GDC SR-1000 Installation Manual

INSTALLATION MANUAL FOR SR-1000 STANDALONE IMB™
SMS Version 17.0
September 11th, 2025
TABLE OF CONTENTS
TABLE OF CONTENTS
1.
INTRODUCTION ............................................................................................ 5
1.1.
2.
Equipment List .......................................................................................... 6
1.1.1.
SR-1000 IMB Equipment List ........................................................................ 6
1.1.2.
Enterprise Storage Equipment List ............................................................. 8
INSTALLING SR-1000 INTO THE PROJECTOR .......................................... 9
2.1.
Remove existing interface board/placeholders from the Projector ..... 10
2.1.1.
Barco Projector Placement......................................................................... 10
2.1.2.
Christie Projector Placement ..................................................................... 11
2.1.3.
NEC Projector Placement ........................................................................... 11
2.2.
Installing the SR-1000 into the Projector ............................................... 12
2.3.
Projector Network ................................................................................... 12
3. CONNECTING PORTABLE STORAGE/ENTERPRISE STORAGE WITH
THE SR-1000 ..................................................................................................... 13
3.1.
Connecting the Portable Storage........................................................... 13
3.2.
Connecting the Enterprise Storage ....................................................... 14
3.2.1.
4.
Placement of the Enterprise Storage ........................................................ 15
POWER ON/OFF SEQUENCE .................................................................... 16
4.1.
Power Up Sequence................................................................................ 16
4.2.
Power Down Sequence ........................................................................... 16
5.
SR-1000 WEB UI ACCESS ......................................................................... 17
6.
SR-1000 NETWORK SETUP....................................................................... 18
7.
STORAGE CONFIGURATION .................................................................... 20
8.
SERIES 2 PROJECTOR SETUP ................................................................. 22
9.
8.1.
IMB Marriage and Clearing the Service Door Tamper from the SR-1000
22
8.2.
Barco Series 2 Projector Setup .............................................................. 23
8.3.
NEC Series 2 Projector ........................................................................... 24
8.4.
Christie Series 2 Projector ..................................................................... 25
8.5.
3D settings for Series 2 Projectors ........................................................ 27
TIME ZONE SETUP ..................................................................................... 28
10. CONTENT INGEST MANAGEMENT SETUP.............................................. 29
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TABLE OF CONTENTS
10.1.
Content Ingest from USB Disk ............................................................... 29
10.2.
Content Ingest from FTP ........................................................................ 30
11. AUDIO SETUP............................................................................................. 31
12. SUBTITLES ................................................................................................. 33
13. AUTOMATION SETUP ................................................................................ 34
13.1.
Automation setup for Server GPIO ........................................................ 34
13.2.
Automation setup for Projectors ........................................................... 35
13.3.
Automation setup for eCNA devices ..................................................... 36
13.4.
Automation setup for JNIOR devices .................................................... 37
13.5.
Automation setup for Christie ACT devices.......................................... 38
13.6.
Automation setup for Dolby devices ..................................................... 39
13.7.
Automation setup for USL DAX devices ............................................... 40
13.8.
Automation setup for USL JSD devices ................................................ 41
13.9.
Automation Setup for AIB-2000 Audio IO Box ...................................... 42
14. COMPONENT ENGINNERING TA-10 SETUP ............................................ 43
15. TESTING PROCEDURES FOR QC AFTER INSTALLATION .................... 44
16. SR-1000 INPUT AND OUTPUT ................................................................... 45
16.1.
AES Audio and GPIO Pinout .................................................................. 45
16.2.
Audio AES 17-24 Pinout (for SR-1000 Extreme -24) ............................. 45
16.3.
GPIO Power Details................................................................................. 46
16.4.
Audio Output from the SR-1000 ............................................................. 47
16.5.
Audio Input to the SR-1000 .................................................................... 47
16.5.1. HDMI Input .................................................................................................... 47
16.6. Examples of a complete Audio input/output solution (for 5.1/7.1 Audio
formats) ............................................................................................................... 48
16.6.1. Audio input/output solution using AIB-2000 (suitable for connection to
analog Amplifiers/Crossovers)............................................................................ 48
16.6.1.1.
Connections Requirements ............................................................................49
16.6.2. Audio input/output solution using AIB-2000 (suitable for connection to
digital Amplifiers) ................................................................................................. 51
16.6.2.1.
16.7.
Connection Requirements ..............................................................................52
Technical Specifications of AIB-2000 Audio IO Box ............................. 54
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Thank you for purchasing a GDC SR-1000 Standalone IMB™ from GDC Technology
Limited.
To ensure proper operation and to maximize value of the SR-1000, please review this Installation Manual. It will guide
you through all the features and benefits of the new SR-1000 Standalone IMB™.
COPYRIGHT NOTICE
Copyright © 2025 by GDC Technology Limited. All Rights Reserved.
No part of this manual may be copied or distributed, transmitted, transcribed, stored in a retrieval system, or translated into any
human or computer language, in a form or by any means, electronic, mechanical, photocopying, recording, magnetic, optical,
manual or otherwise, or disclosed to third parties without prior written permission of GDC Technology Limited.
MANUAL DISCLAIMER
This manual is made with version 17.0 and there might be slight differences depending on the software version the IMB is running.
The contents, features and specifications stated in this manual are subject to change without notice due to continuous product
development and improvements. In no other event shall GDC Technology Limited be liable for any loss of profit or any other
commercial damages, including but not limited to special, consequential, or other damages.
FCC COMPLIANCE STATEMENT
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not
cause harmful interference, and (2) this device must accept any interference received, including interference that may cause
undesired operation.
NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the
FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is
operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not
installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation
of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the
interference at his own expense.
