The result of a unique collaboration between live sound mixing experts Soundcraft and
renowned plug-in manufacturer, Universal Audio, the Soundcraft Realtime Rack brings
industry-standard UAD studio plug-ins to the Soundcraft platform. The Realtime Rack
hardware and software delivers tight integration of Soundcraft Vi consoles and UAD Powered Plug-Ins, with (48 kHz) sub-2 millisecond latency and full snapshot store and recall
with Soundcraft’s CUE/Snapshot system. Realtime Rack’s robust SHARC-based processors run audio over standard Optical MADI connections and dual-redundant internal
power supplies ensure that audio signals keep running, even in the event of a power supply failure. Soundcraft Realtime Rack brings the stability of DSP and the sound quality
that Soundcraft and Universal Audio are known for in a scalable, low-latency processing
environment.
Combining the intuitive Vistonics operator interface with pristine sound quality and powerful mixing features, the Soundcraft Vi Series is already established as the first-choice
live sound mixing console for touring and installed applications worldwide.
And now, the Soundcraft Realtime Rack provides access to Universal Audio’s acclaimed
analogue audio processing emulations and award-winning UAD plug-ins. Realtime Rack
software gives Vi console operators all the control they need to insert UAD plug-ins on
individual channels, auxiliary channels, and master busses — just as easily as real hardware. A comprehensive snapshot system allows total recall of all plug-ins and their settings, while tight network integration with the Vi Series ensures that all settings of the
application are stored and recalled with the Vi console.
The UAD Powered Plug-Ins platform offers the world’s most authentic analogue hardware
emulations and award-winning audio plug-ins. Powered by Universal Audio’s DSP Accelerator hardware, UAD Powered Plug-Ins deliver rich, analogue sound quality that would
be difficult or impossible to achieve with native recording systems.
From rare compressors and equalizers, to vintage reverb processors and tape machines,
UAD Powered Plug-Ins inject three-dimensional ‘out-of-the-box’ analogue sound to your
mixes.
Realtime Rack ManualChapter 1: Introduction 12
Realtime Rack Features
Hardware
• Durable 1U Rack enclosure
• 4 SHARC DSPs on-board
• Dual-redundant internal power supplies with failover detection
• Each Realtime Rack unit processes up to 16 channels of a MADI stream (add additional
units for 32, 48, or 64 channels)
• Runs a huge library of UAD Powered Plug-Ins & UAD Direct Developer Plug-Ins
• Dual-Thunderbolt host connectivity
• One set of MADI optical I/O (64 channels @ 48 kHz)
• Word Clock I/O (BNC) and input termination
• Sample Rate support from 44.1 kHz to 96 kHz
• Clock Support for the following formats: Internal, MADI, Word Clock
Software
• Purpose-built Realtime Rack application for inserting UAD Powered Plug-Ins
• Networked integration with select Soundcraft Vi consoles – allows full remote snapshot
triggering and storing
• Create, store, and recall channel strip presets
• Create, store, and recall snapshots
• Up to eight UAD Powered Plug-Ins per-channel
• Meter bridge always displays signal levels on all channels
• Plug-ins are categorized by type for quick assignments
• Large text and graphics for high visibility in live sound environments
• SAFE Mode ensures destructive changes do not occur during a live scenario
• Edit Mode ensures changes can be made as quickly as possible
• Intuitive drag/drop functionality for copy/paste, navigation, and moving plug-ins between
inserts and/or tracks
• Most functions can be navigated and executed without a mouse (via computer keyboard)
• Full screen application minimizes visual clutter
• Delay compensation group channels for maintaining phase alignment (critical for drums)
• Application and Snapshots can be configured without connected hardware for offline
setup and/or sharing with other operators
Realtime Rack ManualChapter 1: Introduction 13
System Requirements
• Realtime Rack hardware unit
• Apple Mac computer with available Thunderbolt 1 or 2 port
• Mac OS X 10.9 Mavericks
• 2 gigabytes available disk space
• Internet connection to download software and authorize UAD plug-ins
• Apple Thunderbolt cable for each Realtime Rack (not included)
• (2) single MADI Optical SC cables or (1) Duplex MADI optical SC cable
for each Realtime Rack (cables not included)
• Cat 5 Ethernet cable (not included)
• Apple Thunderbolt to Gigabit Ethernet Adapter (not included)
Package Contents
• Realtime Rack hardware unit
• Power/AC Mains cables: (1) USA, (1) Europe
• Set of four rack screw with washers
• Getting Started sheet
• For installation software, visit www.uaudio.com/realtimerack/start
Realtime Rack ManualChapter 1: Introduction 14
Realtime Rack System Overview
Realtime Rack has several components that comprise the complete Realtime Rack system. A brief description of each component is provided below, along with a link to complete details about the component.
