Page 1 The material contained in this manual consists of information that is the property of Evertz Microsystems and is intended solely for the use of purchasers of the EMR. Evertz Microsystems expressly prohibits the use of this manual for any purpose other than the operation of the EMR.
Page 2 IMPORTANT SAFETY INSTRUCTIONS The lightning flash with arrowhead symbol within an equilateral triangle is intended to alert the user to the presence of un-insulated, dangerous voltage within the product’s enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons. The exclamation point within an equilateral triangle is intended to alert the user to the presence of important operating and maintenance (i.e.: servicing) instructions in the literature accompanying the product.
Page 3 WARNING Never look directly into an optical fiber. Irreversible eye damage can occur in a matter of milliseconds.
Page 4 WARNING Changes or modifications not expressly approved by Evertz Microsystems Ltd. could void the user’s authority to operate the equipment. Use of unshielded plugs or cables may cause radiation interference. Properly shielded interface cables...
Page 5 Any representations in this document concerning performance of Evertz products are for informational use only and are not warranties of future performance, either expressed or implied. The only warranty offered by Evertz in relation to this product is the Evertz standard limited warranty, stated in the sales contract or order confirmation form.
Page 6 EMR User’s Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) This page left intentionally blank Revision 1.8...
Page 7: Table Of Contents
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) TABLE OF CONTENTS OVERVIEW ........................... 1 1.1. FEATURES & BENEFITS ..................... 2 1.2. SIGNAL TYPES ........................2 COMPONENT OVERVIEW ......................3 2.1. EMR FRAME ........................3 2.2. EMR I/O MODULES ......................6 2.2.1.
Page 8 EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.9.3. Configuration and Monitoring Menu ............55 2.2.10. EMR-PR48 Data Module ..................57 2.2.10.1. Data Port D50 Connector – Pin Out ............59 2.2.11. EMR-PR48-A Data Module ..................65 2.2.11.1.
Page 9 EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 3.1.5. Analog to Digital Conversion ..................94 3.1.6. Digital to Analog Conversion ..................94 3.1.7. Data Input Port ......................95 3.1.8. Data Output Port ...................... 95 3.1.9. LTC Reader ......................95 3.1.10.
Page 10 EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 5.1.2.1. Audio Channel Control VistaLINK Control Parameters ......115 ® 5.1.2.2. Audio Channel Control VistaLINK Monitor Parameters ......116 ® 5.1.3. Audio Channel Processing VistaLINK Parameters for Audio EMR ....... 116 ®...
Page 11 FIGURES Figure 2-1: 3000FR Rear View ..........................4 Figure 2-2: EMX6-FR Rear View ..........................5 Figure 2-3: EMX3-FR Rear View ..........................5 Figure 2-4: EMR-IP96 (48)-AESU Rear Plate......................7 Figure 2-5: EMR-IP96 (48)-AESB Rear Plate ......................9 Figure 2-6: EMR-IP96 (48)-AESU (B) Front Card Edge ..................11 Figure 2-7: EMR-OP96 (48)-AESU Rear Plate ......................
Page 12 EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-14: EMR-IP48-AA Front Card Edge ......................26 Figure 2-15: EMR-OP48-AA Rear Plate ........................29 Figure 2-16: EMR-OP48-AA Front Card Edge ......................31 Figure 2-17: Basic EMR-AA Setup with 3000 ADMX ....................34 Figure 2-18: Basic EMR-AA Setup with ADMX-48X48 ....................
Page 13 EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 7-1: Run Window ............................132 Figure 7-2 : Run Window ............................134 Figure 9-1: ADMX Redundancy Layout ......................... 142 Figure 9-2: ADMX Configuration in Magnum Server ..................... 149 TABLES Table 2-1: Link Module Options for EMR-IP96 (48)-AESU ..................
Page 14 EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) This page left intentionally blank TABLE OF CONTENTS Page viii Revision 1.8...
Page 15: Overview
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) OVERVIEW The EMR is a multi-format modular router that provides a high density solution without compromising functionality. The EMR provides a unified platform for routing digital audio, analog audio, MADI audio, data, and time code.
Page 16: Features & Benefits
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 1.1. FEATURES & BENEFITS Audio Routing: • Support for unbalanced/balanced AES, analog, and MADI audio formats • Input and output sample rate conversion • Processing capabilities for per channel gain, inversion, quad-mixing and per channel audio delay •...
Page 17: Component Overview
The EMR is housed in one of three rack-mountable frames. The three available frames are the 3000FR the EMX6-FR and the EMX3-FR. The 3000FR and EMX6-FR frames can accommodate up to 2 hot- swappable power supply units and up to 15 single slots, hot-swappable I/O modules. The EMX3-FR frame can accommodate up to 2 hot-swappable power supply units and up to 5 single slots, hot-swappable I/O modules.
Page 18: Figure 2-1: 3000Fr Rear View
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-1: 3000FR Rear View Page 4 COMPONENT OVERVIEW Revision 1.8...
Page 19: Figure 2-2: Emx6-Fr Rear View
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) AESB AESU Figure 2-2: EMX6-FR Rear View Figure 2-3: EMX3-FR Rear View COMPONENT OVERVIEW Page 5 Revision 1.8...
Page 20: Emr I/O Modules
The EMR system is built from a variety of input and output modules. All modules are hot-swappable and can reside in any one of the 15 slots of the 3000FR or EMX6-FR frames or 5 slots of the EMX3-FR frame.
Page 21: Unbalanced Aes Input Rear Panel
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.1.1. Unbalanced AES Input Rear Panel The AESU version of the rear panel occupies 2 slots in a frame and has unbalanced AES inputs with DIN 1.0/2.3 connectors as shown in Figure 2-4. The EMR-IP48-AESU uses the same rear plate as the EMR- IP96-AESU but only the first 48 AES inputs are enabled.
Page 22: Table 2-1: Link Module Options For Emr-Ip96 (48)-Aesu
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) located near the back of the main module. Depending on which module is installed, the connectors have different functions. Table 2-1 shows the different I/O configurations available. LINK MODULE TDM3 TDM4...
Page 23: Balanced Aes Input Rear Panel
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.1.2. Balanced AES Input Rear Panel The AESB version of the rear panel occupies 2 slots in a frame and has balanced AES inputs using a rear plate that has 50-pin D-Sub female connectors as shown in Figure 2-5.
