Extron electronic DMP 64 Telnet Web Browser, Hex Unit response, URL Encoded Web Unit response

Page 103

Simple Control Port Commands - Telnet and Web-browser Accessible

Upper and lower case text can be used interchangeably except where noted. Port 23 is default for Telnet. Port 80 is default for Web browser. They both can be mapped to different ports.

The following commands are for either a Telnet (port 23) or web browser (port 80) connection. There are minor differences when implementing these commands via Telnet or via URL encoding using a Web browser. All commands listed will work using either connection method but due to some limitations of the Web browser, the encapsulation characters must be modified to be certain the Web browser will properly handle them. All examples are shown in a proper implementation of a Telnet or web browser session.

NOTE: When using Web browsers, some non-alpha numeric characters must be represented as their hex equivalent such as %xx where xx equal the two character representation of the hex byte that needs to be sent (for example, a comma ‘,’ would be represented as %2C). Characters such as ‘%’ (percent), ’+’ (plus) and ‘ ‘ (space) should also be encoded in Hex.

Telnet

Web Browser

Escape (Hex 1B)

W [must not be encoded]

Carriage Return (Hex 0D)

Pipe Character (>) [must not be encoded]

When describing the use of SIS commands via a web browser, the [URL] reference is used to shorten the examples. [URL] would be the full URL of the control interface and web page reference including all path information

(for example, http://192.168.254.254/mypage.HTML).

To send commands using a web browser, prefix them with the full URL followed by ?cmd= (for example, http://192.168.254.254/mypage.html?cmd=WSF>).

 

 

ASCII

Hex

 

 

Unit response

 

 

 

 

Control Command

Esc X#X@ Command }

1B X# X@ Command 0D

response from command

(via Telnet)

 

X@ Data

X@ Data

 

 

]

 

 

 

 

Example:

Esc 03RS } 1*2!

1B 30 33 52 53 0D

OUT 02•IN 01• ALL ]

 

 

 

31 2A

32

21

 

 

 

 

 

 

 

 

ASCII

URL Encoded (Web)

Unit response

 

 

 

 

Control Command

URL?cmd=W X#X@

URL?cmd=W X#X@

response from command ]

(via WEB)

 

Command > X@ Data

Command > X#X@Data

 

 

 

 

 

Example:

URL?cmd=W03RS>1*2!

URL?cmd=W03RS >

OUT 02•IN 01• ALL]

 

 

 

1%2A2%21

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

NOTES: X@

= Input number, 1 through 6

 

 

 

 

X#

= Output number 1 through 4

 

 

 

 

 

 

 

 

 

 

 

Although the DMP 64 uses the same structure for SIS commands, there are two variations. One is the global command structure noted above and documented in the Command and Response Table for Basic SIS Commands on page 98.

The second set of tables uses the command structure outline beginning with Command and Response Tables for DSP SIS Commands on page 103. While using the same structure of basic SIS commands, they differ in how the software addresses the individual processor blocks within the DMP 64.

Generally, the basic SIS commands are used for global configuration such as setting IP addresses, date/time, while the DSP SIS commands allow functionality of the audio signal chain.

