter / Section

State

Note

Configuring MADI Redundancy

changed

Picture added.

State

Note

Version 1.5.0:
Chapter / Section

52-5310A - MB/XD/XR GPIO Module, added
8 out,4 in

Pin assignment.

52-5311A - MB/XD/XR GPIO Module, added
8 out,4 in

Pin assignment.

52-6710A - XR Router/DSP Sync. added
Module

Pin assignment.

52-6720A
Monitoring

Pin assignment.

True

Output added

52-6120A - XR Dual MADI Module, added
multimode

Meaning of the LEDs.

52-6125A - XR Dual MADI Module, added
single mode

Meaning of the LEDs.

52-6129A - XR Dual MADI Module, added
multi/single

Meaning of the LEDs.

52-5310A - MB/XD/XR GPIO Module, added
8 out,4 in

Meaning of the LEDs.

52-5311A - MB/XD/XR GPIO Module, added
8 out,4 in

Meaning of the LEDs.

52-6440A - XR Router/DSP Kernel added
Module 4096

Meaning of the LEDs.

52-6442A - XR Router/DSP Kernel added
Module 2048

Meaning of the LEDs.

52-6850A - XR Comm. Controller, red. added

Meaning of the LEDs.

52-6851A
Controller

Communication added

Meaning of the LEDs.

52-6710A - XR Router/DSP Sync. added
Module

Meaning of the LEDs.

52-6720A
Monitoring

Meaning of the LEDs.

True

Output added

What is new in this version of the manual?

Version 1.4.0 and before:
No changelog available.

Version 1.8.0 - 16.06.2008
Änderungen vorbehalten / Subject to change without notice.

Series 52 - 52/XR MADI Router Manual

General Information
Safety Instructions
Ignoring the following safety instructions may lead to accidents with severe, life-threatening injuries,
caused by fire or electric shocks.
Always act according to the directions of this manual.
Fix the device well in a rack or studio furniture with the mounting orientation given by DHD.
Only connect the power cable of the device to a socket, which carries the voltage stated on the specification plate.

Important

Make sure that the ventilation openings of the device are not covered and that
the environmental temperature is ok to assure sufficient heat flow. (See
Installation Guide)

Do not place heavy objects on the device.

Important

Do not place drinking vessels or any other vessels with liquids on the device or
close to it.

The device or parts of the device can get very warm during the usage. Please be careful when touching the device after a
longer operating time.

Important

Changes according to hardware configuration may only be done by qualified
personnel (e.g. exchanging modules).

General Information

Care Instructions
Important

The cleaning of a device should be done in Off-Air mode as possible. That means
the device does not handle relevant audio and/or logic signals that are
integrated in the current broadcasting process.

To clean your DHD device, in general a soft, lint-free and dry cloth is sufficient. In case of severe soiling, you can use a
damp cloth and household detergent.

Important

If a damp cloth is used for cleaning, you have to switch off the DHD device and
to disconnect all hot cables from it.

Warning

Never use a dripping wet cloth. In no case water and/or cleaner may enter the
device, since this could lead to electric shocks and fires!

Warning

Never use solvent or thinner for cleaning the surfaces. Furthermore, do not
use abrasive as well as sharp objects for cleaning. You will damage the surface
of the device.

Version 1.8.0 - 16.06.2008
Änderungen vorbehalten / Subject to change without notice.

Series 52 - 52/XR MADI Router Manual

Assemble a Device
Every device is getting assembled individual depending on your special needs. Therefore, different hardware modules, as
well as configuration and control software applications are available.
If you need help to define your requirements for an 52/XR, please contact your local DHD partner.

5.1

List of Modules
Weblink

Go to the 52/XR MADI Router area on our Website to find a current version
of the detailed list of modules for the 52/XR MADI Router.

At that time, this manual is written, the following modules are available for the 52/XR MADI Router:
I/O Frames
· 52-6063A - XR Router/DSP Frame 3HU, empty
· 52-6066A - XR Router/DSP Frame 6HU, empty
Power Supplies
· 52-5048A - Power Supply Module 48V / 200W
Controller Modules
·
·
·
·
·
·
·

52-6440A
52-6442A
52-6850A
52-6851A
52-6710A
52-5860A
52-5862A

XR Router/DSP Kernel Module 4096
XR Router/DSP Kernel Module 2048
XR Comm. Controller, red.
XR Communication Controller
XR Router/DSP Sync. Module
XD/XR RS232/RS422 Extender
XD/XR RS232/RS232 Extender

I/O Modules
· 52-6120A - XR Dual MADI Module, multimode
· 52-6125A - XR Dual MADI Module, single mode
· 52-6720A - XR True Output Monitoring
Software
·
·
·
·
·

5.2

52-8550
52-8551
52-8553
52-8554
52-8555

- Routing/Scheduling Software
- Routing Software
- Additional license for 52-8550
- Additional license for 52-8551
- Routing Software, basic

Redundancy Options
If required, you can operate the 52/XR MADI Router in several redundant ways.

Power Supply Redundancy
An 52/XR MADI Router can be equipped with a redundant power supply pack. Thus, the internal and external electric
power supplies of the device becomes more reliable.

Assemble a Device

Tip

We recommend to feed power supplies from different mains supply systems to
prevent power failures.

The 52/XR MADI Router can optional be operated with two power supplies of the type 52-5048 (48V/200W).

Sync Module Redundancy
An 52/XR MADI Router can be equipped with a redundant synchronisation module. Thus, the device becomes more
reliable concerning the internal and external synchronisation.
The 52/XR MADI Router can optional be operated with two synchronisation modules of the type 52-6710.
More information on the synchronisation and its configuration can be found in the section Synchronisation.