Page 24: Balanced Aes Input D50 Connector - Pin Out
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.1.3. Balanced AES Input D50 Connector – Pin Out The EMR-IP96 (48)-AESB audio cards use female 50-pin D-Sub connectors, with each connector carrying 16 signals. Table 2-2 outlines the pinot for the connectors. D50 Audio Pin-Out Table Signal +ve Pin...
Page 25: Front Card Edge Controls And Leds
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.1.4. Front Card Edge Controls and LEDs The EMR-IP96 (48)-AESU (B) front card edge has some key controls and indicators that can help in the installation and debugging processes. Figure 2-6 and Table 2-3 show the card edge and describe the expected behavior of each component.
Page 26: Configuration And Monitoring Menu
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Component Description Voltage Status LEDs This set of LEDs are amber in color and should always be ON This LED is green in color and flashes when there is activity on Ethernet 1 LED Ethernet port 1 This LED is green in color and flashes when there is activity on...
Page 27: Emr-Op96 (48)-Aesu (B) Aes Audio Output Module
Audio Monitor Cast Configuration of Cast service Service Config Trace - Engineering Only Configured under the supervision of Evertz technical support staff only Engineering Debug Utility Accessed by Evertz technical support staff only  Note: The default TDM version has to be set to V1; TDM V2 is for future use.
Page 28: Figure 2-7: Emr-Op96 (48)-Aesu Rear Plate
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-7: EMR-OP96 (48)-AESU Rear Plate Link Module TDM3 TDM4 TDM5/39 TDM6/40 MADI1/68 MADI2/69 MADI Video AES OUT AES OUT AES OUT AES OUT (A-EMR-AES-UNBALT2) Table 2-4: Link Module Options for EMR-OP96 (48)-AESU Page 14 COMPONENT OVERVIEW Revision 1.8...
Page 29: Balanced Aes Output Rear Panel
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.2.2. Balanced AES Output Rear Panel The AESB version of the rear panel occupies 2 slots in a frame and has balanced AES outputs using a rear plate that has 50-pin D-Sub female connectors as shown in Figure 2-8. The EMR-OP48-AESB uses the same rear plate as the EMR-OP96-AESB but only the first three 50-pin D-Sub connectors are enabled.
Page 30: Balanced Aes Output D50 Connector - Pin Out
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.2.3. Balanced AES Output D50 Connector – Pin Out The EMR-OP96 (48)-AESB audio cards use female 50-pin D-Sub connectors, with each connector carrying 16 signals. Table 2-5 outlines the pinout for the connectors. D50 Audio Pin-Out Table Signal +ve Pin...
Page 31: Front Card Edge Controls And Leds
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.2.4. Front Card Edge Controls and LEDs The EMR-OP96 (48)-AESU (B) front card edge has some key controls and indicators that can help in the installation and debugging processes. Figure 2-9 and Table 2-6 show the card edge and describe the expected behavior of each component.
Page 32: Configuration And Monitoring Menu
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Component Description Voltage Status LEDs This set of LEDs are amber in color and should always be ON This LED is green in color and flashes when there is activity on Ethernet 1 LED Ethernet port 1 This LED is green in color and flashes when there is activity on...
Page 33 Audio Monitor Cast Configuration of Cast service Service Config Trace - Engineering Only Configured under the supervision of Evertz technical support staff only Engineering Debug Utility Accessed by Evertz technical support staff only  Note: The default TDM version has to be set to V1; TDM V2 is for future use.
Page 34: Figure 2-10: Basic Emr Aesb Setup With Admx-48X48
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-10: Basic EMR AESB Setup with ADMX-48x48 Page 20 COMPONENT OVERVIEW Revision 1.8...
Page 35: Figure 2-11: Basic Emr Aesb Setup With Admx-16X16/A
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-11: Basic EMR AESB Setup with ADMX-16X16/A COMPONENT OVERVIEW Page 21 Revision 1.8...
Page 36: Figure 2-12: Basic Emr Aesb Setup With Admx
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-12: Basic EMR AESB Setup with ADMX Page 22 COMPONENT OVERVIEW Revision 1.8...
Page 37: Emr-Ip48-Aa Analog Audio Input Module
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.3. EMR-IP48-AA Analog Audio Input Module The EMR-IP48-AA is an analog audio input card for the EMR. It supports 48 stereo analog pairs (96 mono channels). Additionally, there is one MADI input, which can carry up to 64 additional channels of audio giving a total of 160 channels of audio.
Page 38: Figure 2-13: Emr-Ip48-Aa Rear Plate
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-13: EMR-IP48-AA Rear Plate Page 24 COMPONENT OVERVIEW Revision 1.8...
Page 39: Analog Audio D50 Connector - Pin Out
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.3.1. Analog Audio D50 Connector – Pin Out The EMR-IP48-AA analog audio cards use female D50 connectors, with each connector carrying 8 signal pairs. Table 2-7 outlines the pinout for the connectors. D50 Audio Pin-Out Table Signal + Pin...
Page 40: Figure 2-14: Emr-Ip48-Aa Front Card Edge
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data)  Please Note: Analog IP card will accept an analog signal and will convert it to digital (TDM). Figure 2-14: EMR-IP48-AA Front Card Edge Page 26 COMPONENT OVERVIEW Revision 1.8...
Page 41: Configuration And Monitoring Menu
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Component Description Voltage Status LEDs This set of LEDs are amber in color and should always be ON This LED is green in color and flashes when there is activity on Ethernet 1 LED Ethernet port 1 This LED is green in color and flashes when there is activity on...
Page 42: Emr-Op48-Aa Analog Audio Output Module
Audio Monitor Cast Configuration of Cast service Service Config Trace - Engineering Only Configured under the supervision of Evertz technical support staff only Engineering Debug Utility Accessed by Evertz technical support staff only  Note: The default TDM version has to be set to V1; TDM V2 is for future use.
Page 43: Figure 2-15: Emr-Op48-Aa Rear Plate
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Beside each input labeled TDM there is a small LED adjacent to the connector that will light up solid green if it sees a valid TDM signal. The LED will remain solid if a valid TDM is the primary TDM and it will flash if a valid TDM is detected but not currently used.
Page 44: Analog Audio D50 Connector - Pin Out
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.4.1. Analog Audio D50 Connector – Pin Out The EMR-OP48-AA analog audio cards use female D50 connectors, with each connector carrying 8 signal pairs. Table 2-9 outlines the pinout for the connectors. D50 Audio Pin-Out Table Signal + Pin...