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CONTACTS AND OFFICES
CONTACTS AND OFFICES
Website
Contact Us
INSTALLATION MANUAL FOR SR-1000 STANDALONE IMB™
Worldwide Offices
-4 -
24/7 Support
September 11th, 2025
1. INTRODUCTION
1. INTRODUCTION
This document is a guide through the process of setting up the SR-1000 with the projector, audio
system and automation devices used in Cinemas.
In this manual, the SR-1000 Web UI is used to configure the SR-1000. The Dashboard tab of the
SR-1000 Web UI is shown below (Refer to Figure 1).
Figure 1: Dashboard tab
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1.INTRODUCTION
1.1. Equipment List
This section provides a suggested installation configuration of GDC SR-1000 for reference.
Please contact our sales representative to specify the accessories needed for the installation.
1.1.1. SR-1000 IMB Equipment List
The SR-1000 packaging includes the components mentioned below:
Item
Qty
SR-1000 Unit with projector cover plate
1
RJ45 AES Audio Cable
1#
RJ45 GPIO Cables
2#
Network Cable
1
RJ45 to DB25 Audio Converter
1#
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1.INTRODUCTION
1*
RJ45 AES 17-24 Audio Cable
Table 1: SR-1000 Equipment List
#
Subject to actual configuration. Please specify with our sales representative.
* Included in packaging for SR-1000 Extreme -24 configuration only. Refer to Section 16.2 for more details regarding this cable.
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1.INTRODUCTION
1.1.2. Enterprise Storage Equipment List
The Enterprise Storage packaging includes the components mentioned below:
Item
Qty
Enterprise Storage unit
1
3.5” SATA HDD
5*
Power Cord
1
eSATA Cable
Photo
1
Quick Start Guide
1
Table 2: Enterprise Storage Equipment List
* The number of HDD is subject to change without notice due to ongoing product development and improvement.
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3.CONNECTING PORTABLE STORAGE/ENTERPRISE STORAGE WITH THE SR-1000
2. INSTALLING SR-1000 INTO THE PROJECTOR
NOTE: If the projector comes with the GDC IMB pre-installed, the instructions in this section can
be skipped.
This section of the manual describes the physical installation of the SR-1000 into the projector. If
the projector does not have the GDC SR-1000 installed, follow the steps below to install the SR1000 into the projector.
Figure 2: SR-1000 Standalone IMB™
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3.CONNECTING PORTABLE STORAGE/ENTERPRISE STORAGE WITH THE SR-1000
2.1. Remove existing interface board/placeholders from
the Projector
Before installing the SR-1000, check the sections below to ensure proper placement.
2.1.1. Barco Projector Placement
Figure 3 shows an interface board (with SMPTE 292 inputs) connected to a Barco projector.
This board must be removed in order to install the SR-1000, as shown in Figure 4.
Figure 3: Remove interface board from Barco Projector
Figure 4: SR-1000 Placement on Barco Projector
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3.CONNECTING PORTABLE STORAGE/ENTERPRISE STORAGE WITH THE SR-1000
2.1.2. Christie Projector Placement
Figure 5 shows the location where the SR-1000 should be installed on a Christie projector.
Remove any existing interface boards or placeholder faceplates from this position before
installing the SR-1000.
Figure 5: SR-1000 Placement on Christie projector
2.1.3. NEC Projector Placement
Figure 6 shows the location where the SR-1000 should be installed on a NEC projector.
Remove any existing interface boards or placeholder faceplates from this position before
installing the SR-1000.
Figure 6: SR-1000 Placement on NEC projector
NOTE: When installing the SR-1000 into any NEC projector, it is recommended to install it
into the top slot of the projector. If the SR-1000 is installed into the bottom slot, the board
runs the risk of coming in contact with the IMB enclosure.
Please refer to the respective projector manuals for more details on preparing the projector
for SR-1000 installation.
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3.CONNECTING PORTABLE STORAGE/ENTERPRISE STORAGE WITH THE SR-1000
2.2. Installing the SR-1000 into the Projector
Please make sure the projector is powered off before installing the SR-1000 on the projector.
NOTE: Please check the SR-1000 for any physical damage like loose or burnt component
before installing it into the projector.
Figure 7: Installing the SR-1000 into the Projector
Insert the SR-1000 into the projector’s IMB slot, as shown in Figure 7. The SR-1000 should
slide into the projector on the rails provided by the IMB slot, and the SR-1000 faceplate should
be flush with the other existing faceplates once properly inserted.
2.3. Projector Network
Connect the provided Cat 5e LAN cable from the SR-1000 Gigabit 2 network port to cinema
network. Please see Section 6 for IP network instructions after the SR-1000 is installed.
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3.CONNECTING PORTABLE STORAGE/ENTERPRISE STORAGE WITH THE SR-1000
3. CONNECTING PORTABLE STORAGE/ENTERPRISE
STORAGE WITH THE SR-1000
For more details on installation of the Enterprise Storage, please refer to ‘GDC Installation
Manual for Portable Storage and Enterprise Storage’.
3.1. Connecting the Portable Storage
1. Connect the power adapter provided in the package to the DC power connector on the
back panel of the Portable Storage (refer to Figure 8). The other end of the power cord
needs to be connected to a recommended power outlet (100 to 240V~, 60 to 50Hz, 2A).
2. Connect one end of the eSATA cable provided in the package to the eSATA port of the
Portable Storage and tighten the screw, as shown in Figure 8.
Figure 8: Connect eSATA cable to the Portable Storage
3. Connect the other end to the eSATA cable to the eSATA port on the SR-1000 IMB and
tighten the screw, as shown in Figure 9.
Figure 9: Insert eSATA cable into SR-1000 eSATA port
NOTE: To use Portable Storage as the content source, it MUST be connected to the eSATA
port of the SR-1000 board.
