Explanation of Graphical Symbols CAUTION RISK OF ELECTRIC SHOCK DO NOT OPEN CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT REMOVE COVER (OR BACK). NO USER-SERVICEABLE PARTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE PERSONNEL. The lightning flash with arrowhead symbol within an equilateral triangle is intended to alert the user to the presence of uninsulated “dangerous voltage” within the product’s enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons.
FCC INFORMATION (U.S.A.) 1. IMPORTANT NOTICE: DO NOT MODIFY THIS UNIT! This product, when installed as indicated in the instructions contained in this manual, meets FCC requirements. Modifications not expressly approved by Yamaha may void your authority, granted by the FCC, to use the product. 2. IMPORTANT: When connecting this product to accessories and/ or another product use only high quality shielded cables. Cable/s supplied with this product MUST be used. Follow all installation instructions.
PRECAUTIONS PLEASE READ CAREFULLY BEFORE PROCEEDING * Please keep this manual in a safe place for future reference. WARNING Always follow the basic precautions listed below to avoid the possibility of serious injury or even death from electrical shock, short-circuiting, damages, fire or other hazards. These precautions include, but are not limited to, the following: Power supply/Power cord Water warning • Only use the voltage specified as correct for the device.
• Do not block the vents. This device has ventilation holes at the front and rear to prevent the internal temperature from rising too high. In particular, do not place the device on its side or upside down, or place it in any poorly-ventilated location, such as a bookcase or closet. • Do not use the device in the vicinity of a TV, radio, stereo equipment, mobile phone, or other electric devices. Otherwise, the device, TV, or radio may generate noise.
Foreword Foreword Thank you for choosing a Yamaha DME64N/24N Digital Mixing Engine. Using the supplied DME Designer software, the DME64N and DME24N can be easily configured to handle a wide range of audio processing applications – institutional audio installations, sub-mixing, speaker system control, matrix and routing, multi-effect processing, and much more.
Contents Foreword 8 Accessories (Please make sure the following items are included in the package.) . . . . . . . . . . . . . . . 8 Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 About the Product Names . . . . . . . . . . . . . . . . . 8 About the Firmware Version . . . . . . . . . . . . . . . 8 Preparation . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 Connecting the AC power cord . . . . . . . . . . . . . . . . . . . . 8 Turning the power on and off. . . . . . . . .
Accessories (Please make sure the following items are included in the package.) Foreword Thank you for choosing a Yamaha DME64N/24N Digital Mixing Engine. In order to take full advantage of the features and performance provided by the DME64N/24N, we urge you to read this owner’s manual thoroughly before connecting or using the unit. Keep this manual in a safe place for future reference. Foreword Accessories (Please make sure the following items are included in the package.
Differences between DME64N/24N Introduction to the DME64N/24N Differences between DME64N/24N The DME64N has four I/O card slots, while the DME24N has one I/O card slot and eight channels of builtin analog audio I/O. A single I/O card can handle up to 16 channels of audio I/O, so the DME64N can handle a maximum of 64 audio I/O channels. The DME24N can handle up to 24 audio I/O channels. The DME64N has approximately double the DSP processing power of the DME24N.
Glossary for the DME64N/24N Scene A combination of all configuration and preset parameters is called a “scene.” Scenes can be recalled from an ICP1, GPI device, other external controllers, DME64N/DME24N, or computer. Up to 999 scenes can be stored for each device group. Scene structure Scene Preset Parameter Configuration Matrix Mixer Scene 1 Ex.
Signal Types Signal Types DME64N/24N audio system signals can be broadly categorized as follows. 1 Audio The DME64N/24N will be required to send and receive audio signals to and from other DME series units as well as other audio equipment. Audio signal transmission and reception will occur primarily via the [INPUT] and [OUTPUT] connectors on the DME24N. 2 Control signals within a device group Introduction to the DME64N/24N Device group control signals control all DME series devices in the group.
System Examples System Examples Large systems using CobraNet Space A Space B Computer ICP1 DME24N 1 EXT. CLOCK NETWORK 96kHz MID 88.2kHz MASTER 48kHz Hub 2 3 4 2 3 4 5 6 7 8 5 6 7 8 Analog Out Analog In PEAK IN SIGNAL 1 44.1kHz PEAK SCENE NUMBER OUT SIGNAL MY16-CII DME24N Hub 1 EXT. CLOCK NETWORK 96kHz MID 88.2kHz MASTER 48kHz 2 3 4 2 3 4 5 6 7 8 5 6 7 8 Analog Out Analog In PEAK IN SIGNAL 1 44.