Soundcraft Vi Series Consoles
Soundcraft Vi Series consoles (Vi1, Vi2, Vi4, and Vi6) are digital mixing/processing systems designed for use in a live sound environment.
Realtime Rack is designed for Vi console integration. Vi consoles integrate with Realtime
Rack via two simultaneous control protocols:
MADI – Digital audio streams are routed between Vi consoles and the Realtime Rack
hardware unit for signal processing via MADI optical I/O (all UAD plug-in signals are
processed in the Realtime Rack hardware unit, not in the Vi console). Use the Vi Console’s powerful Insert and patching system to route signals to and from the Vi console via
MADI.
Ethernet – Digital control signals, for saving and loading Realtime Rack configuration
snapshots, are routed between Vi consoles and the Mac computer running Realtime Rack
software via Ethernet.
Realtime Rack Hardware
The Realtime Rack unit is the 1U rack hardware that performs audio signal processing
on digital audio streams via MADI. The hardware unit contains four SHARC DSPs that
process the UAD Powered Plug-In algorithms. Each unit can process up to 16 MADI
streams, and up to four units can be combined to process a total of 64 MADI streams.
The Realtime Rack hardware is configured and controlled by the Realtime Rack software
application.
For complete hardware details, see “Chapter 2: Hardware” beginning on page 21.
Realtime Rack Software Application
The Realtime Rack application is the software interface for the Realtime Rack hardware
unit. The software configures and controls the hardware unit(s) and UAD Powered PlugIns. The application runs on select Mac computers and it interfaces to the Realtime Rack
hardware via Thunderbolt.
Note: Although UAD Powered Plug-Ins are operated via the Realtime Rack software, the signal processing is performed on the hardware unit’s SHARC DSP, not
the computer’s CPU.
For complete details about the software application, see “Chapter 4: Realtime Rack Ap-
plication” beginning on page 38.
Realtime Rack ManualChapter 1: Introduction 15
UAD Powered Plug-Ins
UAD Powered Plug-Ins are software plug-in titles containing DSP algorithms. UAD plugins are loaded and controlled within the Realtime Rack software for signal processing
on the four SHARC DSPs in the Realtime Rack hardware. Each UAD plug-in contains a
graphical user interface (GUI) and various control parameters that can be manipulated to
achieve the desired sonic results.
Typical UAD plug-in interface
UAD Powered Plug-Ins are developed by Universal Audio and also by Direct Developer
(3rd-party) partners. A wide range of titles are available that are suitable for nearly every
application. The UAD Powered Plug-In titles that are included with Realtime Rack depends on the bundle included with the retail product package:
Core Live – The Core Live bundle includes 17 UAD plug-in titles that were selected as a
fundamental base set for live sound applications.
Ultimate – The Ultimate bundle includes 74 UA-developed titles. Note that Direct Developer titles are not included.
UAD plug-ins that are not included in the retail bundle are optional and purchased separately. Optional UAD plug-ins can be individually evaluated without functional limitations
for 14 days in demo mode, and can be purchased anytime at the UA online store at www.
uaudio.com.
For complete details about how UAD Powered Plug-Ins are used within Realtime Rack,
see “Chapter 6: Using UAD Powered Plug-Ins” beginning on page 134. For complete
details about individual UAD Powered Plug-Ins, see the UAD Plug-Ins Manual which is
placed on the startup disk during software installation.