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3.CONNECTING PORTABLE STORAGE/ENTERPRISE STORAGE WITH THE SR-1000
3.2. Connecting the Enterprise Storage
1. Connect the power cord provided in the package to the power connector on the back panel
of the Enterprise Storage (refer to Figure 10). The other end of the power cord needs to be
connected to a recommended power outlet (100 to 240V~, 63 to 47Hz, 4.5-2A).
2. Connect one end of the eSATA cable provided in the package to the eSATA port of the
Enterprise Storage and tighten the screw, as shown in Figure 10.
Figure 10: Connect eSATA cable to the Enterprise Storage
3. Connect the other end to the eSATA cable to the eSATA port on the SR-1000 IMB and
tighten the screw, as shown in Figure 11.
Figure 11: Insert eSATA cable into SR-1000 eSATA port
NOTE: To use the Enterprise Storage as the content source, it MUST be connected to the
eSATA port of the SR-1000 board.
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3.CONNECTING PORTABLE STORAGE/ENTERPRISE STORAGE WITH THE SR-1000
3.2.1. Placement of the Enterprise Storage
It is recommended that the Enterprise Storage unit should be placed on the projector pedestal
as illustrated in Figure 12, such that the eSATA cable length (provided with the package) is
sufficient enough to establish the connection between the IMB & Enterprise Storage.
Please ensure that the eSATA cable is not bent sharply or stressed.
Figure 12: Enterprise Storage Placement
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3.CONNECTING PORTABLE STORAGE/ENTERPRISE STORAGE WITH THE SR-1000
4. POWER ON/OFF SEQUENCE
4.1. Power Up Sequence
Always power up the Enterprise Storage/Portable Storage before powering up the Projector.
The Enterprise Storage/Portable Storage must be powered up first to be correctly identified
by the SR-1000 IMB.
4.2. Power Down Sequence
Always power down the SR-1000 and Projector with the following steps:
1. Power down the SR-1000 by using the Shutdown button on the Web UI Dashboard.
2. Power down the Enterprise Storage/Portable Storage attached to the SR-1000.
3. Power down the Projector after the SR-1000 has powered down.
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5. SR-1000 WEB UI ACCESS
5. SR-1000 WEB UI ACCESS
The SR-1000 uses a web-based user interface. The following steps show how to access the
SR-1000 Web UI:
1. Assuming the SR-1000 is using its default IP Address, which is 192.168.1.12, connect a
laptop/PC to the Gigabit 2 network port of the SR-1000. Configure the laptop/PC to the
same network as the SR-1000.
2. The SR-1000 Web UI can be accessed by a web browser (Google Chrome™ or
Mozilla Firefox™ are recommended).
3. Enter the IP address of the SR-1000 in the web browser, to access the login page on
the Web UI.
4. There are three levels of users available (User/Technician/Maintenance). Select the required
access level and enter the corresponding password to login to the Web UI.
5. Select the preferred UI language by clicking on the corresponding flag icon, as
shown in Figure 13.
Figure 13: SR-1000 Web UI Login Page
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6. SR-1000 NETWORK SETUP
6. SR-1000 NETWORK SETUP
The SR-1000 Network settings can be accessed from Configuration → System sub-tab. The IPs
for the IMB network interfaces can be updated by following the steps mentioned below:
1. Login as to the SR-1000 Web UI using Maintenance access level.
2. Go to the Configuration → System → Network Configuration section.
3. By default, the IMB Ethernet 2 is the main IP address of the SR-1000. The Web-UI
interface can be reached at this IP address. The IMB Ethernet 2 IP Address can be
updated as per the cinema's management network & the subsequent Subnet Mask &
Gateway values need to be entered.
4. As an option; a Secondary IP address and Subnet Mask for the SR-1000 can be
mentioned by checking the IMB Ethernet 1 checkbox. This can be used to connect to
the cinema's content network.
5. Once the IP values have been entered, click on the Validate IPs button to check
their correctness.
Figure 14: IMB Network Configuration (1)
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6. SR-1000 NETWORK SETUP
6. If all of the IP addresses are valid, a popup window will appear, as shown in .
7. Click OK to exit and then Save to save these settings.
Figure 15: IMB Network Configuration (2)
NOTE: The SR-1000 IMB IPs may be changed to a cinema-specific IP scheme, keeping in
mind the following rules:
•
All IP Addresses must be unique.
•
The IMB Ethernet 2 and IMB Ethernet 1 must be on separate subnets.
•
The IMB Ethernet 1 IP must be configured as per the cinema’s content network. Therefore,
one IP Address must be allocated for each SR-1000 IMB on the cinema’s content network.
•
Assigned IP Addresses should not conflict with other devices in the cinema’s network
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7. STORAGE CONFIGURATION
7. STORAGE CONFIGURATION
The IMB Storage settings for the SR-1000 can be accessed from the Configuration → Storage
sub-tab.
1. Go to Configuration → Storage → IMB Storage section.
2. Under IMB Storage section, the following options are available under the
Storage Type dropdown:
• NAS: Connect to NFS server for storage.
• CineCacheTM : Use CineCacheTM for storage (For SR-1000 with CineCacheTM
installed only).
• Portable/Enterprise Storage: Configure the SR-1000 to use Portable or
Enterprise Storage.
Figure 16: IMB Storage settings
3. Select the Storage Type as ‘Portable/Enterprise Storage’. The Enterprise
Storage/Portable Storage is now set as the Primary Storage.
4. Check the Enable Secondary Storage option & select ‘CineCache’ from the dropdown.
The CineCache™ is now set as the Secondary Storage.
5. Click Save to save these settings.
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7. STORAGE CONFIGURATION
6. Go to Dashboard tab, click the Restart button followed by OK to confirm. This is to ensure
all components in the SR-1000 are able to detect the selected storage after restart.