Page 45: Front Card Edge Controls And Leds
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.4.2. Front Card Edge Controls and LEDs The EMR-OP48-AA front card edge has some key controls and indicators that can help in the installation and debugging processes. Figure 2-16 and Table 2-10 show the card edge and describe the expected behavior of each component.
Page 46: Configuration And Monitoring Menu
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Component Description Voltage Status LEDs This set of LEDs are amber in color and should always be ON This LED is green in color and flashes when there is activity on Ethernet 1 LED Ethernet port 1 This LED is green in color and flashes when there is activity on...
Page 47 Audio Monitor Cast Configuration of Cast service Service Config Trace - Engineering Only Configured under the supervision of Evertz technical support staff only Engineering Debug Utility Accessed by Evertz technical support staff only  Note: The default TDM version has to be set to V1; TDM V2 is for future use.
Page 48: Figure 2-17: Basic Emr-Aa Setup With 3000 Admx
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-17: Basic EMR-AA Setup with 3000 ADMX Page 34 COMPONENT OVERVIEW Revision 1.8...
Page 49: Figure 2-18: Basic Emr-Aa Setup With Admx-48X48
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-18: Basic EMR-AA Setup with ADMX-48X48 COMPONENT OVERVIEW Page 35 Revision 1.8...
Page 50: Figure 2-19: Basic Emr-Aa Setup Without Admx-16X16/A
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-19: Basic EMR-AA Setup without ADMX-16X16/A Page 36 COMPONENT OVERVIEW Revision 1.8...
Page 51: Figure 2-20: Basic Emr-Aa Setup Without Admx
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-20: Basic EMR-AA Setup without ADMX COMPONENT OVERVIEW Page 37 Revision 1.8...
Page 52: Emr-Admx-16X16/A, Emr-Admx-48X48 And 3000Admx-16X16 Crosspoint Modules
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.5. EMR-ADMX-16X16/A, EMR-ADMX-48X48 and 3000ADMX-16X16 Crosspoint Modules The EMR-ADMX-16X16/A, EMR-ADMX-48X48 and 3000ADMX-16X16 are the crosspoint cards for the EMR. They utilize a TDM core to allow up to 30720x30720 mono audio channels to be routed. EMR- ADMX-16X16/A and the 3000ADMX-16X16 have 16 TDM inputs and EMR-ADMX-48X48 has 48 TDM inputs which allow them to be interfaced with any of the EMR input modules or AVIP and 16 TDM and 48 TDM outputs that allow them to be interfaced with any of the EMR output modules or AVOP.
Page 53: Front Card Edge Controls And Leds
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.5.1. Front Card Edge Controls and LEDs The EMR-ADMX-48X48, EMR-ADMX-16X16/A and the 3000ADMX-16X16 front card edges have some key controls and indicators that can help in the installation and debugging processes. Figure 2-22 and Table 2-11 show the card edges and describe the expected behavior of each component.
Page 54: Emr-Admx-48X48 And Emr-Admx-16X16A User Commands
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Component Description This set of LEDs are green in color and indicate the presence of a TDM Present LEDs valid TDM connection on each respective input This jumper is used to place the module in upgrade mode when Run/Upgrade Jumper upgrading the firmware Table 2-11: Description of EMR-ADMX-16X16 and 3000ADMX-16X16 Card Edges...
Page 55: Emr-Ip16-Madi And 3000Madi16-Tdm4 Madi Input Modules
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.6. EMR-IP16-MADI and 3000MADI16-TDM4 MADI Input Modules The EMR-IP16-MADI and 3000MADI16-TDM4 are MADI audio input cards for the EMR. They support 16 MADI inputs and 4 TDM outputs. Each MADI input can support both 64 channels and 56 channels MADI. Of the 4 TDM outputs, only outputs 1 and 2 are required for operation.
Page 56: Front Card Edge Controls And Leds
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.6.1. Front Card Edge Controls and LEDs The EMR-IP16-MADI and 3000MADI16-TDM4 front card edges have some key controls and indicators that can help in the installation and debugging processes. Figure 2-24 and Table 2-13 show the card edges and describe the expected behavior of each component.
Page 57: Configuration And Monitoring Menu
Shows the MADI Input status, Current route map and Genlock status Engineering Menu Accessed by Evertz technical support staff only 2.2.7. EMR-OP16-MADI and 3000TDM4-MADI16 MADI Output Modules The EMR-OP16-MADI and 3000TDM4-MADI16 are MADI audio output cards for the EMR. They support 4 TDM inputs and 16 MADI outputs.
Page 58: Figure 2-25: Emr-Op16-Madi (Left) And 3000Tdm4-Madi16 (Right) Rear Plates
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-25: EMR-OP16-MADI (left) and 3000TDM4-MADI16 (right) Rear Plates Page 44 COMPONENT OVERVIEW Revision 1.8...
Page 59: Front Card Edge Controls And Leds
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.7.1. Front Card Edge Controls and LEDs The EMR-OP16-MADI and 3000TDM4-MADI16 front card edges have some key controls and indicators that can help in the installation and debugging processes. Figure 2-26 and Table 2-14 show the card edges and describe the expected behavior of each component.
Page 60: Configuration And Monitoring Menu
Shows current route map, LSID presence status and data rate Engineering Menu Accessed by Evertz technical support staff only 2.2.8. EMR-IP96 (48)-LTC Time Code Input Module The EMR-IP96 (48)-LTC is a time code input card for the EMR. It supports 96 or 48 balanced LTC inputs.
Page 61: Figure 2-27: Emr-Ip96 (48)-Ltc Rear Plate
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) The EMR-IP48-LTC uses the same rear plate but only the first three 50-pin D-Sub connectors are enabled.  Note: The IP and OP LTC cards use balanced rear plates. Figure 2-27: EMR-IP96 (48)-LTC Rear Plate COMPONENT OVERVIEW Page 47...
Page 62: Ltc Input D50 Connector - Pin Out
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.8.1. LTC Input D50 Connector – Pin Out The EMR-IP96 (48)-LTC time code cards use female D50 connectors, with each connector carrying 16 signals. Table 2-15 outlines the pinout for the connectors. D50 LTC Pin-Out Table Signal +ve Pin...
Page 63: Front Card Edge Controls And Leds
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.8.2. Front Card Edge Controls and LEDs The EMR-IP96 (48)-LTC front card edge has some key controls and indicators that can help in the installation and debugging processes. Figure 2-28 and Table 2-16 show the card edge and describe the expected behavior of each component.