Note: Realtime Rack, like other UAD devices, can only use UAD Powered Plug-Ins
which are developed specifically for the UAD DSP accelerator platform. Plug-ins
developed for other hosts and platforms (VST, RTAS, AAX, Audio Units, native,
etcetera) cannot be used with the Realtime Rack system.
UAD Meter & Control Panel Software Application
The UAD Meter & Control Panel is used to authorize licensed UAD plug-ins and configure
global functionality that pertains to all UAD devices in the same system (the application
is used for all UAD products).
The application consists of two components: The UAD Meter and the UAD Control Panels. Complete documentation for the UAD Meter & Control Panel application is in “Chap-
ter 5: UAD Meter & Control Panel” beginning on page 121.
Realtime Rack ManualChapter 1: Introduction 16
UAD Meter
The UAD Meter window (shown at right) displays the current DSP, memory, and FireWire
status of all active Realtime Rack hardware
(including multiple devices).
Note: These meters are also represented
in the Realtime Rack application.
UAD Control Panels
The UAD Control Panel window has multiple
panels that display, and enable control of,
various UAD system, plug-in, and global configuration parameters.
The screenshot at right shows the System
Info panel, one of four control panel windows
in the UAD Meter & Control Panel application.
UA Online Store
The UA online store at www.uaudio.com is
where optional UAD plug-in licenses can be
purchased. Promotional coupons are also
redeemed here. All UAD device registrations
and plug-in authorizations are managed here
as well.
For complete details, see “Chapter 7:
My.uaudio.com” beginning on page 142.
Realtime Rack ManualChapter 1: Introduction 17
Documentation Overview
Realtime Rack instructions are separated by areas of functionality, as detailed below.
Documentation is copied to the computer during software installation (documentation
can also be downloaded here).
All manuals are available in PDF format only. PDF files require a free PDF reader application such as Preview (included with Mac OS X) or Adobe Reader.
After software installation, all Realtime Rack documentation can be found on the computer at the following location:
• Macintosh HD/Applications/Universal Audio/
Tip: Documentation can also be accessed by clicking the “View Documentation”
button in the Help panel within the UAD Meter & Control Panel application.
Realtime Rack Manual
The Realtime Rack Manual (this document) contains complete information about the
hardware unit and how to configure and operate the Realtime Rack software. Included
are detailed descriptions for all connections, features, and control functions.
This manual also contains details about the UAD Meter & Control Panel application, obtaining optional UAD plug-in licenses at the UA online store, and more.
UAD Plug-Ins Manual
The features and functionality of all individual UAD Powered Plug-Ins is detailed in the
UAD Plug-Ins Manual. Refer to that document to learn about the operation, controls, and
user interface of each plug-in that is developed by Universal Audio.
Direct Developer Plug-Ins
UAD Powered Plug-Ins includes plug-ins from Direct Developer partners. Documentation
for these 3rd-party plug-ins are separate files that are written and provided by the plug-in
developers themselves. The filenames for these plug-ins are the same as the plug-in title
names.
Soundcraft Vi Series Consoles
Operating instructions for Vi Series consoles is beyond the scope of Realtime Rack documentation. Refer to Soundcraft documentation for all Vi system operating details.
Hyperlinks
Hyperlinks to other pages in the same file and web pages are highlighted in blue text.
Click a hyperlink to jump directly to the linked item.
Tip: Use the “back” button in the PDF reader application to return to the previous
page after clicking a hyperlink.
Realtime Rack ManualChapter 1: Introduction 18
Updated Information & Software
The latest technical information and software for Realtime Rack is posted on the Universal Audio website. Realtime Rack support pages may contain updated, late-breaking
information that is not available in other publications. Please visit the Realtime Rack
support page:
• www.uaudio.com/support/realtime-rack-support
Technical Support
Technical support for Realtime Rack is separated by areas of functionality. Support for
Realtime Rack hardware and Vi Series console integration is provided by Soundcraft,
while support for Realtime Rack software is provided by Universal Audio.
Soundcraft support contact info is below. UA support contact info is here.
Soundcraft: Support for Vi Series Consoles and Realtime Rack Hardware
Contact Soundcraft to obtain technical support for configuration and operation of Vi Series consoles, including how to setup and operate Vi Series consoles with Realtime Rack.