7. The SR-1000 will restart and use the selected option for storage.
Figure 17: Dashboard tab
Figure 18: Restart window
NOTE: For GDC Cinema Automation 2.0 (CA 2.0) setup with Centralized Playback;
please choose ‘CineCache’ as the Primary Storage in Storage Type along with Priority as
‘Attached Storage’.
For a non-CA 2.0 setup; please choose either ‘Portable/Enterprise Storage’, CineCache’ or
‘NAS’ as the Primary storage in Storage Type along with the Priority as ‘IMB Storage’.
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8. SERIES 2 PROJECTOR SETUP
8. SERIES 2 PROJECTOR SETUP
To configure a Series 2 projector to play content with the SR-1000, follow the instructions
mentioned below:
▪
▪
▪
IMB Marriage must be done,
Service door tamper must be cleared
The projector must be set up according to the requirements of the projector manufacturer.
8.1. IMB Marriage and Clearing the Service Door Tamper
from the SR-1000
Follow the steps below to perform the marriage between the SR-1000 and to clear the service
door tamper on the SR-1000:
1.
2.
3.
4.
5.
Under the Configuration tab in the menu, click the System sub-tab.
Go to Clear IMB Tampers section.
Click Marry to perform the marriage of the projector and the SR-1000.
Click Close to clear the door tamper errors with the projector
After the IMB marriage is performed and the tampers are cleared; green ‘Married’ and
‘Closed’ indicators will be shown respectively (as seen in Figure 19).
Figure 19: Clear IMB tampers
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8. SERIES 2 PROJECTOR SETUP
8.2. Barco Series 2 Projector Setup
No system configuration is required for Barco Series 2 projector to work with the SR-1000. The
Service Door/Marriage Tamper on the server must be cleared before the SR-1000 can be used
for playback.
In order to use the SR-1000 for content playback, the INPUT source of the projector macros
should be set to “Mediablock” (as shown in Figure 20). If the input file is not present, please
download and install the latest projector configuration files for your projector. For details, please
refer to the projector manual.
Figure 20: INPUT source settings on Barco Series 2 Projector
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8. SERIES 2 PROJECTOR SETUP
8.3. NEC Series 2 Projector
In order to configure an NEC Series 2 projector to work with the SR-1000, the following steps
must be taken:
1. Switch on the projector so that it is in ‘STANDBY’ mode.
2. Use the Digital Cinema Communicator for S2 Windows software provided by NEC to
connect to the projector.
3. Select [Start] → [Mode] → [Service] and enter the Service password to activate service
mode operation (as shown in ).
Figure 21: Service Mode on NEC Digital Cinema Communicator
4. Select [Setup] → [Option Slot] on the Digital Cinema Communicator and select IMB for
Slot B in Option Slot Setting (as shown in Figure 22).
Figure 22: Option slot settings on NEC Digital Cinema Communicator
5. Select [Start] → [Power] → [On] to power on the projector.
6. Clear the Service Door/Marriage Tamper on the SR-1000.
To use the SR-1000 for content playback, the INPUT source of the projector macros must be set to IMB.
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8. SERIES 2 PROJECTOR SETUP
8.4. Christie Series 2 Projector
In order to configure a Christie Series 2 projector to work with the SR-1000, the following steps
must be taken:
1. Switch on the projector.
2. Log in to the [Marriage] account on the projector TPC. Select [Menu] → [Login] (as
shown in Figure 23).
Figure 23: Marriage account
3. Enter Username as [marriage] and its password and click [Login] button (as shown in
Figure 24).
Figure 24: Marriage account login
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8. SERIES 2 PROJECTOR SETUP
4. Select [Menu] → [Administrator Setup] → [Content Devices Configuration] (as shown
in Figure 25).
Figure 25: Content Devices Configuration
5. Select [GDC] for the [IMB Installed] (as shown in Figure 26).
Figure 26: Content Devices Configuration
6. Clear the Service Door/Marriage Tamper on the SR-1000.
To use the SR-1000 for content playback, the INPUT for projector channel must be set to
[IMB-Generic].
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8. SERIES 2 PROJECTOR SETUP
8.5. 3D settings for Series 2 Projectors
The 3D macros for Series 2 projectors should be configured with the following settings for
‘3D Input Control’:
▪
▪
▪
▪
3D Sync Input Mode: ‘Use ‘Line Interleave’ (first line=Left, second line=Right)’
L/R Display Reference: ‘Not Used’
Frame Rate: ‘6:2’
L/R Display Sequence: ‘Left (L1R1 L2R2)’
The following shows 3D settings on a Christie projector as an example (refer to Figure 27).
Figure 27: 3D macro settings for Christie Series 2 projectors
The settings for 3D output control (‘3D Sync Polarity’, ‘Dark Time’, ‘Output Delay’ and ‘Phase
Delay’) should be customized according to the type of 3D system used (RealD, XpanD or Dolby3D).
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9. TIME ZONE SETUP
9. TIME ZONE SETUP
The SR-1000 may or may not arrive with the local time zone set. The following steps show how to
change the time zone on the server.
1. Go to the Configuration → System → Configure TimeZone section.
2. Select the Region/City in the TimeZone Select dropdown and click the Set button.
3. Click Save to save this setting.
Figure 28: TimeZone setting
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10. CONTENT INGEST MANAGEMENT SETUP
10. CONTENT INGEST MANAGEMENT SETUP
An ingest source must be configured before content can be transferred to the SR-1000. This
section shows the configuration for content ingest from two different source types. The same
steps can be used to set up content ingest sources using other sources.
10.1. Content Ingest from USB Disk
The following steps describe the content ingestion from an external USB hard drive:
1. Under the Content tab in the menu, click the Source drop-down and select the
Ingest option.
