CEA Video Information Code VIC Formats | AMX HDMI-UTPRO-0808

			Overview and General Specifications
CEA Video Information Code (VIC) Formats

VIC #	Resolution		Refresh Rate and Aspect Ratio

VIC = 1	640x480p		59.94/60 Hz, 4:3

VIC = 2	720x480p		59.94/60 Hz, 4:3

VIC = 3	720x480p		59.94/60 Hz, 16:9

VIC = 4	1280x720p		59.94/60 Hz, 16:9

VIC = 5	1920x1080i		59.94/60 Hz, 16:9

VIC = 6	720(1440)x480i		59.94/60 Hz, 4:3

VIC = 7	720(1440)x480i		59.94/60 Hz, 16:9

VIC = 14	1440x480p		59.94/60 Hz, 4:3

VIC = 15	1440x480p		59.94/60 Hz, 16:9

VIC = 16	Native 1920x1080p		59.94/60 Hz, 16:9

VIC = 17	720x576p		50 Hz, 4:3

VIC = 18	720x576p		50 Hz, 16:9

VIC = 19	1280x720p		50 Hz, 16:9

VIC = 20	1920x1080i		50 Hz, 16:9

VIC = 21	720(1440)x576i		50 Hz, 4:3

VIC = 22	720(1440)x576i		50 Hz, 16:9

VIC = 29	1440x576p		50 Hz, 4:3

VIC = 30	1440x576p		50 Hz, 16:9

VIC = 31	1920x1080p		50 Hz, 16:9

VIC = 32	1920x1080p		23.97/24 Hz, 16:9

VIC = 33	1920x1080p		25 Hz, 16:9

VIC = 34	1920x1080p		29.97/30 Hz, 16:9

VIC = 39	1920x1080i		50 Hz, 16:9

VIC = 41	1280x720p		100 Hz, 16:9

VIC = 42	720x576p		100 Hz, 4:3

VIC = 43	720x576p		100 Hz, 16:9

VIC = 44	720(1440)x576i		100 Hz, 4:3

VIC = 45	720(1440)x576i		100 Hz, 16:9

VIC = 47	1280x720p		119.88/120 Hz, 16:9

VIC = 48	720x480p		119.88/120 Hz, 4:3

VIC = 49	720x480p		119.88/120 Hz, 16:9

Audio Data Block

Channels	Sampling Frequency

2 Channel L-PCM	32, 44.1, 48, 88.2, 96, 176.4, 192 kHz sampling frequency at 16, 20, or 24 bits
	per sample

AC-3 (Dolby Digital) 6 Channels (5.1)	48 kHz sampling frequency

DTS 6 Channels (5.1)	48 kHz sampling frequency

Instruction Manual – HDMI-UTPRO-0808	21

Image 21

AMX HDMI-UTPRO-0808 CEA Video Information Code VIC Formats, Audio Data Block, Refresh Rate and Aspect Ratio