Controller Redundancy
An 52/XR MADI Router can be equipped with a redundant communication controller module. Thus, the device becomes
more reliable concerning the communication in the configuration and controlling network (communication with
configuration PCs).
The 52/XR MADI Router can optional be operated with two communication controller modules of the type 52-6850.

Router / DSP Kernel Redundancy
An 52/XR MADI Router can be equipped with a redundant Router / DSP Kernel module. Thus, the device becomes more
reliable concerning the routing and DSP processing.
The following Router / DSP Kernel redundancy options are possible for the 52/XR MADI Router:

Router / DSP Kernel module of the type
52-6440

Router / DSP Kernel module of the type
52-6442

3 HU frame

two modules

6 HU frame

two modules (if only the upper backplane is used)
two modules (if only the upper backplane is used) or
four modules (if the upper and the lower backplane
If you want to use both backplanes of an 6 HU 52/
are equipped with redundancy)
XR, you have to use modules of the type 52-6440.

It is not possible to use Router / DSP Kernel modules of different types in one device!

MADI Redundancy
The MADI modules in the slots 13 to 18 (and in the slots 34 to 39 in a 6 HU frame) can be configured as redundancy for
the corresponding modules of the slots 3 to 8 (and the slots 24 to 29 in a 6 HU frame). That means, if you want to
safeguard the channels of the MADI module in slot 5, you have to plug the redundant module into slot 15 and to assign
this module to be redundant with the configuration software Toolbox5.
Please find more information on the MADI redundancy and its configuration in the section Configuring MADI Redundancy.

Version 1.8.0 - 16.06.2008
Änderungen vorbehalten / Subject to change without notice.

Series 52 - 52/XR MADI Router Manual

Connecting the Device to a PC
The configuration of an 52/XR MADI Router is done with the aid of a PC. Usually an ethernet interface is employed for this
connection. The next section describes how to configure and use this interface of the communication controller.
In addition to the ethernet interface, each controller module has an USB interface. It replaces the RS232 interface known
from the former DHD systems, but the transfer rate of the USB interface is comparable with the ethernet connection.
Please follow this description to start the operation of the USB interface.

6.1

Configuring the Ethernet Interface
Every 52/XR MADI Router is equipped with an ethernet interface (with two ethernet interfaces in case of controller
redundancy). The interface - an RJ45 female connector - is located on the communication controllers. It is a standard
twisted pair interface with a data transfer rate of 100Mbit/s. The interface complies with the 100Base-TX, IEEE 802.3u
standard.
The ethernet connection of the 52/XR MADI Router allows communication with DHD application software, as well as with
conventional applications like Telnet and web browsers on one or more PCs.

Important

Please urgently note the network specifications before
using the ethernet interface of a 52/XR MADI Router.
If the 52/XR MADI Router is not run according to the
network specifications, DHD cannot guarantee the proper
operation of the device.

6.1.1

IP Basic Settings
Before delivery, each 52/XR MADI Router is configured with an IP basic setting. This setting accords to a certain pattern,
unless the customer indicates different requirements in his order.
Each controller with an integrated ethernet interface has a dedicated network address, the so-called MAC address (MAC Media Access Control). This address is always unambiguous and unique. DHD owns the MAC address range
00:0A:63:00:00:00 to 00:0A:63:FF:FF:FF, therefore this address is also referred as serial number of a DHD
device.
A network-compatible controller module is always identified in a network by its MAC address. As the first 3 Bytes of all
DHD MAC addresses always are identical, only the last 3 Bytes are indicated in DHD software applications.

Note

If you find the term "MAC address" in the context of a DHD system, it always
refers to the last three Bytes of the actual address, although this is, strictly
speaking, incorrect.

These last 3 Bytes of the MAC address are used for composing the IP address for the basic setting. Please find below an
example for the MAC address 10:00:02:
· Every single Byte is translated into the decimal format: 10h = 16, 00h = 0, 02h = 2
· Afterwards the decimal numbers are strung together; 10 is prepended, and all numbers are separated by periods:
10.16.0.2

Connecting the Device to a PC

The subnet mask is automatically set to 255.0.0.0, according to the classification of this IP range.
Thus the following IP basic setting results for the example device:
· IP address: 10.16.0.2
· Subnet mask: 255.0.0.0
Please learn in the following chapter how to change these settings and adjust them to your IT environment.

6.1.2

IP Configuration
The IP settings of a 52/XR MADI Router are no longer defined in the configuration file, but directly in the systems
communication controller. To set IP parameters, please use the Maintenance Window, an application, which is
implemented in Toolbox5. You can open the Maintenance Window by clicking the according command in the View menu
or by pressing F7 on your keyboard. The application opens in a window with three sections:

View of the Maintenance window after opening.
In the left upper part of the window, beneath the menu bar, you can see a list of the Series 52 systems accessible in the
network. On the right side next to it, in the largest part of the window, you can see system information of the device which
is selected in the left-handed list. Above the status bar in the lower part of the window, current messages are displayed,
sent by DHD systems in the reachable network.
You have two options to adjust the IP settings of a Series 52 system, depending on the following conditions:
a. You can see the respective device in the list in the left part of the maintenance window.
b. You cannot see the respective device in the list in the left part of the maintenance window.

If you can see the device in the list (a)
1. Right-click on the displayed device name.
2. A context menu appears. Select the Network Config... command from this menu.
3. A window opens, displaying the current IP configuration of the device.

Version 1.8.0 - 16.06.2008
Änderungen vorbehalten / Subject to change without notice.