2. Under the Source list on the left, select USB Drive.
3. Select the USB storage device and partition from the respective drop-downs.
4. Click OK to choose content to be ingested from the USB disk.
Figure 29: Content source setting
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10. CONTENT INGEST MANAGEMENT SETUP
10.2. Content Ingest from FTP
Follow the steps below to setup content ingestion from an FTP server:
1. Under the Content tab in the menu, click the Source drop-down and select the
Manage option.
2. Under the Source list on the left, click the Create button.
3. Select ‘FTP’ as the source Type. Enter the FTP Name. In this case, we use
“Test FTP”. Enter the respective parameters for IP Address, Port, Source Path, Username
and Password.
4. Click Save to save these setting.
Figure 30: Content source settings
5. Click Open to connect to the FTP server and choose the content for ingest.
Figure 31: Content source settings
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11. AUDIO SETUP
11.
AUDIO SETUP
The SR-1000 features AES digital audio signal via two RJ45 Outputs. For compatibility with most
audio processors on the market, a standard RJ45 to DB25 connector is included in the packaging
(please refer to Figure 32).
Figure 32: RJ45→DB25 Audio Connector
Figure 33: RJ45→DB25 pinout (For traditional audio connector)
Figure 34: RJ45→DB25 pinout (For CP750/JSD80 audio connector)
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11. AUDIO SETUP
Figure 35: AES Audio RJ45 pinout
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12. SUBTITLES
12.
SUBTITLES
It is recommended to use subtitle overlay for subtitle display. To do so, please check the Subtitle
Overlay option and mention the Subtitle Delay interval (in number of frames) under the Playback
sub-tab of the Configuration menu.
Figure 36: Subtitle settings
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13. AUTOMATION SETUP
13.
AUTOMATION SETUP
The SR-1000 is able to control external devices using its automation interface. This can be used
to automate repetitive tasks for the cinema operator to prevent user error.
13.1. Automation setup for Server GPIO
The SR-1000 GPIO automation device settings can be configured using the steps below:
1. Under the Automation tab in the menu, click the Device sub-tab.
2. Under the Device list on the left, select ‘IMBGPIO’.
3. Enter the device Name, Input Min Pulse width and Output Pulse Width.
Figure 37: Server GPIO settings
The output pulse width must be at least 100ms. If a different output pulse width is required, the
value can be entered in the Output Pulse Width setting. Click the Save button to save any
changes made.
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13. AUTOMATION SETUP
13.2. Automation setup for Projectors
The SR-1000 supports automation for Barco, Christie and NEC projectors. Follow the steps
below to configure a projector device in the server automation interface.
1.
2.
3.
4.
5.
Under the Automation tab in the menu, click the Device sub-tab.
Under the Device list on the left, click on the Create button.
Select ‘PROJECTOR’ as the device Type. Enter the Name of the projector and click OK.
Enter the IP Address of the projector device
Set the correct Model of the projector. The Port number will automatically change to the
default automation port number for the model. If the projector is a Series 2 projector, check
the ‘Series 2’ checkbox.
6. Enter Login and Password for the projector, if required.
7. Click Save to save the settings.
Figure 38: Projector setting
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13. AUTOMATION SETUP
13.3. Automation setup for eCNA devices
The SR-1000 supports the eCNA-10 automation system. Follow the steps below to configure
an eCNA device in the server automation interface.
1.
2.
3.
4.
5.
Under the Automation tab in the menu, click the Device sub-tab.
Under the Device list on the left, click on the Create button.
Select ‘eCNA_IO’ as the device Type. Enter the Name of the eCNA device and click OK.
Enter the IP Address of the eCNA device.
The eCNA device has many cues available for automation. These cues can be enabled or
disabled by selecting them in the Server events, eCNA controls, eCNA status and eCNA
event report fields. All cues are disabled by default.
6. Click Save to save the settings.
Figure 39: eCNA device setting
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13. AUTOMATION SETUP
13.4. Automation setup for JNIOR devices
The SR-1000 supports the JNIOR Ethernet I/O controller device. Follow the steps below to
configure a JNIOR device in the server automation interface.
1.
2.
3.
4.
5.
Under the Automation tab in the menu, click the Device sub-tab.
Under the Device list on the left, click on the Create button.
Select ‘JNIOR_IO’ as the device Type. Enter the Name of the JNIOR device and click OK.
Enter the IP Address of the JNIOR device.
The settings for Port, Login and Password are set to the default values for JUNIOR device,
if left empty.
6. Click Save to save the settings.
Figure 40: JNIOR device setting
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13. AUTOMATION SETUP
13.5. Automation setup for Christie ACT devices
The SR-1000 supports the Christie ACT automation device. Follow the steps below to configure
a Christie ACT device in the server automation interface.
1. Under the Automation tab in the menu, click the Device sub-tab.
2. Under the Device list on the left, click on the Create button.
3. Select ‘ChristieACT’ as the device Type. Enter the Name of the ChristieACT device and
click OK.
4. Enter the IP Address of the ChristieACT device.
5. The default setting for Port is displayed on the settings for the ChristieACT device. Change
this value if required.
6. Default Control Cues will be set up for a new ChristieACT automation device. Control cues
can be added or removed by clicking the + or – buttons.
7. Click Save to save the settings.
Figure 41: Christie device setting
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13. AUTOMATION SETUP
13.6. Automation setup for Dolby devices
The SR-1000 supports automation for the Dolby sound processors. Follow the steps below to
configure a Dolby device in the server automation interface. For this example, the device refers
to the Dolby CP650 Cinema Processor.
1. Under the Automation tab in the menu, click the Device sub-tab.
2. Under the Device list on the left, click on the Create button.
3. Select ‘DolbyCP650’ as the device Type. Enter the Name of the Dolby CP650 device
and click OK.