Page 64: Configuration And Monitoring Menu
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Component Description Voltage Status LEDs This set of LEDs are amber in color and should always be ON This LED is green in color and flashes when there is activity on Ethernet 1 LED Ethernet port 1 This LED is green in color and flashes when there is activity on...
Page 65: Emr-Op96 (48)-Ltc Timecode Output Module
Views LTC port routing, port status table, frame reference status, frame LTC Port Configuration reference and plink status. Trace - Engineering Only Configured under the supervision of Evertz technical support staff only Engineering Debug Utility Accessed by Evertz technical support staff only 2.2.9. EMR-OP96 (48)-LTC TimeCode Output Module The EMR-OP96 (48)-LTC is a time code output card for the EMR.
Page 66: Table 2-17: Emr-Op96 (48)-Ltc Tdm Connections
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-29: EMR-OP96 (48)-LTC Rear Plate Label TDM 1 TDM 3 TDM 2 TDM 4 TDM 5 TDM 6 MADI 1 MADI 2 TDM IN TDM IN TDM IN TDM IN TDM IN...
Page 67: Ltc Output D50 Connector - Pin Out
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.9.1. LTC Output D50 Connector – Pin Out The EMR-OP96 (48)-LTC time code cards use female D50 connectors, with each connector carrying 16 signals. Table 2-18 outlines the pinout for the connectors. D50 LTC Pin-Out Table Signal +ve Pin...
Page 68: Front Card Edge Controls And Leds
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.9.2. Front Card Edge Controls and LEDs The EMR-OP96 (48)-LTC front card edge has some key controls and indicators that can help in the installation and debugging processes. Figure 2-30 and Table 2-19 show the card edge and describe the expected behavior of each component.
Page 69: Configuration And Monitoring Menu
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Component Description Voltage Status LEDs This set of LEDs are amber in color and should always be ON This LED is green in color and flashes when there is activity on Ethernet 1 LED Ethernet port 1 This LED is green in color and flashes when there is activity on...
Page 70: Figure 2-31: Basic Ltc Setup With Admx-48X48
Views LTC port routing, port status table, frame reference status, Card ID, LTC Port Configuration LTC output amplitude and plink status. Trace - Engineering Only Configured under the supervision of Evertz technical support staff only Engineering Debug Utility Accessed by Evertz technical support staff only EMR-IP96(48)-LTC...
Page 71: Emr-Pr48 Data Module
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) EMR-IP96(48)-LTC EMR-OP96(48)-LTC Figure 2-32: Basic LTC Setup without ADMX 2.2.10. EMR-PR48 Data Module The EMR-PR48 is a data port router card for the EMR. Each of the 48 data ports that are available on the module can be configured to sup1port either RS-422 or RS-232 serial protocols.
Page 72: Table 2-20: Emr-Pr48 Tdm Connections
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) The EMR-PR48 rear panel occupies 2 slots in a frame and uses 50-pin D-Sub female connectors as shown in Figure 2-33. Each connector supports 8 serial data ports (RS-232 or RS-422). The EMR-PR48 rear plate also has 6 TDM outputs and 6 TDM inputs via DIN 1.0/2.3 connectors.
Page 73: Data Port D50 Connector - Pin Out
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.10.1. Data Port D50 Connector – Pin Out EMR-PR48 analog audio frames use female D50 connectors, with each connector carrying 8 data ports. The details of how each of the D50 pins map to each of the 8 ports is shown in Figure 2-34 . Figure 2-34: Data Port Pin-Out COMPONENT OVERVIEW Page 59...
Page 74 EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) The pins on each port can vary depending on whether the port is configured for RS-232 or RS-422 and whether the port is configured as a controller or a slave. Depending on these configuration parameters, the pin-outs for each port are different.
Page 75: Table 2-21: Data Port Pin-Out
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Pin 3 Pin 8 Pin 7 Pin 2 Sony Sony Sony Pin 5 Pin 4 & 6 Pin 3 Pin 8 Pin 7 Pin 2 Sony Sony Sony Pin 5 Pin 4 &...
Page 76: Figure 2-35: Emr-Pr48 Front Card Edge
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) The EMR-PR48 front card edge has some key controls and indicators that can help in the installation and debugging processes. Figure 2-35 and Table 2-22 show the card edge and describe the expected behavior of each component.
Page 77: Table 2-22: Description Of Emr-Pr48 Card Edge
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Component Description Voltage Status This set of LEDs are amber in color and should always be ON LEDs This LED is green in color and flashes when there is activity on Ethernet 1 LED Ethernet port 1 This LED is green in color and flashes when there is activity on...
Page 78: Figure 2-36: Basic 2X Emr Port Router Setup
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) EMR-PR 48 Rear Plate EMR-PR 48 Rear Plate RP-3000APR-DB50 RP-3000APR-DB50 Patch Panel Patch Panel VTR 1-8 VTR 9-16 Figure 2-36: Basic 2x EMR Port Router Setup Page 64 COMPONENT OVERVIEW Revision 1.8...
Page 79: Emr-Pr48-A Data Module
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.11. EMR-PR48-A Data Module The EMR-PR48-A is a data port router card for the EMR. Each of the 48 data ports available on the module can be configured to support either RS-442 or RS-232 serial protocols. Each port consists of 2 reconfigurable transceivers allowing the port router to transmit or receive on each of the Tx/Rx (sub port) connections.
Page 80: Special Modes
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Using the Learn Modes: The learn modes can be instigated from either VLPro or the serial menu; the following description is when the serial menu is being used. The user has the option to learn a single port or multiple port configurations using either of the two modes described earlier.
Page 81: Configuration And Monitoring Menu
View and mode configuration of all ports View / Configure Video Reference View and configuration of Video reference View / Configure Advanced Global Accessed by Evertz technical support staff only View / Configure PLink Status View and configuration of Plink and ADMX mode View Board Info...
Page 82: Status Signal
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Trace - Engineering Only Accessed by Evertz technical support staff only Engineering Debug Utility Accessed by Evertz technical support staff only 2.2.11.4. Status Signal Polarity: When the standard is set to RS-422 the EMR-PR48-A advises the user of the state of the Rx signals polarity (i.e.
Page 83: Figure 2-37: Data Port D50 Connector – Pin Out
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-37: Data Port D50 Connector – Pin Out The pins on each port can vary depending on whether the port is configured for RS-232 or RS-422 and whether the port is configured as a controller or a slave.