Contents

HDMI-UTPRO-0808 Limited Warranty RETURN, Repair and Replacement Contents Defining and Executing Global Presets Global Preset Mode Appendix B Programmer’s Interface for System Diagnostics 106 ESD Warning Important Safety Information and Instructions Information et directives de sécurité importantes Liability Notice Copyright NoticeUS FCC Notice British Standards Notice UL and the UL logo are trademarks of UL LLC Trademark Notices Overview and General Specifications Applicability NoticeProduct Notes Power Receptacle Hdmi UTPro Front Panel ComponentsHdmi UTPro Rear Panel Components CPU / Serial Control Ethernet Plus Serial Control and ConfigurationCPU Components Ethernet and Serial Components System Serial Number Transport Connectors HDMI-UTPRO-RX Components HDMI-UTPRO-RX Receiver Default Serial Settings Serial Port Default Communication SettingsIR Control Optional Serial Control Optional HDMI-UTPRO-0808 Specifications HDMI-UTPRO-0808 Product Specifications See Rear Panel Components Digital Video Hdmi Specifications Digital Video Hdmi Specifications Resolution Refresh Rate Standard Timing Resolution Refresh Rate Max IdentificationStandard Timings Established Timings Audio Data Block CEA Video Information Code VIC FormatsRefresh Rate and Aspect Ratio Channels Sampling Frequency Configuration Information and Control Options HDMI-UTPRO-RX SpecificationsRouting Configuration Information Configuration Options Control Options System Diagnostics Programmer’s InterfaceNative NetLinx Interface Front Control Panel Installation and Setup General Hazard PrecautionsSite Recommendations Unpacking Reliable Earthing GroundingUnpacking Tips Rack Installation and System Setup System DiagramRequired items for rack installation Optional items for rack installation Installation Procedure Installation Recommendations Additional Installation Options To install and set up an Hdmi UTPro in a rack Top Hdmi Inputs and Hdmi Outputs Used for Matrix Switching Attaching Cables for Switching/TransportImportant Twisted Pair Cable Recommendations Bottom Hdmi Inputs and UTP Outputs Used for Transport LEDs on RJ-45 Connectors UTP Cable RequirementsUTP Cable Pinouts HDMI-UTPRO-RX To attach cables for switching/transport IR Receiver IR Control OptionalTo connect an IR Receiver to the HDMI-UTPRO-RX Receiver IR Emitter Establishing an Ethernet 10/100 Network Connection Cable Requirements for LAN Connection or a PC’s NIC cardNetLinx LED System Setup for a LAN Connection LEDs on LAN 10/100 Ethernet RJ-45 Connector To connect an Hdmi UTPro to a LAN Workaround for Networks that Do Not Utilize DhcpDetermining IP address for Hdmi UTPro To test the Hdmi UTPro WebConsole connection Serial Port RJ-12 Serial Port Default Communication Settings Default Serial Port SettingsCable Adapter Kit FG-RS01K RS-01 Adapter Cable FG-RS01 Hdmi UTPro RJ-12 Port SettingsSerial Port RJ-12 Pinout To connect an external serial device PC Requirements for BCS Control Port DB-9 Power-Up Sequence Applying Power and StartupTo apply power Hdmi UTPro DB-9 Port Settings Control Panel Startup Executing a Test Switch To execute a test switch using BCS commands Executing a Test Switch Using BCS Commands Installation Troubleshooting Technical SupportAMX Contact Information Control Panel Overview Operating the Control Panel Power LED Take KeyInput Keys 1-8 and Output Keys Function Menu Options Function Menu Overview and Options Executing Switches Change Mode Working With the Function MenuFunction Menu To execute a switch To change the virtual matrix Changing the Virtual Matrix To disconnect inputs and outputs Disconnecting Switches Disconnect Mode Verifying Signal Status Status Mode Defining and Executing Global Presets Global Preset ModeTo verify the status of a signal To define a global preset To execute a global preset To execute a local preset Executing Local Presets Local Preset Mode Locking and Unlocking Lock Mode Locking the Control PanelTo lock the control panel Unlocking the Control Panel Setup OptionsTo unlock the control panel Checking the Software Version Software Version Screen To change the default virtual matrix Default Virtual Matrix To reload the configuration file Reloading the Configuration File To enable error code reporting System Error Codes on Control Panel LCDTo turn off error code reporting Error Codes General Troubleshooting Setting Up Hdmi Systems System OverviewHdmi UTPro System Conditions Supported Number of Sinks Five Steps in Content Protection ProcessUnsuccessful