4. Enter the IP Address of the Dolby CP650 device.
5. Click Save to save the settings.
Figure 42: Dolby device setting
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13. AUTOMATION SETUP
13.7. Automation setup for USL DAX devices
The SR-1000 supports automation for USL DAX sound processor. Follow the steps below to
configure a USL DAX device in the server automation interface.
1.
2.
3.
4.
5.
Under the Automation tab in the menu, click the Device sub-tab.
Under the Device list on the left, click on the Create button.
Select ‘USL-DAX’ as the device Type. Enter the Name of the USL DAX device and click OK.
Enter the IP Address of the USL DAX device.
Click Save to save the settings.
Figure 43: USL DAX device setting
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13. AUTOMATION SETUP
13.8. Automation setup for USL JSD devices
The SR-1000 supports automation for USL JSD-80 and JSD-100 sound processor. Follow the
steps below to configure a USL JSD device in the server automation interface.
1.
2.
3.
4.
5.
6.
Under the Automation tab in the menu, click the Device sub-tab.
Under the Device list on the left, click on the Create button.
Select ‘USL-JSD’ as the device Type. Enter the Name of the USL JSD device and click OK.
Enter the IP Address of the USL JSD device.
Select the correct Model (‘JSD-80’ or ‘JSD-100’) of the device the server is connected to.
Click Save to save the settings.
Figure 44: USL JSD device setting
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13. AUTOMATION SETUP
13.9. Automation Setup for AIB-2000 Audio IO Box
The SR-1000 supports automation for AIB-2000 Audio IO (Input-Output) Box. Follow the steps
below to configure an AIB-2000 device in the server automation interface.
1. Under the Automation tab, click the Device sub-tab.
2. Under the Device list on the left, click on the Create button.
3. Select ‘AIB-2000’ as the device Type and enter the Name of the AIB-2000 device
and click OK.
4. Select ‘Network’ as the Connection type.
5. Enter the IP Address of the AIB-2000 device connected to the server.
6. Click Save to save the settings.
Figure 45: AIB-2000 device setting
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14. COMPONENT ENGINNERING TA-10 SETUP
14.
COMPONENT ENGINNERING TA-10 SETUP
The Component Engineering TA-10 can be used for theater automation with the SR-1000.
It requires that the TA-10 be wired in a particular configuration. A wiring diagram can be seen
in Figure 46.
The TA-10 is connected to the SR-1000 using the server’s GPIO input/output port. Configure
event labels with the GPIO device to trigger the TA-10.
Figure 46: Component Engineering TA-10 wiring diagram
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15. TESTING PROCEDURES FOR QC AFTER INSTALLATION
15. TESTING PROCEDURES FOR QC AFTER
INSTALLATION
After the installation has been completed, it is necessary to test the following to ensure that the
SR-1000 has been properly installed:
1. Test the video playback capabilities of the SR-1000.
2. Test the audio playback capabilities of the SR-1000 and verify that all the channels are
working. Also check for any static noises.
3. Test the server’s ability to activate automation cues using test cues for lights, curtains, sound
and fire alarm.
4. Test the remote access capabilities of the server, including: Theater Management System
(TMS) access and network connectivity.
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16. SR-1000 INPUT AND OUTPUT
16.
SR-1000 INPUT AND OUTPUT
16.1. AES Audio and GPIO Pinout
Figure 47: AES audio and GPIO pinout
16.2. Audio AES 17-24 Pinout (for SR-1000 Extreme -24)
Figure 48 describes the pinout for the Audio AES 17-24 connector on the SR-1000 Extreme -24.
Audio AES 17-24
Figure 48: AUX AES Pinout
The button on the Audio AES 17-24 extension board on the SR-1000 Extreme -24 IMB (as seen
in Figure 49) should be set according to whether AES audio or LTC output is required on channels
23/24. See Table 3 for the button settings.
Illustration
Position
Result
Up
CH23/24 used as AES out
Down
CH23/24 used as LTC out
Table 3: Button Settings on AES 17-24 Extension Board
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16. SR-1000 INPUT AND OUTPUT
Figure 49: Button to select AES/LTC out on Audio AES 17-24
NOTE: The GRAY AES 17-24 audio cables should be used to connect Audio AES 17-24 to external
audio equipment. DO NOT use the ORANGE AES audio cables with the Audio AES 17-24 output.
16.3. GPIO Power Details
GPIO Input Details
------------------Vin High min level is 3.5 Volts
Vin Low max level is 1.5 Volts
Iin min -20 uA
Iin max +20 uA
(Essentially no current flows; this is a voltage sensing device)
The GPI inputs have a 5.62K Ohm resistor pull-up to an isolated 5 Volts. Shorting the pins would
send an input high (“dry contact”)
GPIO Output Details
-------------------Outputs use a solid-state relay
Max voltage across relay contacts GPO_nA and GPO_nB = 200 Volts
Relay ON-resistance: Min = 6 / Typ = 10 / Max = 15 ohms
Relay Current limit: Min = 300 / Typ = 360 / Max = 460 mA
Relay output power dissipation (continuous) = 600 mW
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16. SR-1000 INPUT AND OUTPUT
16.4. Audio Output from the SR-1000
The SR-1000 features 16 channel AES3 digital audio signal via 2x RJ45 Outputs (A-top and Abot) or 24 channel AES3 digital audio signal via 2x RJ45 Outputs (A-top and A-bot) and an
additional RJ45 Output (Audio AES 17-24) depending on the SR-1000 configuration chosen.
Channels 1 to 8 are available on the A-top connector and carry the processed 6 or 8 channel
main audio tracks for 5.1 and 7.1 DCPs respectively, assuming that DCPs follow the 16 channels
ISDCF recommended channel order. Channels 9 to 16 are used for Hi/Vi-N, Booth Monitor, LTC
(4D systems), D-Box Motion Data signal, etc. (refer to ‘SR-1000 User Manual’ for more details).