Page 84: Table 2-23: External Device Standard Controller And Slave D9 Pinouts
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Controller Slave RS-422 RS-232 D9 Pin RS-422 RS-232 D9 Pin Sony Sony 0V ( GND) 0V ( GND) 4&6 0V ( GND) 0V ( GND) 4&6 Table 2-23: External Device Standard Controller and Slave D9 Pinouts ...
Page 85: Table 2-24: Recommended Port Wiring
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Pin 3 Pin 8 Pin 7 Pin 2 Sony Sony Sony Pin 5 Pin 4 & 6 Pin 3 Pin 8 Pin 7 Pin 2 Sony Sony Sony Pin 5 Pin 4 &...
Page 86: Figure 2-38: Example System Connections
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) EMR-PR48 Optional D9 Optional D9 Patch Panel Port 1 Port 5 Patch Panel Controller Slave Controller 1 VTR 2 Ctl Tx+ Ctl Tx+ Ctl Tx+ Ctl Tx+ Ctl Tx- Ctl Tx- Ctl Tx-...
Page 87: Multicard Systems
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.11.6. Multicard Systems The EMR-PR48-A rear plate has 6 TDM outputs and 6 TDM inputs via DIN 1.0/2.3 connectors. These connectors allow for further port expansion. The EMR-PR48-A can expand to a system of 336 ports without the need for an ADMX cross point.
Page 88: Table 2-28: Multi-Card Tdm Cables (240 Ports, 5 Card Systems)
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Input Card Connector From Output Card Connector Card 1 In 1 TDM 5 Card 2 Out 1 TDM 1 Card 1 In 2 TDM 6 Card 3 Out 1 TDM 1 Card 1 In 3 MADI 1...
Page 89: Table 2-29: Multi-Card Tdm Cables (288 Ports, 6 Card Systems)
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Input Card Connector From Output Card Connector Card 1 In 1 TDM 5 Card 2 Out 1 TDM 1 Card 1 In 2 TDM 6 Card 3 Out 1 TDM 1 Card 1 In 3 MADI 1...
Page 90: Table 2-30: Multi-Card Tdm Cables (336 Ports, 7 Card Systems)
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Input Card Connector From Output Card Connector Card 1 In 1 TDM 5 Card 2 Out 1 TDM 1 Card 1 In 2 TDM 6 Card 3 Out 1 TDM 1 Card 1 In 3 MADI 1...
Page 91: Table 2-31: Emr-Pr48-A Tdm Connections
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) RP-3000APR-DB50 TDM IN 6 TDM OUT 6 TDM IN 5 TDM OUT 5 Figure 2-39: EMR-PR48-A Rear Plate Label TDM 1 TDM 3 TDM 2 TDM 4 TDM 5 TDM 6 MADI 1...
Page 92: Front Card Edge Control And Leds
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.11.7. Front Card Edge Control and LEDs The EMR-PR48-A front card edge has some key controls and indicators that can help in the installation and debugging processes. Figure 2-40 and Table 2-32 show the card edge and describe the expected behavior of each component.
Page 93: Figure 2-40: Emr-Pr48-A Front Card Edge
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 2-40: EMR-PR48-A Front Card Edge COMPONENT OVERVIEW Page 79 Revision 1.8...
Page 94: Emr-Io8-Madi
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.2.12. EMR-IO8-MADI The EMR-IO8-MADI is an audio card that can support 56 or 64 channels MADI signal. It has 8 MADI inputs marked as “MADI IN” and 8 MADI outputs marked as “MADI OUT” on the rear plate and also has 2 TDM input and 2 TDM output ports.
Page 95: Figure 2-42 : Front Card Edge Of Emr-Io8-Madi
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) EMR-IO8-MADI can be used in EMX1RU, EMX3RU and EMX6RU Frames with 1 slot occupancy. Note that the orientation of the rear plate and EMR-IO8-MADI module are different when installing on the EMX6RU verses EMX3RU and EMX1RU frames.
Page 96: Installing And Removing The Modules
4. Tighten the screws after the main module is installed. CAUTION: If any of the screws for the rear plate are missing, please contact Evertz immediately for the specification and/or replacement. Using the incorrect screw can cause thread stripping. 2.3.2. Opening and Closing the Front Panel In order to insert or remove modules you will have to open the front panel using the following procedure: 1.
Page 97: Installing A Module
19” x 10.5” x 14.5” (483 mm x 260 mm x 368 mm) space, the EMX6-FR requires a 19” x 10.5” x 15.75” (483 mm x 260 mm x 400 mm) space, and the EMX3-FR requires a 19” x 5.25” x 15.75” (483 mm x 133 mm x 400 mm) space.
Page 98: Fan Exhaust
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) The EMX6-FR and EMX3-FR frames have additional fans mounted to the front door of the frame to provide additional cooling. CAUTION: For proper cooling, the frame must contain two 3000PS/EMX6-PS power supplies.
Page 99: Replacing The Power Supply
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.6.2. Replacing the Power Supply Each power supply is a complete assembly, and includes the power supply cooling fan and one frame- cooling fan. In the event that the power supply or one of the fans malfunctions, you will need to replace the power supply assembly with a spare one while the failed assembly is being repaired.
Page 100: Figure 2-43: Locating The Power Supply Mounting Screw
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Install screw here Install screw here FUSE: 100-120V: T10AH250V 220-240V: T6.3AH250V THIS EQUIPMENT HAS MORE THAN ONE POWER SUPPLY CORD. TO REDUCE RISK OF ELECTRIC SHOCK GROUNDING OF THE CENTER PIN OF POWER SUPPLY CORD PLUGS MUST BE MAINTAINED.
Page 101: Power
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2.7. POWER The power entry modules contain a standard IEC power inlet connector, two 5 x 20 mm fuse holders, and an EMI line filter. CAUTION: The EMR frame is shipped with 10 Amp fuses rated for 100-120 VAC operation.
Page 102: Turning The Power On And Off
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) CAUTION: To reduce the risk of electric shock, grounding of the ground pin of the main plug must be maintained. 2.7.2. Turning the Power On and Off Each power supply is fitted with its own power switch.
Page 103: Frame Status Fault Conditions
® If there is a fuse failure, contact Evertz customer service regarding the power supply immediately. The power supplies are short circuit protected and should not blow the fuse under a short circuit condition.