Series 52 - 52/XR MADI Router Manual

The Network Config window shows the current IP configuration of the
device with the serial number which is entered in the Serial No text field.
Serial No - The Serial Number
The device of which you can see the network settings, is always represented by its serial number (Serial No). This
serial number is unambiguous and is only valid for one single controller. You can use the field to read out settings of
devices that are located in a different network segment. Read more about this in section "If you do not see the device in
the list (b)".
Hardware Name - The Device Name
You can provide every Series 52 system with a device name (Hardware Name) which will specify the device. This name
will help you to identify the device in the network. You can choose any name up to 20 characters; however, no space
characters are allowed. Not allowed special characters are rejected on entering.
Automatically via DHCP - Automatic IP Assignment by a DHCP Server
If there is a DHCP server on the network, which is also supposed to carry out the IP configuration of the 52/XR MADI
Router, please just select the Automatically via DHCP radio button.
Fixed - Fixed IP Setting
If you cannot access a DHCP server or you want manually carry out the IP configuration, please first select Fixed and
then fill in the according values (IP Adress, Subnet Mask, Gateway, Broadcast) into the activated text fields.

Important

In case of questions about the parameters to be set, please contact your IT
department or your network administrator.

Connecting the Device to a PC

Mail Server
This text field has no function yet and does not need to be filled in.
Time Server
Series 52 systems run with an internal system time which can be synchronised to a time server (NTP - Network Time
Protocol). For this, please enter the IP address of your time server in the text field Time Server.

If you cannot see the device in the list (b)
1. Click on the Device command in the menu.
2. Select the Network Config... command from this menu.
3. The Network Config window will open; all its text fields are empty.

Enter the serial number of the device, for which you want to change the IP
configuration, in the "Network Config" window.
4. Enter the serial number of the device into the Serial No text field. Hit the Retrieve Current button afterwards.
This will send a query into the network, searching for network devices outside of the subnet. If the 52/XR MADI Router
should be located outside of the subnet of the PC, it will answer anyway and transmit its current IP settings. The settings
are then displayed in the Network Config window, where you can change them.
You can change the data according to the principle described in the section "If you can see the device in the list (a)". The
process is completed when you send the changed data to the device by hitting the Send button.

Version 1.8.0 - 16.06.2008
Änderungen vorbehalten / Subject to change without notice.

Series 52 - 52/XR MADI Router Manual

6.2

The USB Interface
You can connect 52/XR MADI Router devices to a PC via USB. The 52-6850 and 52-6851 modules have an according USB
interface (B type, USB 2.0). Use the interface for instance in case you do not want an ethernet connection or if you want
to locally connect a PC to the 52/XR MADI Router for maintenance purposes. In order to use the USB interface of the 52/
XR MADI Router, first you have to install a driver on your PC.

Installing the USB Driver
For this installation you need the file MX-XR_usb-install.inf. An access to the DHD-update download area is
required, to be able to download this file. Please contact DHD or your DHD sales representative if you need this file and
you don't hold a login for this website.
Connect the device to your configuration PC and switch it on. Microsoft Windows (TM) automatically opens the "Found
New Hardware Wizard". Alternatively, click onto the Hardware icon in the control panel to open this dialog.

Step 1: Identification of the new hardware.
Select "Install from a list or specific location" and click Next.

Connecting the Device to a PC

Step 2: Setting the path.
Enter the drive and if necessary the folders, to define the path to the file MX-XR_usb-install.inf and click Next.

Step 3: Installing the driver.

Version 1.8.0 - 16.06.2008
Änderungen vorbehalten / Subject to change without notice.

Series 52 - 52/XR MADI Router Manual

The driver now gets installed.

Step 4: Finish the installation.
Finally the "Found New Hardware Wizard" will tell you that it has finished the installation and you can end the process by
clicking the Finish button. From now on you can communicate with the device via the USB interface.

The device manager of the Windows (TM) control panel.
After the driver has been installed properly, the connection to the USB interface is simulated as a network connection.
Therefore, you don't need to choose the USB connection in any DHD software application, because it is seen as a network
connection.

Connecting the Device to a PC

Please contact your IT department or your administrator if you need help to install the driver.

Configuration and Operation of an 52/XR MADI Router

7.1

Configuring with the Toolbox5 Software
The configuration software is represented by a executable file named Toolbox5.exe. Double click the file Toolbox5.
exe to start the application.

Note

In this manual only the most important steps to configure an 52/XR MADI
Router with the Toolbox5 software are mentioned. Please find a comprehensive
description of the configuration software Toolbox5 and its functions in the
Toolbox5 manual.

When starting the Toolbox5 for the first time, a second application is extracted, called DHD Communication Server (
DHDCS.exe). This software is handling the complete communication between DHD Devices and DHD applications on a PC.
To learn more about the DHD Communication Server, please refer to the RM4200D manual, Part 6 “Application
Software Manuals, Chapter 1 - The DHD Communication Server”. The corresponding manual file is called
“RM4200D_6_appsoftware_en.pdf”.

Weblink

You can find this manual on our website:
http://new.dhd-audio.biz/dhd_files/doc/6_appsoftw/html_en/
start.html

The Toolbox5 software does not need any dynamic libraries or other additional files to run. Simply copy the file
Toolbox5.exe to the desired directory and start it. To uninstall, delete the files Toolbox5.exe and DHDCS.exe.

Version 1.8.0 - 16.06.2008
Änderungen vorbehalten / Subject to change without notice.

Series 52 - 52/XR MADI Router Manual

After the software has started, it displays an empty project list and some basic project properties, which can be
customized.

The Toolbox5 application window right after startup.
From here on, you have two ways to proceed:
1. You can create a new project to setup one or several routing devices from scratch.
2. You can load an existing project file (*.dp5) from your PC to edit the configuration of the existing devices.
A project is representing a collection of DHD Series 52 devices. Devices inside the same project are able to communicate
with each other. This interoperability is comfortable to configure functions between several devices of one installation, e.g.
talkback or on-air switching.