For DTS-X™/ IAB playback; Channels 9 to 16 carry the processed audio for the additional
surround channels with the SR-1000 Extreme configuration. With the SR-1000 Extreme -24
configuration, Channels 17 to 24 are available on the Audio AES 17-24 connector and carry the
additional surround channels for upto 24 channels of DTS-X™/IAB playback.
NOTE: Since the SR-1000 Extreme -24 provides up to 16 channels of audio processing; when
utilizing more than 16 channels, an external audio processor capable of processing 24 channels
needs to be used.
Additionally, if audio processing feature is not available on the SR-1000 or it is disabled; the
Channels 1 to 8 and Channels 9 to 16 will carry unprocessed audio and an external audio
processor capable of processing 16 channels needs to be used.
16.5. Audio Input to the SR-1000
16.5.1.
HDMI Input
SR-1000 allows direct input of 8 channel PCM audio via HDMI IN port on the IMB. The HDMI
output of the source needs to be set to LPCM audio format.
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16. SR-1000 INPUT AND OUTPUT
16.6. Examples of a complete Audio input/output solution
(for 5.1/7.1 Audio formats)
16.6.1.
Audio input/output solution using AIB-2000 (suitable for
connection to analog Amplifiers/Crossovers)
The AIB-2000 has inputs for Microphone, Non-Sync and 7.1 channel analog input which can
be routed directly to the analog outputs of the device, as shown in Figure 50.
AES3 digital audio outputs (Channels 1 to 8) from the SR-1000 are fed to the digital inputs on the
AIB-2000 and converted to analog outputs which can be interfaced with analog audio equipment.
Figure 50: I/O Solution for Analog Amplifier
NOTE: The SR-1000 Automation should be used to switch between the analog sources and
the 8 channel AES3 output from the SR-1000 to the AIB-2000 to ensure that the correct
source is routed to the sound system.
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16. SR-1000 INPUT AND OUTPUT
16.6.1.1. Connections Requirements
Sr. No.
Device Type
Description
1
Connection to analog Amplifier*
Connect the 8 channel Analog unbal. output of the
AIB-2000 to the inputs of analog Amplifiers/Crossovers
using appropriate line level audio cables and connectors.
AES output pair 11 and 12 on the SR-1000 carries the
Hi and Vi-N channels respectively (assuming DCP’s
follow the 16 channels ISDCF recommended channel
order).
2
Connection to Hi/Vi-N devices
The AES pair 11/12 is available on the RJ45 Connector
labeled A-bot on the IMB and can be connected to the
Hi/Vi-N device either directly or via a 2 channel D/A
converter depending on whether the Hi/Vi-N device
accepts AES3 or analog inputs.
Appropriate cable and connectors should be chosen,
keeping in mind the connectors used on the Hi/Vi-N
device and 2 channel D/A converter (if used).
AES output pair 15/16 on the SR-1000 carries the LTC
signal used to sync 4D systems like ScreenX, 4DX and
MX4D to the SR-1000.
The ‘Enable LTC Output on Channel 15/16’ option must
be checked under Audio → Configuration sub-tab.
The AES pair 15/16 is available on the RJ45 Connector
labeled A-bot on the IMB and can be connected to the
LTC input on the 4D System.
Appropriate cable and connectors should be chosen
keeping in mind the connector used on the 4D system.
3
Connection to 4D systems
Please Note: LTC is not an AES3 audio signal although
it uses two pins (7 & 8) of the A-bot connector on the
SR-1000 which otherwise carries AES3 audio. When
enable ‘Enable LTC Output on Channel 15/16’ option is
checked; pins 7 & 8 carry the LTC signal. As a result, AES3
channels 15 & 16 are not available when LTC is enabled.
Pins 7 & 8 of the A-bot connector must be wired directly to
the LTC inputs of the external 4D system using a suitable
cable (please check with the 4D system manufacturer
for details).
A break out cable may be required to allow pins 7 & 8 to be
connected to an external 4D system while allowing pings
1-6 which carry AES3 channels 9-14, to be connected to
the audio system.
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16. SR-1000 INPUT AND OUTPUT
AES output 13 on the SR-1000 carries the Motion
Data signal used by D-Box (assuming DCPs follow the
16 channels ISDCF recommended channel order).
4
5
Connection to D-Box
Connecting a Microphone*
The AES pair 13/14 is available on the RJ45 Connector
labeled A-bot on the IMB and can be connected to the
D-Box system. Appropriate cable and connectors should
be chosen keeping in mind the connector used on the
D-Box system.
A Microphone can be connected to the MIC. IN on the
front panel of the AIB-2000 using a Male XLR
Connector.
If the microphone requires Phantom power, then press
the +48V button.
6
Connecting a Non-Sync source*
A Non-sync source can be connected to the NON-SYNC
IN on the front panel of the AIB-2000 using Male XLR
connectors or to the NonSync IN on the back panel
using Male stereo RCA Connectors.
NON-SYNC front/back button switches NonSync input
between front XLR and rear RCA Connectors.
7
8
Connecting an HDMI source
Connecting a Booth Monitor*
An HDMI source can be connected to the HDMI IN on
the faceplate of the SR-1000, using an HDMI cable.
A Booth monitor can be connected to the LCR mon
output on the back panel of the AIB-2000 using an RCA
Connector.
Please note that the LCR mon output provides a L+C+R
summation of the AES3 outputs from the SR-1000.
Table 4
* Refer to the ‘AIB-2000 Manual’ for more details.
IMPORTANT: Please check and set the levels of the analog input sources to the AIB2000 appropriately, to avoid any damage to the auditorium speakers.