Page 104: Care And Handling Of Optical Fiber
Symbol: Black 2.9.2. Assembly Assembly or repair of the laser sub-module is done solely at the Evertz facility, and is performed only by qualified Evertz technical personnel. 2.9.3. Labeling Certification and Identification labels are combined into one label. As there is not enough room on the product to place the label, it is reproduced here in the manual.
Page 105: Handling And Connecting Fibers
Since the transmission characteristics of the fiber depend on the shape of the optical core, care must be taken to prevent fiber damage caused by heavy objects or abrupt fiber bending. Evertz recommends that you maintain a minimum bending radius of 5 cm to avoid fiber-bending loss that will decrease the maximum attainable distance of the fiber cable.
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Page 107: Specifications
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) SPECIFICATIONS 3.1. EMR SPECIFICATIONS 3.1.1. Configuration AES Inputs: Selectable in blocks of 96 or 48 AES Outputs: Selectable in blocks of 96 or 48 Analog Inputs: Selectable in blocks of 48 (stereo) Analog Outputs: Selectable in blocks of 48 (stereo) MADI Inputs:...
Page 108: Unbalanced Version
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 3.1.3.2. Unbalanced Version Signal Level: 1.0 V p-p ±50%, 75Ω Impedance: Return Loss: 25dB, 0.1 - 6.0kHz Jitter: Conforms to ANSI S4.40-1992 Connectors: DIN 1.0/2.3 3.1.4. Analog Audio Sampling Freq: 48kHz Freq Response:...
Page 109: Data Input Port
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 3.1.7. Data Input Port Type: RS-232 and RS-422, selectable Signal Level: 0.2 – 7V p-p Connectors: D50 female 3.1.8. Data Output Port Type: RS-232 and RS-422, selectable Signal Level: 2 –...
Page 110: Physical
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) EMX3-FR: Auto ranging, 100  240 VAC, 50/60 Hz AC Mains Input: Max Operating Current: 4.6 A (@ 100 V/60Hz), 1.85A (@ 240 V/50Hz) Max Power Consumption:...
Page 111: 3000Fc Frame Controller Module
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 3.2. 3000FC FRAME CONTROLLER MODULE The 3000FC Frame Controller module provides a single point of access to communicate with the EMR cards. The 3000FC provides a 10Base-T/100Base-TX Ethernet port and handles all communications between the frame and the control system, and serves as a gateway to individual cards in the frame.
Page 112: Emx-Fc Frame Controller Module
3000FC also provides an RS-232 serial port at the card edge to set up the network addresses. The EMX-FC is housed in a narrow slot underneath the left side or right side power supply in the EMX6- FR frame, and to the left of the right side power supply in the EMX3-FR frame. 3.3.1. Specifications 3.3.1.1.
Page 113: System Overview
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) SYSTEM OVERVIEW 4.1. INTEGRATED AUDIO ROUTING The EMR audio routing system is a flexible, scalable system that provides the capability to route various audio formats without discretion. Depending on which input and output components are in the system, analog, AES and MADI audio can be routed from any source to any destination.
Page 114: Figure 4-2: Emr Audio Connected With Tdm Interface
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) In the latest versions various EMR components are entirely using TDM. This system is very similar to the system described previously except the audio input card and audio output cards connect directly to the ADMX crosspoint module.
Page 115: Connecting To Eqx For Embedded Audio Embedding/De-Embedding
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 4.1.2. Connecting to EQX for Embedded Audio Embedding/De-embedding In addition to standard AES, analog, and MADI audio routing, the EMR also provides an interface to route embedded audio using the EQX video router, providing a completely integrated audio routing solution. Using the EQX router with the EQX-IP16AD-H (3G)-2TDM audio de-embedder module and EQX- OP16AE-H (3G)-2TDM embedder module, embedded audio can be routed between the EQX and EMR platforms.
Page 116: Figure 4-3: Eqx And Emr Interconnection
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) VIDEO VIDEO EQX-IP16AD-3G- EQX-OP16AE-3G- 2TDM 2TDM EMR-IP96-AESU EMR-OP96-AESU TDM IN TDM OUT ANALOG ANALOG 3000ADMX-16X16 EMR-IP48-AA EMR-OP48-AA MADI IN TDM OUT TDM IN MADI OUT 3000MADI16- 3000TDM4- TDM4 MADI16 Figure 4-3: EQX and EMR Interconnection...
Page 117: Referencing The Audio Routing System
1694A or equivalent cable, all TDM cable lengths between two devices must be 20m (65ft) or less as shown in Figure 4-4. For connections between EMR components that will exceed 20m, Evertz has a full lineup of fiber conversion gear that can be used to transport the TDM signal. Please contact the factory for more details.
Page 118: Figure 4-4: Tdm Cable Length Limitations
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) VIDEO VIDEO 20 m 20 m EQX-IP16AD-3G- EQX-OP16AE-3G- 2TDM 2TDM 20 m 20 m EMR-IP96-AESU EMR-OP96-AESU TDM IN TDM OUT ANALOG ANALOG 20 m 20 m 3000ADMX-16X16 EMR-IP48-AA EMR-OP48-AA 20 m...
Page 119: Optional Audio Features
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 4.1.5. Optional Audio Features The EMR audio components have several optional features that make the EMR a very powerful audio solution. Each of the components is described in the following sub sections. 4.1.5.1.
Page 120: Advanced Monitoring (+Am)
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Ch. 1 Ch. 2 Ch. 3 GAIN INVERT MUTE Ch. 256 Ch. 1 Ch. 2 Ch. 3 GAIN INVERT MUTE Ch. 256 DELAY Ch. 1 Ch. 2 Ch.
Page 121: Time Code Routing
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 4.2. TIME CODE ROUTING The EMR time code routing system utilizes the same TDM technology as the audio router to provide a flexible, high density time code routing solution. Unlike traditional time code routers that perform analog- to-digital and digital-to-analog conversions with a digital crosspoint, the EMR time code router uses time code decoding and encoding techniques.
Page 122: Configuring The Ltc Router
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) EMR-IP96-LTC EMR-OP96-LTC EMR-IP96-LTC EMR-OP96-LTC EMR-IP96-LTC EMR-OP96-LTC Figure 4-7: 288x288 LTC Configuration 4.2.1. Configuring the LTC Router To configure the LTC router in a system that does not have an ADMX crosspoint, each of the output cards must be given a specific Card ID to identify the sequence of destinations.
Page 123: Referencing The Ltc Router
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 4.2.2. Referencing the LTC Router A common video reference must be applied to all frames in which the LTC cards within a system are installed. This ensures that the TDM signal that is used to distribute the LTC signals is synchronized amongst all of the cards.