Soundcraft Tech Support (UK)
• Phone: +44 (0) 1707 665000
• Email: csd@soundcraft.com
• Web: Soundcraft Support
Soundcraft Tech support (USA)
• Phone: 1-818-920-3292
• Email: support@soundcraft.com
• Web: Soundcraft Support
Realtime Rack ManualChapter 1: Introduction 19
Universal Audio: Support for Realtime Rack Software
Universal Audio provides free technical support for Realtime Rack software (including
UAD Powered Plug-Ins) to all registered users. Universal Audio does not provide technical support for configuration and operation of Soundcraft Vi Series consoles nor how to
use Vi consoles with Realtime Rack (for hardware and Vi support, click here).
UA Support Hours
Universal Audio support specialists are available to assist you with Realtime Rack software via email and telephone during our normal business hours, which are from 9am to
5pm, Monday through Friday, Pacific Standard Time.
Telephone
USA toll-free: +1-877-698-2834
International: +1-831-440-1176
FAX: +1-831-461-1550
Online Support
To request online support via email, click the link below for a direct link to the help
ticket form:
• www.uaudio.com/my/support/index.php?pg=request
Realtime Rack Support Page
The latest technical information and software for Realtime Rack is posted on the Universal Audio website. Realtime Rack support pages may contain updated, late-breaking
information that is not available in other publications. Please visit the Realtime Rack
support page:
• www.uaudio.com/support/realtime-rack-support
Realtime Rack ManualChapter 1: Introduction 20
Chapter 2: Hardware
Hardware Overview
The Realtime Rack hardware is the 1U rack device that performs audio signal processing
on digital audio streams via MADI optical I/O. The hardware unit contains four SHARC
DSPs that process the UAD Powered Plug-In algorithms. Each unit can process up to
16 MADI streams, and up to four units can be combined to process a total of 64 MADI
streams. Additionally, each unit has dual-redundant internal power supplies and automatic failover protection.
Each Realtime Rack hardware unit is configured and controlled by the Realtime Rack
software application. The MADI channels being processed by each hardware unit is
specified in the Settings tab in the Realtime Rack software.
Front Panel
This section describes the function of all visual indicators and controls on the Realtime
Rack front panel. There are five visual-only elements and one (recessed) hardware RESET button.
123456
RESET
powered by
(1) HOST Indicator
The HOST indicator displays the status of the rear panel Thunderbolt connection to the
host computer system. The indicator is lit when Realtime Rack is connected to, and
properly communicating with, the Mac computer that is running Realtime Rack software.
The Realtime Rack software must be properly installed and configured on the host computer to enable driver connectivity, and the HOST indicator must be illuminated to use
Realtime Rack with all computer and Vi console operations.
Realtime Rack ManualChapter 2: Hardware 21
(2) PSU Indicators
These indicators display the status of the rear panel dual redundant internal power supplies. There is one indicator for each power supply unit (PSU 1 and PSU 2). The color of
each indicator displays the status of the PSU as follows:
White – The PSU is operating normally. The PSU is connected to AC power, and the
power switch for the PSU (rear panel) is in the ON position.
Red – The PSU is not delivering power. This state is caused by one or more of the following conditions:
• The PSU is not connected to AC power
• The power switch for the PSU is in the OFF position
• The PSU has malfunctioned
PSU Indicator notes:
• If one internal power supply unit fails, Realtime Rack will continue to process
audio signals.
• It is normal for the PSU indicator to flash red upon power up of the hardware
(3) POWER Indicator
The Soundcraft Realtime Rack logo is lit when the hardware unit is receiving proper operating voltages from one or both internal power supply units.
(4 & 5) MADI Indicators
These indicators represent whether or not MADI digital audio signals are present at the
rear panel MADI I/O connectors. There is one indicator for MADI input and one for MADI
output. The state of each indicator represents the MADI signals as follows:
White (bright) – The audio level of any channel in the MADI stream is above -60 dB.
White (dim) – The MADI stream is detected but no channels are above -60 dB.
Black (off) – No audio signals are present in the MADI stream.
(4) MADI IN Indicator
Indicates the state of digital audio signals at the rear panel MADI input connector.