DMP 64 • SIS Programming and Control

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Contents User Guide Safety Instructions English Safety InstructionsGuide on the Extron website FCC Class a NoticeNotifications Specifications AvailabilitySoftware Commands Conventions Used in this GuideContents SIS Programming and Control About the DMP 64 Digital Matrix Processor About This GuideFeatures DMP 64 Introduction Extron DMP DMP 64 Application DiagramDMP 64 Rear Panel Mounting the DMPPower Supply Wiring Balanced or Unbalanced Mic and Line Input Wiring Digital I/O Wiring USB Configuration Port Front PanelDMP 64 Operation Hardware OperationDMP 64 Front Panel Front Panel OperationFirmware Updates Power CycleRear Panel Operation Mode 1 will Reset Actuator and LED IndicatorHardware Reset Modes Mode 1 Firmware resetDefault reset state of the device is Mode 4 IP Address resetMode 4 will Mode 5 Factory default resetDMP 64 has the following connection options Software ControlWindows-based Program Control Installing the DSP Configurator ProgramInstall the software as follows Embedded Web PagesDVD Software Menu USB Installer Splash Screen Install the USB DriverUsing the Program DSP Configurator Program BasicsStarting the Program C d e f g Mouse Navigation NavigationCut, Copy, or Paste Functions Keyboard NavigationDMP 64 Software Control File DSP Configurator Toolbar MenusEdit Tools ViewDMP 64 Software Control Help selection Window MenuMode Buttons Presets Drop-downBackup Audio Level, Mix-point, Processing Blocks, and Signal Chains Processor Blocks Level Control BlocksSample Processor Dialog Box Gain Control Gain Mic/Line Input Signal ControlsInsert Filter Menu Filter FiltFilter Block Dialog Box Filter Dialog Box, Filters Added Type Frequency Parameter Filter Parameter Settings RangeHigh Pass Filter Response Curve High PassLow Pass Filter Response Curve Low PassBass and Treble Shelving Bass and Treble ShelvingParametric Filter Dialog Box, 1000 Hz Parametric EqualizerParametric Filter at 1000 Hz, Q All Parametric Filters Active Feedback Suppressor Feedback Suppressor FBSValue Application FBS SettingsFBS Dynamic Filters Tab FBS Dynamic FiltersFBS Fixed Filters Fixed Filter Parameter Settings Range Default SettingGate Dynamics DYNCompressor LimiterAutomatic Gain Control AGC Compressor Limiter Noise Gate Method Time Feet Meters Delay DLYDucking Duck Ducker Configuration DialogSettings Ducking ConfigurationCurrent source indicator Enable mic/line source checkboxDucking Priority PriorityBy dB Target gain reduction amount Mix Status for virtual returnsTo set an additional ducking source Ducker TutorialsDucking and Priority Ducking To set a ducking sourcePre-mixer Gain Gain Loudness Loud Line Output ChannelsCalibrating Loudness Setting Loudness By EarAlternate method to calibrate loudness Filter Block Filt Delay Block DLYDynamics Block DYN Volume Control VOL Gain Gain Virtual Bus ReturnsPrimary Mix Matrix outlined in red Primary Mix MatrixMix-point Behavior DMP 64 Software Control Input 1 to Output Mix-point ExamplesAll Inputs to Output Input 1 to All Outputs Secondary Mix Matrix Secondary Mix MatrixInput 1 to Virtual Bus a Group Members Group MastersGrouped Controls Sample Fader Group Master and Associated Gain Controls Configure a group as follows Configuring a Group MasterTo delete a group Viewing and Using a Group MasterDeleting a Group Master Add a GroupTo use the Increment/Decrement Simulator ToolsClear All Groups Increment/Decrement SimulatorTo move the lower limit Soft LimitsGroup Details Report To move the upper limitDigital I/O Ports To remove a digital I/O script from the DMP Emulate Mode and Live ModeReinitialize Digital I/O Synchronizing Pull From or Push To the DMPTo switch from Emulate mode to Live mode Selecting Live Mode and Pushing or Pulling DataIf USB is selected in step If RS-232 is selected in stepSelecting Live Mode Yes or No Previewing and Recalling a Preset PresetsSave Preset Building a PresetTo save a preset use the following instructions Presets Pull vs. Push or Create Live Managing PresetsChange PIN Protected ConfigurationSave Protected Configuration Recall Protected ConfigurationTab key DSP Configurator Windows MenusKeyboard Navigation Standard Windows NavigationDSP Configurator-unique Navigation Saving a Preset Using Keyboard Navigation Optimizing Audio Levels Gain, Trim and Volume ControlsSetting Input Gain About Setting Gain StructureSetting a Nominal Output Level Setting Output Gain Structure Adjusting Pre-mixer GainAdjusting Trim Setting Mic/Line Input and Mix LevelsSetting Volume Control for the Amplifier Stage USB port details LAN port defaultsConnection Options DMP 64 RS-232 protocolEthernet Connection RS-232 PortsUSB Port Front Panel Ethernet LAN PortConnection Timeouts Verbose ModeTo establish a network connection to the DMP Host-to-device Communications Password InformationDMP 64-initiated Messages Symbol definitions Error ResponsesHex Unit response Telnet Web BrowserURL Encoded Web Unit response Command Ascii command URL Encoded Response Command and Response Table for Basic SIS CommandsCommand Ascii command Response Additional Command and Response table for basic SIS commandsDescription EX3# CA EX! CP EX# NI Command Ascii command Response Additional descriptionDSP Processors Addressable by SIS Commands Command and Response Tables for DSP SIS CommandsSpecial Characters Symbol definitionsAudio Level Control, and Mix-point Selection Command and Response Table for DSP SIS CommandsEOX6%GRPM X6 Level Control and Mix-point Selection  X7 PcfgDMP 64 SIS Programming and Control 108 Mix X6! Mix-point gain C, and Post-mixer trim D level values110 +18 2229 2230 2231 2232 2233 2234 2235 2236 2237 +19 2238 X6@ Mic/line gain a 113 Value X6@ Mic/line gain a Output Level Control DMP 118 Value Pre-mixer gain B, Virtual return gain F onlyDownload the Startup Access the device using Html pages as followsConnect To System Status Status TabSystem Settings Configuration TabIP Settings Fields MAC Address Field Date/Time Settings Fields Change a Password PasswordsClear a Password Firmware Upgrade To update the device firmware Firmware UpgradeLocation of Firmware Upgrade Files on the Website Downloading Firmware Upgrade Files DMP 64 Html Operation 130 File Management File Management TabUpload your own file as follows Change the Input Gain and Attenuation Audio SettingsChange an input audio level setting as follows Control TabMute and Unmute the Mixer-points Mute and Unmute Inputs and OutputsChange the Mic Mix Audio Level Change an output audio level setting as follows Change the Output Volume LevelGroup Controls Presets PresetsFirmware Loader To access the firmware uploaderDMP 64 Reference Information 137 DMP 64 Reset Mode Summary DMP 64 Hardware Reset ModesFurniture Mounting Tabletop UseUL Rack Mounting Guidelines Rack MountingExtron Warranty
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DMP 64 specifications