Configuration and Operation of an 52/XR MADI Router

7.1.1

Add Devices
Below the project tree you can find the Add... button. A menu with devices - which can be added to the project appears after clicking this button. Choose the entry Add 52/XR Router from this menu to add an 52/XR routing device
to the project. Press Remove if you want to delete a device of the project tree.
Alternatively, you can reach this function via a context menu by right-click the project tree or the area around the project
tree.

Add a routing device.
Select a 3 HU Frame (52-6063) or a 6 HU Frame (52-6066) in the pull down menu DSP Frame Type.

Version 1.8.0 - 16.06.2008
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Series 52 - 52/XR MADI Router Manual

7.1.2

DSP Frame I/O Configuration
Click onto the + sign in front of the device label to reach the sub-branches of the device configuration.
On the DSP Frame I/O tab, the hardware layout of the routing device can be configured.
The selected frame size influences the number of configurable inputs and outputs in the Toolbox5, but it has no direct
influence concerning the functionality of the hardware. Depending on the chosen router frame, in the DSP Frame I/O 21 or
42 slots (actual 36 configurable slots) can be configured.

If DSP Frame I/O is selected, the currently configured layout of the router
is shown.
Slot 3 to 8 and 13 to 18 (as well as the slots 24 to 29 and 34 to 39 in a 6 HU frame) contain the MADI modules. Slot 13 to
18 (and 34 to 39 in a 6 HU frame) can be operated in a normal or a redundant mode. Please find more information on
MADI redundancy in the section Configuring MADI Redundancy.
Currently, only a single type of module can be configured on the slots 3 to 8 and 13 to 18 (as well as 24 to 29 and 34 to
39 in a 6 HU frame). To make the configuration process easier, the labels of each MADI port can be customized.
Additionally, you can set the Number of Channels for each MADI port. You can use all 64 channels of the MADI signal or
only the first 56 channels. Moreover, it possible to configure if the MADI port is linked to an 52/MB MADI Breakout System.
By choosing this option, in the course of the configuration you will have some special setup possibilities for the linked
52/MB. More information on the configuration with a linked 52/MB can be found in the section Linked 52/MB at a MADI
Port.
In the next column you choose, whether the digital format should be AES10 MADI or 32bit float. Headroom allows to
adjust a corresponding level, which should refer to the internal reference level of 0 dBint.

Configuration and Operation of an 52/XR MADI Router

Important

You need at least 3 modules to operate an 52/XR MADI Router. These modules
are inserted into the DSP Frame I/O layout by default.
· Slot 1: 52-6710 Sync Module
· Slot 2: 52-6850 Communication Controller
· Slot 9: 52-6440 Router Kernel
You are allowed to change the type of the preconfigured router kernel (type
52-6442 supports 2048 channels, type 52-6440 supports 4096 channels), but at
least one routing kernel is necessary for operation.
For each of these preconfigured, essential modules, you can configure a
redundant module into the designated slot of the DSP frame.
Inserting a redundant module into the DSP Frame I/O does not automatically
enable the redundancy for this part of the system. Make sure to insert redundant
hardware into your frame, too.

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7.1.3

Configure and Label Single Inputs and Outputs
Click onto the + sign in front of the DSP Frame I/O branch and select an existing port to reach the channel
configuration.
If the Number of Channels is set to 64 or 56, you can switch channels to mono or stereo and set a label for each
single input and output here. Additionally, you can set a local level adjustment for single inputs and outputs, which differs
from the global settings.

The Toolbox5 shows the inputs and outputs of a chosen MADI Port.

Configuration and Operation of an 52/XR MADI Router

7.1.4

Linked 52/MB at a MADI Port
If a MADI port was linked to an 52/MB MADI Breakout System, you are able to define the layout of the connected 52/MB
device here. Basically, this part of the configuration is to make the whole configuration process easier. The 52/MB
hardware itself must not be configured.

I/O configuration of a linked 52/MB.
The following modules can be configured in an 52/MB frame:
·
·
·
·
·
·

52-5111
52-5112
52-5240
52-5243
52-5250
52-5260

XLR Digital In/Out Module, 4ch.
XLR Digital In/Out Module, 4ch.
XLR Analog In/Out Module, 4ch.
XLR Analog In/Out Module, 4ch.
XLR 4 Mic/Line Module, isolated
XLR 4 Line Out Module, isolated

The channels of the selected I/O modules can be configured to mono or stereo and you can set a label for each single
input and output here. Additionally, you can set a local level adjustment for each single input and output.
Moreover, you can adjust the headroom for the modules of the type 52-5250. Please note, that these settings influence
the internal reference level (0 dBint) you select in the Level Adjust column. If you change the headroom of an
52-5250 module and use the function Set all analog level afterwards, may be some misinterpretation will occur.
Therefore, check the values in the Level Adjust column of all 52-5250 modules and, if necessary, choose again the
wanted values for the single inputs and outputs to correct the settings.

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7.1.5

Configuring MADI Redundancy
Slot 13 to 18 (and slot 34 to 39 in a 6 HU frame) can be operated in a normal or a redundant mode. If switched to
redundant, a MADI port duplicates the signals of the corresponding port on the left side of the router backplane.
Choose Enabled in the column Redundancy at the DSP Frame I/O to define the respective MADI port as redundant. If
the corresponding module on the left side fails, the redundant module on the right side will automatically take over.
Example
The MADI ports of slot 13 and 14 are switched to be redundant. Now they are carrying the same output signals as the
MADI ports of slot 3 and 4. They should be fed with redundant input signals of the MADI ports 3.1, 3.2, 4.1 and 4.2.