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16. SR-1000 INPUT AND OUTPUT
16.6.2. Audio input/output solution using AIB-2000 (suitable for
connection to digital Amplifiers)
It is assumed that the digital Amplifiers have both AES3 digital inputs and analog inputs with
automated switching between digital inputs and analog inputs; the AES3 digital output from
the SR-1000 may be fed directly to the amplifier's digital inputs and only the analog sources
may be routed via the AIB-2000 to the analog inputs of the Amplifiers.
Figure 51: I/O Solution for Digital Amplifier
NOTE: The SR-1000 Automation should be used to switch between the analog sources to
the AIB-2000 as well as between the analog and digital AES3 inputs on the digital Amplifiers
to ensure that the correct source is routed to the sound system.
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16. SR-1000 INPUT AND OUTPUT
16.6.2.1. Connection Requirements
Sr. No.
1
2
Device Type
Description
Connection to Digital Amplifiers*
Connect the 8 channel Digital AES3 outputs (1-8) of the
SR-1000 available on the A-top connector of the IMB
directly to the Digital Amplifiers or Crossovers using good
quality shielded CAT6 cable(s).
Connection to Hi/Vi-N Devices
The AES pair 11/12 is available on the RJ45 Connector
labeled A-bot on the IMB and can be connected to the
Hi/Vi-N device either directly or via a 2 channel D/A
Converter depending on whether the Hi/Vi-N device
accepts digital (AES3) or analog inputs.
Appropriate cable and connectors should be chosen,
keeping in mind the connectors used on the Hi/Vi-N
device and 2 channel D/A converter (if used).
AES output pair 15/16 on the SR-1000 carries the LTC
signal used to sync 4D systems like ScreenX, 4DX and
MX4D to the SR-1000.
The ‘Enable LTC Output on Channel 15/16’ option must
be checked under Audio → Configuration sub-tab.
The AES pair 15/16 is available on the RJ45 Connector
labeled A-bot on the IMB and can be connected to the
LTC input on the 4D System.
Appropriate cable and connectors should be chosen
keeping in mind the connector used on the 4D system.
3
Connection to 4D systems
Please Note: LTC is not an AES3 audio signal although
it uses two pins (7 & 8) of the A-bot connector on the
SR-1000 which otherwise carries AES3 audio. When
enable ‘Enable LTC Output on Channel 15/16’ option is
checked; pins 7 & 8 carry the LTC signal. As a result, AES3
channels 15 & 16 are not available when LTC is enabled.
Pins 7 & 8 of the A-bot connector must be wired directly to
the LTC inputs of the external 4D system using a suitable
cable (please check with the 4D system manufacturer
for details).
A break out cable may be required to allow pins 7 & 8 to be
connected to an external 4D system while allowing pings
1-6 which carry AES3 channels 9-14, to be connected to
the audio system.
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16. SR-1000 INPUT AND OUTPUT
AES output 13 on the SR-1000 carries the Motion Data
signal used by D-Box (assuming DCPs follow the
16 channels ISDCF recommended channel order).
4
Connection to D-Box
The AES pair 13/14 is available on the RJ45 Connector
labeled A-bot on the IMB and can be connected to the
D-Box system.
Appropriate cable and connectors should be chosen
keeping in mind the connector used on the
D-Box system.
5
Connecting a Microphone*
A Microphone can be connected to the MIC. IN on the
front panel of the AIB-2000 using a Male XLR
Connector.
If the microphone requires Phantom power, then press
the +48V button.
6
Connecting a Non-Sync source*
A Non-sync source can be connected to the NON-SYNC
IN on the front panel of the AIB-2000 using Male XLR
connectors or to the NonSync IN on the back panel
using Male stereo RCA Connectors.
NON-SYNC front/back button switches Non-Sync input
between front XLR and rear RCA Connectors.
7
Connecting an HDMI source
An HDMI source can be connected to the HDMI IN on
the faceplate of the SR-1000, using an HDMI cable.
AES pair 9/10 on the SR-1000 carries a mix of L+C+R
which can be used as a monitor output.
8
Connecting a Booth Monitor*
The AES pair 9/10 is available on the RJ45 Connector
labeled A-bot on the IMB and can be connected to the
Booth monitor via a D/A Converter.
Table 5
* Refer to the ‘AIB-2000 User Manual’ for more details.
IMPORTANT: Please check and set the levels of the analog input sources to the AIB2000 appropriately, to avoid any damage to the auditorium speakers.
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16. SR-1000 INPUT AND OUTPUT
16.7. Technical Specifications of AIB-2000 Audio IO Box
Figure 52: AIB-2000 – Front and Back Panels
Frequency range
20 Hz - 20,000 Hz
Microphone input
XLR female
Microphone switch
Microphone in on/off
Microphone input HPF
100 Hz 12 dB/oct switchable
Microphone input phantom supply
+48 V switchable
Microphone input maximum gain
+60 dB
Non-Sync input
2 x XLR female (front)
2 x RCA (rear)
switchable
Analog unbalanced 7.1 input
8 x RCA
Analog H/I output
1 x RCA
Analog V/I output
1 x RCA
Monitoring output L+C+R summed
1 x RCA
Analog balanced output
8 x 3-pin Phoenix
AES3 input
1 x RJ-45
Ethernet input
1 x RJ-45
Input selector
Non-Sync / 7.1 Analog / AES3
Mains plug
C14
Mains nominal voltage
90 V- 265 V / 50-60 Hz
Maximum power consumption
10 W
Rack height
1U
Dimensions (WxHxD)
483 x 44 x 158 mm
Shipping Dimensions (WxHxD)
550 x 70 x 255 mm
Net weight
2.1 kg
Shipping weight
3.2 kg
Table 6: AIB-2000 Technical Specifications
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GDC Technology manufacturing facility is ISO 9001:2015 certified.
Copyright © 2025 GDC Technology Limited. All Rights Reserved.
All trademarks listed in this manual are properties of their respective owners.
Specifications are subject to change without notice due to ongoing product development and improvement.
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