Page 124: Configuring The Data Port Router
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Ports 1 - 48 EMR-PR48 Ports 49 - 96 EMR-PR48 Figure 4-8: 96 Port Configuration 4.3.1. Configuring the Data Port Router To configure the EMR data port router in a system that does not have an ADMX crosspoint, each of the output cards must be given a specific Card ID to identify the sequence of ports.
Page 125: What Is Vistalink
3. A virtual database, known as the Management Information Base (MIB) lists all the variables being monitored and which both the Manager and Agent understand. Please contact Evertz for further information about obtaining a copy of the MIB for interfacing to a third party Manager/NMS.
Page 126: Emr Audio Vistalink Parameters
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 5.1. EMR AUDIO VISTALINK PARAMETERS ® 5.1.1. General VistaLINK Parameters for EMR Audio ® The EMR audio modules have general parameters that refer to global functions of the device. These parameters reflect the function of the entire module and are required for general setup.
Page 127: General Vistalink Control Parameters
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 5.1.1.1. General VistaLINK Control Parameters ® The following general audio parameters can be remotely controlled through the VistaLINK interface. The ® control parameters for Port 2 have been left out as they are identical in behavior to the Port 1 parameters. Port 1 Format: This control allows the user to set the format of the reference to Input 1.
Page 128: General Vistalink Audio Traps
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 5.1.1.3. General VistaLINK Audio Traps ® The following general audio parameters generate traps through the VistaLINK interface. The trap ® parameters for Port 2 have been left out as they are identical in behavior to the Port 1 parameters. Frame Reference status: This parameter raises a trap when a reference signal is removed from reference input 1.
Page 129: Audio Channel Control Vistalink Control Parameters
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 5.1.2.1. Audio Channel Control VistaLINK Control Parameters ® The following audio channel control parameters can be remotely controlled through the VistaLINK ® interface. Delay: This control allows the user to set the audio delay. (This control is available for +DLY option only.) The value can be between 0 to 1364ms in one sample increments.
Page 130: Audio Channel Processing Vistalink Parameters For Audio Emr
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 5.1.2.2. Audio Channel Control VistaLINK Monitor Parameters ® The following audio channel control parameters can be remotely monitored through the VistaLINK ® interface. Signal Present: This parameter indicates the presence of an audio signal. Standard Type: This parameter indicates the type of audio signal.
Page 131: Figure 5-3: Vistalink ® Audio Channel Processing Tab For Emr Audio
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 5-3: VistaLINK Audio Channel Processing Tab for EMR Audio ® COMPONENT OVERVIEW Page 117 Revision 1.8...
Page 132: Audio Pair Control Vistalink Parameters For Audio Emr
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 5.1.3.1. Audio Channel Processing VistaLINK Control Parameters ® The following audio processing parameters can be remotely controlled through the VistaLINK interface. ® Only the parameters for Mixer Input 1 are described but the same logic is applied to Mixer Inputs 2-4. Gain: This control allows the user to set the gain which is applied to the signal.
Page 133: Audio Channel Fault Definitions Vistalink Parameters For Audio Emr
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 5.1.4.1. Audio Pair Control VistaLINK Control Parameters ® The following audio pair control parameters can be remotely controlled through the VistaLINK interface. ® SRC Mode: This control allows the user to set the mode of the sample rate converter. (This mode is available only for +SRC option.) Possible options are Bypass, enable and Auto.
Page 134: Audio Pair Fault Definitions Vistalink Parameters For Audio Emr
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 5.1.5.1. Audio Channel Fault Definitions VistaLINK Control Parameters ® The following audio channel fault definitions parameters can be remotely controlled through the VistaLINK interface. ® Loss Duration: This control allows the user to set the duration before the signal is declared lost. The value is between 0 to 300 seconds.
Page 135: Audio Pair Fault Definitions Vistalink
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 5-6: VistaLINK Audio Pair Fault Definitions Tab for EMR Audio ® 5.1.6.1. Audio Pair Fault Definitions VistaLINK Control Parameters ® The following audio pair fault definitions parameters can be remotely controlled through the VistaLINK ®...
Page 136: Audio Bar Graphs In Vistalink
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 5.1.6.2. Audio Pair Fault Definitions VistaLINK Traps ® The following audio pair fault definitions parameters generate traps through the VistaLINK interface. ® Phase Reversal: This control allows the user to raise a trap when audio pair is out of phase given thresholds described.
Page 137: Emr Data Port Vistalink
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 5.2. EMR DATA PORT VISTALINK PARAMETERS ® 5.2.1. Port Configuration VistaLINK Parameters for EMR Data Port ® The EMR data port modules have standard control parameters that affect the behavior of each port independently.
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Page 139: Emr Configuration With Magnum
Magnum to perform these functions. Magnum is the control system used to configure and control all Evertz routers. The next few sections provide some details on how to get the integrated audio solution up and running. For more detailed instructions, please consult the user manual for Magnum.
Page 140: Figure 6-1: Magnum Add Device Dialog
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 6-1: Magnum Add Device Dialog Figure 6-2: Magnum Add Device Dialog Each EMR input and output module must be added to the server along with the ADMX-16X16 crosspoint module.
Page 141: Adding Eqx Embedding And De-Embedding Modules To Magnum
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 6-3: Magnum Devices Page 6.1.3. Adding EQX Embedding and De-Embedding Modules to Magnum For systems that utilized the EQX embedding and de-embedding modules, an additional step is required to add them to the server.
Page 142: Interfacing All Emr Audio Modules
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Once the AVIPs and AVOPs are defined edit the EMX frame and add these cards inside EMX frame by clicking on “Insert Existing Device”. Figure 6-5 shows an example of inserting AVIP under EMX frame. Figure 6-5: Inserting Existing Device 6.1.4.
Page 143: Time Code Routing
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 6-6: Magnum Tielines Page 6.2. TIME CODE ROUTING The EMR time code router is controlled using Quartz protocol over IP through the frame controller. Within an EMR time code system the input modules are all passive and do not communicate with the control system.
Page 144: Data Port Routing
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 6.3. DATA PORT ROUTING The EMR data port router is controlled using Quartz protocol over IP through the frame controller. In any EMR data port system that has multiple modules, any module is considered the master and any module can communicate with the control system.