Toolbox5, DSP Frame I/O; The MADI ports of slot 13 and 14 are switched
to redundant.

Configuration and Operation of an 52/XR MADI Router

7.1.6

Synchronisation
Selecting the Audio branch, displays the synchronisation window. Here you can do refinements on the current device
synchronisation.
It is possible, to configure two independent synchronisation sources. Sync Source 1 is always meant to be the master
sync source and is used by the system as long as it is available. If it fails and a secondary sync source is configured and
available, the system automatically switches over to Sync Source 2. If this source is not available, too, or not
configured, the system switches to Internal Synchronisation.
Currently, the Toolbox5 supports synchronisation frequencies of 48 kHz and 44.1 kHz. In a future version, also 96 kHz and
88.2 kHz will be supported. The hardware is already able to handle both higher frequencies.
Switch on the VariSpeed option, if you want to synchronise the router to an external synchronisation frequency with a
larger jitter. This option activates a VariPLL, which could handle such sources.
You can choose the synchronisation source out of a list of 9 possible sources:
·
·
·
·
·
·
·
·
·

Internal
BNC 1 Word Clock
BNC 2 Word Clock
MADI 3.1
MADI 13.1
RJ45 AES3/EBU
BNC 1 AES3/EBU
BNC 2 AES3/EBU
BNC 1 Video

The synchronisation tab can be seen by selecting the Audio branch.

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7.1.7

Transferring a Configuration to a Device
If you want to transfer a configuration to a device, please follow these steps:
· Select the desired device from the projects device tree.
· Click onto the
symbol in the toolbar or choose Load to Device in the Transfer menu. The DHD Connection
Dialog appears.
· Select the desired hardware from the list and press OK.
The transfer process starts and the configuration is copied to the chosen hardware.

The Connection Dialog of the Toolbox5.
If an 52/XR MADI Router is available but unreachable via network, you probably need to refine the network settings.
Please refer to the section Connecting the Device to a PC to learn more about the network configuration of an 52/XR MADI
Router.

7.2

Operation with DHDOS and DHDOM
During its operation, the 52/XR MADI Router is controlled by the DHD Operation Server (DHDOS) and the user interface
software DHD Operation Manager (DHDOM).
The DHDOS acts in the background and administrates the actual control of the crosspoints.
The DHDOM is a comfortable user interface to set the crosspoint states of an 52/XR MADI Router directly or scheduled.
The software also offers a lot of additional options like user accounts and the adjustment of the software user interface
concerning the rights and needs of each single user.

Note

Please find a comprehensive description of the DHDOS and the DHDOM and
there functions in the DHDOS & DHDOM manual.

Configuration and Operation of an 52/XR MADI Router

Further Information

8.1

Maintenance

For maintenance purposes the DHD Maintenance software is provided. Start the application by double clicking the file
MTN5.exe.
It also possible to open the maintenance window in the Toolbox5 software. Therefore, choose the command
Maintenance Window of the View menu or just press the key F7.

Weblink

Please find a comprehensive description of the maintenance software and its
functions in the section Maintenance Window in the Toolbox5 Manual.

8.1.1

Firmware Update
When it leaves the factory, each 52/XR MADI Router is equipped with the most current operating software (firmware). As
we are continuously developing the software, it might occur that after a while a newer version than that on your system
will be available. Ask your DHD dealer about the current firmware version for your 52/XR MADI Router.
If a newer version is available, you first have to decide if it makes sense in your case to update the firmware.

Tip

Only upgrade the operating software of the 52/XR MADI Router if:
· you need new functions your version does not support yet,
· the new version eliminates a failure which impairs your system or
· DHD or your DHD dealer recommend that update.
The operating software of a well running system usually does not require an
update.

If you want to upgrade your operating software, first determine the firmware version that is currently running on your
system.
1. Select the system in the device list of the maintenance software DHD Maintenance (DHDMT), which you want to
upgrade with a new firmware version.
2. In the Version line of the main window you will find information about the currently running firmware version.
3. A firmware update is provided as a file. For the firmware update of an 52/XR the same file is used like for the 52/MX
Mixing Console. Firmware update files for the 52/XR MADI Router are named according to the following pattern:
MX-XR_06-03-14.fw6
The MX-XR_06 code indicates an official firmware version for the 52/XR MADI Router. Figure two (here: 03) represents
the major version of the firmware. The third figure refers to the minor version of the firmware (here: 14). The fourth
figure always must be 01, meaning that it is an official version. This figure is not explicitly pointed out in the file name.
Every 52/XR MADI Router firmware file ends with .fw6.
Select the Update Firmware... command from the Update menu and open the update file. A validity check will
follow and you will be asked to either start the update process by confirming or to cancel the process.

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Confirming the firmware upload.
4. The updating process starts after pressing Yes. A progress bar is shown during the process, which will only take a few
seconds.

The progress bar during the firmware upload.
5. After successfully uploading the file, you will be asked to reset the system. The system loads the new operating
software after a restart.

Confirming the reset.

Important

A reset will interrupt the audio process of the system for a short period of time.
Please only reset your 52/XR MADI Router when you are sure that a reset will
not affect any on-air signals.

You can postpone the reset to a later time. Please note that the system will keep running the old firmware version
until being restarted.

Further Information

8.2

I/O Module Pin Assignment

8.2.1

52-5310A - MB/XD/XR GPIO Module, 8 out,4 in

Pin out for the 52-5310 Module.

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8.2.2

52-5311A - MB/XD/XR GPIO Module, 8 out,4 in

Pin out for the 52-5311 Module.

Further Information

8.2.3

52-5320A - XD/XR GPIO Module, 16 out, 4 in

Pin out for the 52-5320 Module.

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8.2.4

52-6710A - XR Router/DSP Sync. Module

Pin out for the 52-6710 Module.