(5) MADI OUT Indicator
Indicates the state of digital audio signals at the rear panel MADI output connector.
(6) RESET Button
This recessed button executes a hardware reset and initializes the unit. Reset should
only be performed if there is an unrecoverable failure and all other troubleshooting techniques are exhausted.
Note: Pressing this switch interrupts power to the Realtime Rack hardware unit.
It performs the same function as manually turning off the unit with the rear panel
PSU switches.
Realtime Rack ManualChapter 2: Hardware 22
Rear Panel
DESIGNED IN CALIFORNIA• MADE IN CHINA
This section describes the function of all switches and connectors on the Realtime Rack
front panel.
1
PSU 1
100V-240V
0.30A 50-60 Hz
PSU 2
100V-240V
0.30A 50-60 Hz
SOUNDCRAFT
REALTIME RACK
2
(1) AC Power Inputs
Connect standard detachable IEC power cables to the dual redundant internal power supply units here.
Each PSU accepts 100VAC – 240VAC, 50-60 Hz. The Realtime Rack hardware unit
draws a total maximum of 30 Watts of power.
Note: One PSU and power cable can be used if failover operation is not desired.
(2) Power Switches
Each PSU has its own integrated power switch. AC power is passed to the PSU when the
switch is in the in (“I”) position.
Automatic Failover
Realtime Rack’s integrated failover circuitry automatically maintains power to the Realtime Rack hardware. In the event that one of the internal power supplies malfunctions or
if power to one of the PSUs is interrupted, Realtime Rack will continue to process audio.
Realtime Rack ManualChapter 2: Hardware 23
Rear Panel (continued)
789
3
( )
PORT 1
UNIVERSAL AUDIO, INC.
PORT 2
( )
4
1394b 11394b 2
56
IN
ON
OFF
MADI IN
.
(3) Thunderbolt Ports
Connect a Thunderbolt cable (not included) between one of these ports and the Thunderbolt port on the Mac host computer that is running the Realtime Rack software application. The HOST indicator on the front panel is lit when the connection is established.
Either port can be used for the host computer connection (the port numbers are inconsequential). The other port remains available for other Thunderbolt connections, for example additional Realtime Rack units or the Apple Thunderbolt to Gigabit Ethernet Adapter.
(4) Word Clock Out
This BNC connector transmits a standard (1x) word clock when Realtime Rack is set to
use its internal clock. The clock rate sent by this port matches the current system sample rate, as specified in the Hardware tab within the Realtime Rack software application.
When Realtime Rack is set to use external word clock as its clock, Realtime Rack is a
word clock slave. If the incoming external word clock is within ±0.5% of a supported
sample rate (44.1 kHz, 48 kHz, 88.2 kHz, 96 kHz), Word Clock Out will mirror Word
Clock In with a slight phase delay of about 40 nanoseconds.
(5) Word Clock In
Realtime Rack’s internal clock can be synchronized (slaved) to an external master word
clock. This is accomplished by setting Realtime Rack’s clock source to Word Clock in the
Hardware tab within the Realtime Rack software’s Settings view, connecting the external
word clock’s BNC connector to Realtime Rack’s word clock input, and setting the external device to transmit word clock. If Realtime Rack is the last device in the clock chain,
the Termination switch (6) should be engaged.
Note: Realtime Rack can be synchronized to an external “1x” clock signal only.
Superclock, overclocking, and subclocking are not supported.
Realtime Rack ManualChapter 2: Hardware 24
(6) Word Clock Termination Switch
This pushbutton switch provides internal 75-ohm word clock input signal termination
when required. Word clock termination is active when the switch is engaged (depressed).
Realtime Rack’s termination switch should only be engaged when Realtime Rack is set to
sync to external word clock and it is the last device at the receiving end of a word clock
cable. For example, if Realtime Rack is the last “slave” unit at the end of a clock chain
(when Realtime Rack’s word clock out port is not used), termination should be active.
(7) 1394b Ports
The 1394b ports are for development and manufacturing purposes only. The have no
functionality within the Realtime Rack system.
Important: Do not attach any devices to the 1394b ports, and do not connect the
FireWire ports to a host computer.