Page 145: Module Upgrades
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) MODULE UPGRADES There are two primary upgrade processes available to the user: File Transfer Protocol (FTP) and Serial Upload. Both are described below for specific I/O modules. 7.1.
Page 146: Serial Upload Method
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 7-1: Run Window 5. In the DOS window type: ftp xxx.xxx.xxx.xxx (where the x’s represent the module’s IP address). 6. Press <ENTER> when prompted for a “Username”, and again when prompted for a “Password”. 7.
Page 147 EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2. Connect the factory-supplied 7700PB serial upgrade cable (J2 on 3000 modules and J23 on EMR modules) on the front edge of the card, and connect the other end of this cable to a serial port on a PC with a serial terminal program.
Page 148: Upgrading 3000Fc And Emx-Fc Application Code
Microsoft Windows XP [Version 5.1.2600] (C) Copyright 1985-2001 Microsoft Corp. C:\Documents and Settings\eng>ftp 10.10.15.21 Connected to 10.10.15.21. 220-Evertz FTP Server. 220-Copyright 2001 Evertz Microsystems Ltd. All rights reserved. 220 Type QUOTE HELP for information. User (10.10.15.21:(none)): 331 User name okay, need password. Password: 230 User logged in, proceed.
Page 149: Serial Upgrade Method
5. Power on the EMR frame with the FC card installed. 6. When the FC card boots up, the following information will be printed on the terminal screen: EVERTZ MCF5272 MONITOR 2.3 BUILD 3 (66 MHZ) COPYRIGHT 1997, 1998, 1999, 2000, 2001, 2002 EVERTZ MICROSYSTEMS LTD. 28F160C3B FLASH DETECTED BRD=3000FC...
Page 150 EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data)  Note: If prompted, use the “Xmodem” protocol for data transfer. Execute the following steps when the download is complete: 1. Power down the EMR frame. 2. Remove the FC card from the frame. 3.
Page 151: Troubleshooting The Emr
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) TROUBLESHOOTING THE EMR This section offers some basic guidance on how to debug the EMR system and provides some tools to facilitate the commissioning process. 8.1. TDM CONNECTIONS The most essential part of the EMR system is the various TDM connections.
Page 152: References
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Using the information from this, check that all expected signals are present and no errors have accumulated. If errors have accumulated then this is an indication of a bad connection to the rear plate, a bad wire, or excessive cable length.
Page 153: Verifying Output Signals From Emr Modules
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 8.3.2. Verifying Output Signals from EMR Modules The EMR AES and analog output modules provide an internal tone generator that can be used to validate the hardware, rear plate connection, wiring and patch panel (if applicable) of the output path. By using the internal tone generator it is not necessary to prove the path to an input device and through the crosspoint.
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Page 155: Appendix A - Admx-16X16A And Admx-48X48 Redundancy Setup
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) APPENDIX A - ADMX-16X16A AND ADMX-48X48 REDUNDANCY SETUP This section provides instruction on how to setup redundancy for an EMR-ADMX-16X16A or EMR-ADMX- 48X48 using Magnum Server and EMX-FC Rev B. 9.1.
Page 156: Admx Configuration
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) ADMX Redundancy Layout Figure 9-1: 9.3. ADMX CONFIGURATION ADMX-16X16A or 48X48 comes with dual network connections which require two sets of MACs, IPs and subnet masks.  Note: The two IP addresses for the ADMX have to be under different subnets.
Page 157: Checking Or Setting The Ip Addresses
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 9.3.2. Checking or Setting The IP addresses To check or set the IP addresses, connect the ribbon cable to the four pin connecter at the card edge and type the following commands.
Page 158: Table 9-3: Left And Right Emx-Fcs Network Config
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 2. Configuring Right EMX-FC Network:  A Network IP address has to be in the same subnet as the Magnum server IP address.  B Network IP address has to be in the same subnet as the second IP address of the ADMX. ---------------Left EMX-FC--------------------- Network Configuration (EMX-FC revB v4.11 et.xxx)
Page 159: Emx-Fc Tcp Proxy Configuration
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 9.5. EMX-FC TCP PROXY CONFIGURATION 9.5.1. Setting TCP Proxy on the Left EMX-FC • From “Main Menu” select option (2) “Frame Configuration”. • From “Frame Configuration” menu select option (1) “TCP Proxy Config”. •...
Page 160: Setting Tcp Proxy On The Right Emx-Fc
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) (1) TCP Proxy Config (2) Serial to Ethernet Bridge Config (X) Exit > 1 ------------------------------------------------ ------------------------------------------------ (1) Show TCP Proxy Config (2) Set TCP Proxy Forwarding (3) Delete TCP Proxy Forwarding Entry (4) Show Threads (S) Save and Exit (X) Exit...
Page 161: Table 9-5 : Right Fc Tcp Proxy Config
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) (1) TCP Proxy Config (2) Serial to Ethernet Bridge Config (X) Exit > 1 ------------------------------------------------ ------------------------------------------------ (1) Show TCP Proxy Config (2) Set TCP Proxy Forwarding (3) Delete TCP Proxy Forwarding Entry (4) Show Threads (S) Save and Exit (X) Exit...
Page 162: Emx-Fc Upgrade
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 9.6. EMX-FC UPGRADE • Connect the Ethernet cable to either A or B port of the frame and make sure the card is pingable. • FTP to the card, there is no user name and password •...
Page 163 EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) Figure 9-2: ADMX Configuration in Magnum Server  Note: The above ADMX configuration is for two ADMXs in the system, for single ADMX only Primary and Secondary IP is required. For configuring EMR-Audio I/O modules in the server , please refer to Magnum Server Manual.
Page 164: Useful Commands
EMR User's Guide High Density Modular Audio Router (AES, Analog, MADI, TimeCode, Data) 9.8. USEFUL COMMANDS Command Functionality Iproute add default gateway x.x.x.x Adds the default gateway entry to the route table Iproute add destination gateway dst x.x.x.x gw Adds the destination gateway entry to the route x.x.x.x table Returns the route table entry for the number...

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Emx6-fr 3000fr

evertz EMX3-FR User Manual

1 Overview

2 Component Overview

3 Specifications

4 System Overview

5 What Is Vistalink

6 Emr Configuration with Magnum

7 Module Upgrades

8 Troubleshooting the Emr

9 Appendix A - Admx-16X16A and Admx-48X48 Redundancy Setup

Quick Links

Troubleshooting

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Summary of Contents for evertz EMX3-FR