Further Information

8.2.5

52-6720A - XR True Output Monitoring

Pin out for the 52-6720 Module.

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8.3

Meaning of the LEDs

8.3.1

52-6120A - XR Dual MADI Module, multimode

Meaning of the LEDs of the 52-6120 Module.
1. This LED is permanently on if the module is powered.
2. Indicates, that the module is running. This LED blinks. Seen from left to right over the entire system, these LEDs should
blink as a moving light.
3. LED 3 indicates, that routing kernel no. 1 is sending data to the outputs of the upper MADI port. This LED is blinking if
the first kernel starts malfunctioning. That means, the first kernel should send data to the outputs of the upper MADI
port, but it does not. If a second, redundant routing kernel is available, LED 4 indicates, that the second routing kernel
is operating now.
4. Normally, the first kernel should send data to the outputs of the upper MADI port. If the first kernel is malfunctioning,
LED 4 indicates, that routing kernel no. 2 is sending data to the outputs of the upper MADI port.
5. The LED indicates, that routing kernel no. 1 is locked to the inputs of the upper MADI port.
6. If a redundant kernel is installed, this LED indicates, that routing kernel no. 2 is locked to the inputs of the upper MADI
port.
7. LED 7 indicates, that routing kernel no. 1 is sending data to the outputs of the lower MADI port. This LED is blinking if
the first kernel starts malfunctioning. That means, the first kernel should send data to the outputs of the lower MADI
port, but it does not. If a second, redundant routing kernel is available, LED 8 indicates, that the second routing kernel

Further Information

is operating now.
8. Normally, the first kernel should send data to the outputs of the lower MADI port. If the first kernel is malfunctioning,
LED 8 indicates, that routing kernel no. 2 is sending data to the outputs of the lower MADI port.
9. The LED indicates, that routing kernel no. 1 is locked to the inputs of the lower MADI port.
10. If a redundant kernel is installed, this LED indicates, that routing kernel no. 2 is locked to the inputs of the lower MADI
port.

8.3.2

52-6125A - XR Dual MADI Module, single mode

Meaning of the LEDs of the 52-6125 Module.
1. This LED is permanently on if the module is powered.
2. Indicates, that the module is running. This LED blinks. Seen from left to right over the entire system, these LEDs should
blink as a moving light.
3. LED 3 indicates, that routing kernel no. 1 is sending data to the outputs of the upper MADI port. This LED is blinking if
the first kernel starts malfunctioning. That means, the first kernel should send data to the outputs of the upper MADI
port, but it does not. If a second, redundant routing kernel is available, LED 4 indicates, that the second routing kernel
is operating now.
4. Normally, the first kernel should send data to the outputs of the upper MADI port. If the first kernel is malfunctioning,
LED 4 indicates, that routing kernel no. 2 is sending data to the outputs of the upper MADI port.

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5. The LED indicates, that routing kernel no. 1 is locked to the inputs of the upper MADI port.
6. If a redundant kernel is installed, this LED indicates, that routing kernel no. 2 is locked to the inputs of the upper MADI
port.
7. LED 7 indicates, that routing kernel no. 1 is sending data to the outputs of the lower MADI port. This LED is blinking if
the first kernel starts malfunctioning. That means, the first kernel should send data to the outputs of the lower MADI
port, but it does not. If a second, redundant routing kernel is available, LED 8 indicates, that the second routing kernel
is operating now.
8. Normally, the first kernel should send data to the outputs of the lower MADI port. If the first kernel is malfunctioning,
LED 8 indicates, that routing kernel no. 2 is sending data to the outputs of the lower MADI port.
9. The LED indicates, that routing kernel no. 1 is locked to the inputs of the lower MADI port.
10. If a redundant kernel is installed, this LED indicates, that routing kernel no. 2 is locked to the inputs of the lower MADI
port.

8.3.3

52-6129A - XR Dual MADI Module, multi/single

Meaning of the LEDs of the 52-6129 Module.
1. This LED is permanently on if the module is powered.
2. Indicates, that the module is running. This LED blinks. Seen from left to right over the entire system, these LEDs should
blink as a moving light.

Further Information

3. LED 3 indicates, that routing kernel no. 1 is sending data to the outputs of the upper MADI port. This LED is blinking if
the first kernel starts malfunctioning. That means, the first kernel should send data to the outputs of the upper MADI
port, but it does not. If a second, redundant routing kernel is available, LED 4 indicates, that the second routing kernel
is operating now.
4. Normally, the first kernel should send data to the outputs of the upper MADI port. If the first kernel is malfunctioning,
LED 4 indicates, that routing kernel no. 2 is sending data to the outputs of the upper MADI port.
5. The LED indicates, that routing kernel no. 1 is locked to the inputs of the upper MADI port.
6. If a redundant kernel is installed, this LED indicates, that routing kernel no. 2 is locked to the inputs of the upper MADI
port.
7. LED 7 indicates, that routing kernel no. 1 is sending data to the outputs of the lower MADI port. This LED is blinking if
the first kernel starts malfunctioning. That means, the first kernel should send data to the outputs of the lower MADI
port, but it does not. If a second, redundant routing kernel is available, LED 8 indicates, that the second routing kernel
is operating now.
8. Normally, the first kernel should send data to the outputs of the lower MADI port. If the first kernel is malfunctioning,
LED 8 indicates, that routing kernel no. 2 is sending data to the outputs of the lower MADI port.
9. The LED indicates, that routing kernel no. 1 is locked to the inputs of the lower MADI port.
10. If a redundant kernel is installed, this LED indicates, that routing kernel no. 2 is locked to the inputs of the lower MADI
port.