Transmission in System Hdcp Source Device Four Examples of Hdcp Source Sink Support through FIG To determine sink support maximum up to 8 on a source device Determining Sink Support Maximum on a Source Device R1HDMI-UTPRO-0808 Example of Determining Sink Support FIG System Design Considerations Dealing with Sources with Limited Sink SupportExample of Reducing Sinks Control Suggestions Audio Problems Troubleshooting AudioPossible Solutions Initializing InstaGate Technology CI1O*T CI2O*T CI3O*T CI4O*T CI5O*T CI6O*T CI7O*T CI8O*T Hdmi UTPro Serial Port Settings Hdmi Connector’s Sink Key Cache Command to Persist Save Sink Key CacheCommands to Clear Persistence of the Sink Key Cache Hdmi UTPro WebConsole Accessing Zero-Config Information in NetLinx StudioOverview Determining the IP Address of the Hdmi UTPro Zero-Config list showing network with HDMI-UTPRO-0808 Accessing the WebConsole To access the WebConsole Admin Menu Control Commands To send commands to the Hdmi UTProControl Device Configuration To send commands to an HDMI-UTPRO-RXDevice Configuration Tab Changing the Mode Settings Changing the Connection ModeAuthentication Settings Connection Modes and Mode Settings Options Security Settings Enable / Disable Security SettingsLogin Information To log into the Configuration Manger with security enabled IP Settings IP Settings Port Settings Clock Manager Mode Manager Editing the Clock Manager SettingsTime Sync Settings To modify Standalone settings in the Clock Manager Clock Manager Daylight Savings Manager To adjust Daylight Savings setting in the Clock Manager Clock Manager Nist Server Manager To adjust Nist Servers settings in the Clock Manager Example of typical response when system is pinged WebConsole Troubleshooting To add an exception to the proxy setting information Changing the Proxy Setting Click Advanced Proxy Settings dialog box opens Device Numbering Hdmi UTPro NetLinx Programming Ports 1-3 on HDMI-UTPRO-RX Hdmi UTPro SENDCOMMANDs SENDCOMMANDs InstaGate commands Hdmi UTPro Serial SENDCOMMANDs Serial SENDCOMMANDs To prepare for a firmware upgrade Hdmi UTPro Firmware UpgradesSending a Firmware *.KIT File To the Hdmi UTPro To send a firmware *.KIT file to the Hdmi UTPro Browse For Folder dialog NetLinx Studio Hdmi UTPro Firmware Upgrades HDMI-UTPRO-RX NetLinx Programming HDMI-UTPRO-RX SENDCOMMANDs CHANNELsChannel Function IR SENDCOMMANDs IR SENDCOMMANDsHDMI-UTPRO-RX IR SENDCOMMANDs IR CHANNELs Ctof Xchm Chard HDMI-UTPRO-RX Serial SENDCOMMANDs Sendcomman D HDMI-UTPRO-RX IRL File Transfers Preparing for IRL File TransfersTo prepare for IRL file transfers To send an IR Library *.IRL file to the HDMI-UTPRO-RX Transferring IRL Files Enter Device Mapping Information dialog NetLinx Studio Additional Documentation Appendix a Edid Programmer Matrix Switchers and EdidEdid Overview Applicability Determining the Need for Edid Programming Installing the Edid Programmer Reading and Saving Edid Data from a Destination DevicePC System Requirements for Edid Programmer Hdmi UTPro Using Cable Adapters Problem Troubleshooting ExampleSolution Custom Hdmi Edid Files for Handling Audio Concerns Appendix B Programmer’s Interface for System Diagnostics Verbosity SettingsSystem Component Information Component Identity Settings Using BCS to Access System Diagnostic InformationDefault Settings To access the lowest level of verbosity for all components Power-Up Splash Screen Splash Screen ExamplesSplash Screens Displaying System Information 109 Appendix C Managing Configuration Files Automatic ConfigurationApplicability Notice Installing and Launching XNConnect System RequirementsTo launch XNConnect Navigating the Interface Discovering the SystemTo discover a system Hardware View Virtual Matrices View Modifying an .xcl Configuration FileModifying Source and Destination Channel Names To customize the channel names Setting the Control Panel Password To set the password and load it to the control panel Creating Local PresetsTo create a new local preset 116 To load an .xcl configuration file to the enclosure’s CPU Loading an .xcl Configuration File Device Discovery Support Example Example Virtual Channels and Virtual Matrices Appendix D Creating Virtual Matrices Creating a New Virtual Matrix To view the properties of the connectorsProcess Overview Physical Matrix To create a new virtual matrix Preparing Existing VMs Click OK Assign Signals to Matrices dialog box opens 123 124 Char Hex Appendix E Ascii / Hex 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