AMX DXLink Instruction Manual Page 57
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Installation and Setup
57
Instruction Manual – DXLink Fiber Transmitters and Receivers
Serial Data Transfer and IR Flow Control
The illustration in FIG. 22 shows the bidirectional serial data transfer and IR flow control when DXLink Fiber, Duplex
units are used in Endpoint Mode with an Enova Digital Media Switcher. The switcher has an integrated NetLinx Central
Control Processor which provides native AMX control at each remote location fed by a DXLink Fiber Transmitter and
Receiver. Control is sent over fiber optic cable (via the fiber optic transceivers).
Serial data transfer and IR flow control work similarly in directly connected TX/RX pairs (Standalone Mode).
Important: For Duplex hardware in Bidirectional Mode connected to an Enova Digital Media Switcher, we
recommend connecting the switcher to the network for all network connection needs. Network connections
via the switcher are faster and more reliable. Never connect
both a TX and RX, a TX and switcher, or a
switcher and RX to the same network: Avoid network loops.
The illustration in FIG. 23 shows a DXLink Fiber Transmitter in Unidirectional Mode^ and a DXLink Fiber Receiver
in Bidirectional Mode with a setup that allows the units IR, USB, and serial communication via LAN when the system is
in Endpoint Mode with an Enova Digital Media Switcher
^ The Transmitter can either be Duplex configured for Unidirectional Mode or Simplex, which can only support
Unidirectional Mode. In either case, the fiber cable attached to the Transmitter has no data return path.
FIG. 22 Serial data transfer and IR flow control with Duplex hardware in Bidirectional Mode
FIG. 23 Serial data transfer and IR flow control with TX in Unidirectional Mode and RX in Bidirectional Mode
AC
DC
FLT
AC
DC
FLT
AV signal
Ethernet* over
Fiber optic cable
Ethernet* over
Fiber optic cable
AV signal
Enova DGX 16
DXLink Fiber TX
DXLink Fiber RX
* Ethernet transports IR,
Serial, and/or USB
AC
DC
FLT
AC
DC
FLT
AV signal
Fiber optic cable
Ethernet^^ over
Fiber optic cable
AV signal
Enova DGX 16
DXLink Fiber TX
(Unidirectional Mode)
DXLink Fiber RX
(Bidirectional Mode)
LAN
Local Area Network
Ethernet^^
^^ Ethernet transports
IR, Serial, and/or USB
Ethernet^^
Important: The fiber cable attached to the TX only
handles signals in Unidirectional Mode. The return
fiber path is disabled.
Caution: In a source-to-destination signal run that includes hardware in more than one Directional Mode,
take precautions against creating network loops with hardware in Bidirectional Mode (see page 57).
- Instruction Manual 1
- Contents 3
- ESD Warning 6
- Copyright Notice 9
- Liability Notice 9
- US FCC Notice 9
- Lithium Batteries Notice 9
- Trademark Notices 9
- Apache License, Version 2.0 10
- Warnings and Cautions 11
- Overview DXLink Fiber 12
- Bidirectional Mode 13
- Unidirectional Mode 13
- Data Link-lost Mode 13
- Product Notes 14
- Directive 15
- DXLink Fiber HDMI Receivers 16
- DXLink Fiber Boards 17
- Common Applications 18
- DXLink Fiber Transmitters 19
- DXLink Fiber Receivers 23
- Power Jack 24
- Common Features/Functionality 26
- HID Devices and Windows 8 27
- 4. Click OK 28
- DXLink Fiber Specifications 32
- qualified): 1 per unit 33
- Analog Video Specifications 36
- Local Audio Specifications 37
- Installation and Setup 38
- Setup Information 39
- Example 40
- Endpoint/ 40
- Bidirectional 40
- HDMI Out 41
- Fiber Out 41
- Fiber OutHDMI In 41
- Fiber In 41
- DIP Switch Location 44
- #2 Toggle Settings 45
- #3 Toggle Settings 45
- Setting DIP Switch #4 46
- Common Scenarios 46
- Table - Bidirectional 46
- Table - Unidirectional 47
- ICS LAN 10/100 LEDs 50
- Audio Type Precedence 51
- Local Area Network 57
- ID Pushbutton Functions 60
- To set the Scaling Mode: 61
- Bypass Mode 61
- Auto Mode 61
- Manual Mode 61
- Persistence of Scaling Mode 62
- Network Configuration 65
- TCP/IP Address Configuration 66
- External Master Versions 66
- Factory Default Parameters 67
- Device IDs 68
- Using the ID Pushbutton 68
- Factory Parameters* 70
- IRL File Transfers 72
- Transferring IRL Files 74
- Additional Documentation 76
- Additional IRL Information 76
- Device Numbering and Ports 77
- VIDOUT_RES_REF 79
- SEND_COMMAND 79
- VIDOUT_SCALE 79
- Scaling Modes 79
- VI<input>O 82
- <output> 82
- VIDIN_EDID 84
- IR CHANNELs 87
- IR SEND_COMMANDs 87
- AUDIN_FOR 87
- CH SEND_COMMAND 88
- XCH SEND_COMMAND 89
- USB SEND-COMMANDs (Receiver) 93
- PERSISTAV 95
- SEND_STRING Escape Sequences 96
- Troubleshooting 97
- DXLink Fiber Troubleshooting 98
- Network Setup Issues 99
- Technical Support 99
- Overview 100
- Important Upgrade Information 102
- Firmware Versions 102
- Transferring KIT Files 103
- Example: 104
- Telnet Username and Password 105
- Telnet Commands 106
- Telnet Commands (continued) 108
- Guidelines 119
- TCP vs. UDP 119
- URL vs. NDP vs. Auto 120
- Windows Client Programs 120
- Linux Telnet Client 120
- Creating a Virtual Master 123
- CONNECTION and press Enter 126
- HDMI Connector Cable Pinout 127
- HD-15 Connector Cable Pinout 128
- DVI Cable Connector Pinout 129
- CEA (RGB Color Space): 134
- CVR (RGB Color Space): 135
- CVT (RGB Color Space): 136
- DMR (RGB Color Space): 137
- DMT (RGB Color Space): 137
- Applicability Notice 138
- DXLink Fiber and EDID 141
- USER EDID 1 142
- USER_EDID_MODIFIED 142
- MIRROR OUT 1 142
- MIRROR_OUT_LOCAL 142
- AMX EDID Library 142
- Software Installation on PC 143
- DXLink Fiber Connection to PC 144
- EDID Programmer tab 144
- EDID Programmer View 145
- Read Error Message 146
- 11/19/14 148
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