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8.3.4

52-5310A - MB/XD/XR GPIO Module, 8 out, 4 in

Meaning of the LEDs of the 52-5310 Module.
1. This LED is permanently on if the module is powered.
2. Indicates, that the module is running. This LED blinks. Seen from left to right over the entire system, these LEDs should
blink as a moving light.

Further Information

8.3.5

52-5311A - MB/XD/XR GPIO Module, 8 out, 4 in

Meaning of the LEDs of the 52-5311 Module.
1. This LED is permanently on if the module is powered.
2. Indicates, that the module is running. This LED blinks. Seen from left to right over the entire system, these LEDs should
blink as a moving light.

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8.3.6

52-5320A - XD/XR GPIO Module, 16 out, 4 in

Further Information

8.3.7

52-6440A - XR Router/DSP Kernel Module 4096

Meaning of the LEDs of the 52-6440 Module.
1. This LED is permanently on if the module is powered.
2. This LED shows the hardware status and is permanently on if the boot process of the programmable logic was
successfully done.
3. This LED indicates the DSP usage. The more the LED glows, the more DSP power is used.
4. Indicates, that the module is running. This LED blinks. Seen from left to right over the entire system, these LEDs should
blink as a moving light.
5. This LED is permanently on, but momentary unused and reserved for future functions.
6. This LED is permanently on, but momentary unused and reserved for future functions.

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8.3.8

52-6442A - XR Router/DSP Kernel Module 2048

Meaning of the LEDs of the 52-6442 Module.
1. This LED is permanently on if the module is powered.
2. This LED shows the hardware status and is permanently on if the boot process of the programmable logic was
successfully done.
3. This LED indicates the DSP usage. The more the LED glows, the more DSP power is used.
4. Indicates, that the module is running. This LED blinks. Seen from left to right over the entire system, these LEDs should
blink as a moving light.
5. This LED is permanently on, but momentary unused and reserved for future functions.
6. This LED is permanently on, but momentary unused and reserved for future functions.

Further Information

8.3.9

52-6850A - XR Comm. Controller, red.

Meaning of the LEDs of the 52-6850 Module.
1. Indicates, that the module is running. This LED blinks. Seen from left to right over the entire system, these LEDs should
blink as a moving light.
2. The LED flashes if data is transmitted or received via the upper RJ45 port.
3. The LED is on if the communication controller is connected to the controller network via the middle RJ45 connector. It
flashes if data is received.
4. The LED is on if the communication controller is connected to the DHD network via the lower RJ45 connector. It flashes
if data is received.
5. This LED shows the hardware status of the programmable logic and is permanently on if the boot process of the
programmable logic was successfully done.
6. This LED is permanently on and indicates the PLL-Lock of the controller after a reset or power on.

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8.3.10 52-6851A - XR Communication Controller

Meaning of the LEDs of the 52-6851 Module.
1. Indicates, that the module is running. This LED blinks. Seen from left to right over the entire system, these LEDs should
blink as a moving light.
2. This LED is momentary unused and is reserved for future functions.
3. The LED is on if the communication controller is connected to the controller network via the middle RJ45 connector. It
flashes if data is received.
4. The LED is on if the communication controller is connected to the DHD network via the lower RJ45 connector. It flashes
if data is received.
5. This LED shows the hardware status of the programmable logic and is permanently on if the boot process of the
programmable logic was successfully done.
6. This LED is permanently on and indicates the PLL-Lock of the controller after a reset or power on.

Further Information

8.3.11 52-6710A - XR Router/DSP Sync. Module

Meaning of the LEDs of the 52-6710 Module.
1. This LED is permanently on if the module is powered.
2. Indicates, that the module is running. This LED blinks. Seen from left to right over the entire system, these LEDs should
blink as a moving light.
3. Indicates, that the primary sync is active. Dependent on the configuration, the primary sync source can be the upper
BNC (Word Clock, AES3/EBU or Video), the lower BNC (Word Clock or AES3/EBU), the RJ45 connector of the sync
module (AES3/EBU), a MADI signal (MADI port 3.1 or 13.1) or the internal sync. This LED can not be on if LED 4 glows
and it blinks during the video signal locking process.
4. Indicates, that the secondary sync is active. Dependent on the configuration, the secondary sync source can be the
upper BNC (Word Clock, AES3/EBU or Video), the lower BNC (Word Clock or AES3/EBU), the RJ45 connector of the sync
module (AES3/EBU), a MADI signal (MADI port 3.1 or 13.1) or the internal sync. This LED can not be on if LED 3 glows
and it blinks during the video signal locking process.
5. The LED is permanently on if the primary sync is functional. Blinking indicates, that PLL 1 is out of range.
6. The LED is permanently on if the secondary sync is functional. Blinking indicates, that PLL 2 is out of range.
7. Indicates, that the primary AES3/EBU sync signal (connected to the upper BNC, the lower BNC or the RJ45 jack of the
sync module) is locked.
8. Indicates, that the secondary AES3/EBU sync signal (connected to the upper BNC, the lower BNC or the RJ45 jack of the

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sync module) is locked.

8.3.12 52-6720A - XR True Output Monitoring

Meaning of the LEDs of the 52-6720 Module.
1. This LED is permanently on if the module is powered.
2. Indicates, that the module is running. This LED blinks. Seen from left to right over the entire system, these LEDs should
blink as a moving light.