(8 & 9) MADI I/O Ports
The MADI I/O ports are used for digital audio interconnections between the Realtime
Rack hardware unit and the Soundcraft Vi-series consoles. Dual Optical SC-Plug (ISO/
IEC 9314-3) connectors are provided.
(8) MADI OUT
Connect this port to the MADI optical input on the Soundcraft Vi console.
(9) MADI IN
Connect this port to the MADI optical output on the Soundcraft Vi console.
Realtime Rack ManualChapter 2: Hardware 25
Standalone Behavior
Realtime Rack supports limited standalone functionality in the event that the Thunderbolt connection to the Mac host computer is lost, or if the Realtime Rack hardware unit
is power cycled and no host computer is found upon re-powering the hardware.
Thunderbolt connection lost – In the event that the Thunderbolt cable is removed at one
or both ends, or if the Mac host computer is otherwise no longer detected, Realtime Rack
will continue to process audio in the same state as when the connection was lost, including UAD plug-in processing. If/when the host connection is reestablished, the Realtime
Rack software will be updated to reflect the current state of the hardware, and software
control is resumed.
Important: Reestablishing the Thunderbolt host-to-hardware connection will cause
a temporary mute of the audio streams as channels and plug-ins are re-allocated.
In the event of a mid-show failure, wait until it is acceptable to hear a mute in the
audio path (e.g., not in the middle of a song).
Power cycled, no host found – In the event that power to the Realtime Rack hardware
unit is completely interrupted then reestablished and/or the unit is manually power cycled or reset, and the host computer cannot be detected after re-powering the hardware,
Realtime Rack will function in “all MADI inputs to all MADI outputs” mode without UAD
plug-in processing. This ensures that audio can still be routed by the Vi console, even if
the Realtime Rack software connection cannot be established.
Realtime Rack ManualChapter 2: Hardware 26
Chapter 3: System Setup
System Setup Overview
Realtime Rack system setup requires these primary procedures, all of which are detailed
in this chapter:
• System connections (device wiring)
• Realtime Rack software installation
• Hardware device registration and UAD plug-in authorization
• Computer operating system software configuration
• Realtime Rack software configuration
System Requirements
All system requirements must be met for the Realtime Rack system to operate properly.
Before proceeding, confirm the System Requirements on page 14 are met.
About Registration and Authorization
The Realtime Rack hardware unit must be registered and authorized at my.uaudio.com
to unlock UAD Powered Plug-Ins that were bundled with the product. Registration only
needs to be completed once, however authorization must be completed each time the
Realtime Rack software is updated.
Note: Registration is not a separate procedure; it's part of the initial authorization
process and only occurs once.
The Realtime Rack hardware stores its authorization and UAD licenses in the device
itself, so the unit can be connected to a different computer without repeating the authorization process. UAD plug-ins that were not bundled with the product can be evaluated
without functional restriction during a demonstration mode that expires after 14 days.
Realtime Rack ManualChapter 3: System Setup 27
System Connections
Interconnect the Realtime Rack hardware unit, the Realtime Rack software host computer, and the Soundcraft Vi console using the illustrations in this section.
About Realtime Rack system connections
• Connect Realtime Rack to the host computer via Thunderbolt only (do not connect
to the host computer via 1394b ports).
• Although the Thunderbolt ports are numbered, the numbers are inconsequential
and either port can be used.
• If available, the host computer’s built-in Ethernet port can be used to connect to
the Soundcraft Vi console instead of via the Apple Thunderbolt to Gigabit Ethernet
Adapter (Apple part number MD463ZM/A).
• Alternately, the Apple USB Ethernet Adapter (Apple part number MC704ZM/A)
can be used at the computer for the Ethernet connection (instead of the Thunderbolt to Gigabit Ethernet Adapter).
• The MADI channels to be processed by Realtime Rack are specified in the Hardware panel of the Settings page within the Realtime Rack software application.
• When synchronizing to external Word Clock, the first unit (MADI channels 1 – 16)
must receive the Word Clock, then pass the clock to the second unit and so on
(via daisy-chaining), for up to four units.