The Extron DMP 64 is a versatile digital matrix processor that is specifically designed for handling multi-channel audio signal distribution in a variety of applications. As a part of the Extron family of audio products, the DMP 64 is particularly well-suited for educational institutions, corporate environments, and other professional settings where high-quality audio management is paramount.

One of the standout features of the DMP 64 is its six inputs and four outputs configuration, allowing users to mix and route audio signals with ease. This flexibility is crucial in environments like lecture halls or corporate meeting rooms where multiple audio sources may need to be controlled simultaneously. The DMP 64 supports a wide range of audio formats and operates seamlessly with both balanced and unbalanced audio signals. This ensures compatibility with various microphones, speakers, and other audio devices.

The technology behind the DMP 64 includes Extron's innovative ProDSP, which enhances audio processing capabilities. ProDSP allows for high-quality sound processing through advanced algorithms that provide features such as equalization, compression, and limiting. The processor also includes preset recall functionality, enabling users to quickly switch between different audio setups as needed. This can be particularly beneficial in dynamic environments where quick adjustments are often required.

Another important characteristic of the DMP 64 is its user-friendly interface. With intuitive controls that are easy to navigate, users can quickly access and adjust audio settings without the need for extensive training. The device supports Extron's Global Configurator and GUI Designer software, allowing for remote control and customization of the audio system easily. This integration is essential for system integrators who want to create tailored solutions for their clients.

The DMP 64 also features an integrated web interface, providing a convenient way to manage the system from any connected device. This capability makes troubleshooting and system management straightforward and efficient, especially for tech support teams who may need to address issues remotely.

In addition, the unit is designed with robust connectivity options, including Ethernet for control and monitoring, as well as standard audio inputs and outputs. Built with reliability in mind, the DMP 64 is housed in a sturdy chassis, ensuring it can withstand the demands of everyday use in professional settings.

Overall, the Extron DMP 64 combines advanced audio processing technology with user-friendly design and features that cater to the needs of today’s audio/video environments. Its flexibility, reliability, and high-quality sound management make it an ideal choice for diverse applications, from classroom environments to corporate meeting spaces. Whether it’s for conferencing, presentations, or events, the DMP 64 stands out as a powerful tool in professional audio management.
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