8.4

Audio Delay
In the table below you can find the delay times of single processes inside the 52/XR MADI Router and also for the 52/MB
MADI Breakout System and the 52/CR Compact Router, because these devices are often used together. Besides, there are
listed some total numbers of delays for possible combinations of processes.
Examples for possible signal flows:

Further Information

AnAudio
Router
Samples
-An

DigRouter
-An

AnRouter
-Dig

DigDigSRC- DigSRCRouter Router Router
-Dig
-Dig
-DigSRC

Routing Kernel, general
delay

52/MB and 52/CR input,
general delay

52/MB and 52/CR
output, general delay

AD converter CS5361,
component dependent
delay
DA converter PCM1793,
component dependent
delay
SRC AD1895 input,
component dependent
delay
SRC AD1895 output,
component dependent
delay
total delay samples
(typical)
total delay @ 48kHz in
ms (typical)
AnDigDigSRC-An
-Dig
-DigSRC

120

1.35

1.10

0.75

0.50

1.50

2.50

analog input
digital input
digital input with sample rate converter
analog output
digital output
digital output with sample rate converter

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8.5

Example of Use
In the following drawing, you can find an example how to integrate an 52/XR MADI Router into an audio network.

Series 52 audio network with an 52/XR MADI Router and 52/MX consoles.
In this example an 52/XR MADI Router is located in the machine room. The router is connected to the mixing consoles in
the studios (Control Room 1, Control Room 2 and News) via MADI. Within the DHD ethernet network, the router is
able to exchange control data with other devices.
Please find more information about the wiring of an 52/XR MADI Router in the 52/XR Installation Guide.

Index

Index
A
3
32bit float

5
52/MB 23
52/MB at a MADI Port 23
52-5048A - Power Supply Module 48V / 200W 8
52-5310A - MB/XD/XR GPIO Module, 8 out,4 in
29, 38
52-5311A - MB/XD/XR GPIO Module, 8 out,4 in
30, 39
52-5860A - XD/XR RS232/RS422 Extender 8
52-5862A - XD/XR RS232/RS232 Extender 8
52-6063A - XR Router/DSP Frame 3U, empty 8
52-6066A - XR Router/DSP Frame 6U, empty 8
52-6120A - XR Dual MADI Module, multimode 8,
34
52-6125A - XR Dual MADI Module, single mode 8,
35
52-6129A - XR Dual MADI Module,multi/single 36
52-6440A - XR Router/DSP Kernel Module 4096 8,
41
52-6442A - XR Router/DSP Kernel Module 2048 8,
42
52-6710A - XR Router/DSP Sync. Module 8, 45
52-6720A - XR True Output Monitoring 8, 46
52-6850A - XR Comm. Controller, red 8
52-6850A - XR Comm. Controller, red. 43
52-6851A - XR Communication Controller 8, 44
52-8550 - Routing/Scheduling Software 8
52-8551 - Routing Software 8
52-8553 - Additional license for RM52-8550 8
52-8554 - Additional license for RM52-8551 8
52-8555 - Routing Software, basic 8

About this Book 2
Add Devices 19
AES10 MADI 20
Assemble a Device 8
Audio 25
audio network 48
Automatic IP Assignment by a DHCP Server
Automatically via DHCP 11

C
communication 10
Communication Controller 20
Configure and Label Single Inputs and Outputs
Configuring MADI Redundancy 24
Configuring with the Toolbox5 Software 17
Connecting the Device to a PC 10
Controller Modules 8
Controller Redundancy 8

D
DHCP server 11
DHD Communication Server 17
DHD Connection Dialog 26
DHD Maintenance software 27
DHDOM 26
DHDOS 26
DSP Frame I/O 20
DSP Frame I/O Configuration 20

E
Ethernet Interface 10
Example of Use 48

Series 52

Firmware Update 27
Fixed 11
Fixed IP Setting 11

Network Config 11
Network Time Protocol 11
NTP 11
Number of Channels 22

H
Hardware Name
Headroom 20

O
11
Operation with DHDOS and DHDOM

I/O Frames 8
I/O Modules 8
IEEE 802.3u 10
Inputs and Outputs 22
Installing the USB Driver
Internal Synchronisation
IP address 10
IP Basic Settings 10
IP Configuration 11
IP settings 11

Power Supplies 8
Power Supply Redundancy

14
25

L
List of Modules
Load to Device

R
Redundancy Options 8
Retrieve Current 11
Router / DSP Kernel Redundancy
Router Kernel 20

S
8
26

M
MAC address 10
MADI port 20
MADI Redundancy 8
Mail Server 11
Maintenance 27
Maintenance Window 11, 27

Serial No 11
serial number 10
Software 8
subnet mask 10
Sync Module 20
Sync Module Redundancy 8
Sync Source 1 25
Sync Source 2 25
Synchronisation 25
synchronisation source 25

Index

T
Terms of Use 1
The Device Name 11
The Serial Number 11
Time Server 11
Toolbox5 17
transfer rate 10
Transferring a Configuration to a Device

U
Update Firmware 27
USB Interface 14

V
VariSpeed
View menu

25
11

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Encryption                      : Standard V1.2 (40-bit)
User Access                     : Print, Copy
Page Count                      : 54
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Creator Tool                    : http://www.helpandmanual.com
Creation Date                   : 2008:06:16 11:56:24Z
Version ID                      : 1
Document ID                     : 4f5454494b4653554257445a53474644
Format                          : application/pdf
Creator                         : DHD Deubner Hoffmann Digital GmbH
Description                     : 52/XR MADI RouterManual
Subject                         : Digital, Broadcast, Technology
Producer                        : wPDF3 by WPCubed GmbH
Page Mode                       : UseOutlines
Author                          : DHD Deubner Hoffmann Digital GmbH
Title                           : Series 52
Keywords                        : Digital, Broadcast, Technology
Create Date                     : 2008:06:16 11:56:24
Modify Date                     : 2008:06:16 11:56:24

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Dhd Power Cruiser Madi 52 Xr Users Manual Series

52XR to the manual 164506ba-a327-47af-832e-17ee31e7e20a

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