About Vi Console HiQNet (Ethernet) connections
• Vi 1 consoles – The HiQnet port is
on the rear of the control surface,
adjacent to the rear USB sockets
(as shown at right).
Important: The HiQnet port on early Vi
1 consoles (serial numbers lower than
30210956) is only able to drive short
cable lengths, max recommended
length 1 metre (3 feet). Therefore use
a network switch positioned close to
the rear of the console to extend the
cable length if required.
• Vi 2, 4, and 6 consoles – The
HiQnet port is located on the rear
of the Control Surface, adjacent to
the MIDI ports (as shown at right).
The port is capable of driving standard Ethernet distances of up to
100 meters.
Realtime Rack ManualChapter 3: System Setup 28
Single Unit Wiring
The diagram below illustrates connections for one Realtime Rack unit for up to 16 channels of UAD plug-in processing.
Cables Required (not included):
• One Thunderbolt cable between Realtime Rack and computer for software control
• Two MADI optical cables (or a single duplex cable) between Realtime Rack and Vi
console for digital audio
• One Cat 5 Ethernet cable between host Mac and Vi console for snapshot control
• One Apple Thunderbolt to Gigabit Ethernet Adapter (Apple part number
MD463ZM/A) for Ethernet
Single Unit
Wiring
Soundcraft Vi
Console Surface
Soundcraft Vi
MADI Ports
Rear Panel
HiQnet™
Ethernet
Port
MADI Optical SC
Thunderbolt
( )
PORT 1
UNIVERSAL AUDIO, INC.
( )
PORT 2
Realtime Rack Unit
Ethernet
Adapter
Ethernet
System interconnections for a single Realtime Rack setup
Thunderbolt Mac running
Realtime Rack software
MADI IN
Thunderbolt
Realtime Rack ManualChapter 3: System Setup 29
Multi-Unit Wiring
Soundcraft Vi
MADI Ports
MADI Optical SC
Ethernet
Thunderbolt
Soundcraft Vi
Console Surface
Rear Panel
Realtime Rack Unit
UNIVERSAL AUDIO, INC.
PORT 1
( )
PORT 2
( )
MADI IN
Thunderbolt Mac running
Realtime Rack software
Thunderbolt
Ethernet
Adapter
HiQnet™
Ethernet
Port
Single Unit
Wiring
The diagram below illustrates connections for 2, 3, or 4 Realtime Rack units for up to 64
channels of UAD plug-in processing (16 MADI channels for each Realtime Rack unit).
Important: Multi-unit wiring in this section is newer than (and differs from) the
"Getting Started" sheet that is included inside the retail box with early units.
Cables Required (not included):
• One Thunderbolt cable between Realtime Rack and computer for software control
• One Thunderbolt cable for each additional Realtime Rack for unit interlink
• One MADI optical cable between Vi console and the first Realtime Rack and for
the digital audio send
• One MADI optical cable between the last Realtime Rack and Vi console for digital
audio return
• One MADI optical cable for each additional Realtime Rack for unit interlink
Note: Duplex cables are not applicable with multi-unit configurations.
• One Cat 5 Ethernet cable between host Mac and Vi console for snapshot control
• One Apple Thunderbolt to Gigabit Ethernet Adapter (Apple part number
MD463ZM/A) for Ethernet
Multi-Unit
Wiring
HiQnet™
Ethernet
Vi Surface
Rear Panel
Port
MADI Optical SC
( )
( )
PORT 2
Ethernet
PORT 1
UNIVERSAL AUDIO, INC.
( )
PORT 1
UNIVERSAL AUDIO, INC.
( )
PORT 2
1394b 1 1394b 2
MADI IN
1394b 1 1394b 2
MADI IN
( )
( )
PORT 2
PORT 1
UNIVERSAL AUDIO, INC.
( )
( )
PORT 2
PORT 1
UNIVERSAL AUDIO, INC.
Vi MADI Ports
System interconnections for a multi-unit Realtime Rack setup
1394b 1 1394b 2
1394b 1 1394b 2
MADI IN
MADI IN
Thunderbolt
Thunderbolt Mac running
Realtime Rack software
Realtime Rack ManualChapter 3: System Setup 30
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