About DME Designer About DME Designer DME64N/DME24N Owner’s Manual Introduction to the DME64N/24N DME Designer software enables you to integrate, configure, and control the DME series system from a connected computer. You can build the DME series audio system using graphic blocks in DME Designer that are displayed on the computer monitor. The DME series settings, configuration, and parameter data are transferred from the computer to the DME series unit via the USB or Ethernet connection.
Front Panel The Controls and Connectors Front Panel DME64N ! 1 @ SCENE # HOME 2 ^ ) 9 $ UTILITY * % LEVEL º ¡ ™ ( CANCEL MUTE & £ ENTER 4 5 6 3 The Controls and Connectors DME24N ^ ) 9 & 1 ! @ SCENE 2 3 4 5 6 # HOME $ UTILITY * % LEVEL MUTE ™ ( CANCEL º ¡ £ ENTER 7 8 7 8 1 [USB] Connector A computer can be connected here when it is necessary to program or control the device. When a USB connection is to be used, the USB-MIDI driver must be installed on the computer.
Front Panel 5 [MIDI] Indicator $ [LEVEL] Button Lights while data communication is occurring via the [MIDI] connector. Received data causes the indicator to light green, while transmitted data causes the indicator to light orange. The indicator will light green when reception and transmission occur simultaneously. If a problem occurs the indicator will light red. Calls the output level setup display (page 39). The indicator will light green.
Rear Panel Rear Panel 4 DME64N 1 2 7 5 ) 9 3 DME24N 4 3 The Controls and Connectors 1 2 9 6 7 5 8 1 [AC IN] Connector 3 [GPI] Connector This is the device’s three-pronged AC power connector. Connect to the AC mains using the supplied AC power cord. See “Setup” on page 18 for details. This Euroblock connector provides access to the unit’s GPI (General Purpose Interface) interface for transfer of control signals to and from external equipment.
Rear Panel These are standard MIDI connectors that handle reception and transmission of MIDI data: [MIDI IN] receives MIDI data, [MIDI OUT] transmits MIDI data, and [MIDI THRU] re-transmits MIDI data received at the [MIDI IN] connector. See “MIDI Connection ([MIDI] Connectors)” on page 30 for connection details. 5 [WORD CLOCK IN] [WORD CLOCK OUT] Connectors These BNC connector receive and transmit word clock from and to external equipment.
Setup Procedure Setup Setup Procedure Follow the steps outlined below to prepare the DME64N/24N for operation. 1. Install any required I/O cards. Refer to “I/O Card Installation” on page 20 for details. 2. Connect the AC power cord. CAUTION Be sure to turn all devices OFF before connecting AC mains power. Attach the cable clamp to prevent accidental disconnection. Attaching the cable clamp. Preparation Be sure to properly ground the device to prevent possible electrical shock.
Setup Procedure 3. Install the DME Designer software and necessary drivers on the computer to be used for device group control. See the “DME Setup Manual” (PDF file) for details. 4. Connect devices. • Network connection Ethernet connection (page 23) USB connection (page 22) • Analog connection (page 26) • External device connection Remote connection (page 28) MIDI connection(page 30) CASCADE connection(page 31) WORD CLOCK connection(page 32) GPI connection (page 33) 5.
I/O Card Installation 7. Launch the DME Designer application, create configuration and transfer. DME Designer setup, operation, and data transfer instructions can be found in the DME Designer Manual. This completes preparation of the DME64N/24N system. I/O Card Installation The DME64N has four I/O card slots, and the DME24N has one I/O card slot.
I/O Card Installation I/O Card Installation Procedure 1. Make sure that the DME64N/24N power is OFF. If the power is on, turn it off. 2. Loosen the two card slot screws and remove the slot cover, as shown in the diagram. N OT E The slot cover and screws will need to be re-attached if the I/O card is later removed from the slot, so keep them in a safe place. 3. Slide the I/O card into the slots in the guide rails, as shown in the diagram, and push the Preparation card into the slot.
USB Connection Connecting to a Computer USB Connection N OT E • Refer to the “DME Setup Manual” (PDF file) for details on installing USB-MIDI Driver and DME Designer. • Make sure that the USB-MIDI Driver’s THRU setting is “OFF.” USB connections can be used in the following two ways: (1) Control the DME64N/24N from DME Designer. (2) Connect to any individual DME64N/24N and control that DME64N/24N unit by transmitting MIDI commands from a MIDI sequencer or similar software.
Ethernet Connection ([NETWORK] Connector) Ethernet Connection ([NETWORK] Connector) To control the DME64N/24N from the computer via Ethernet, use an Ethernet cable to connect the [NETWORK] connector on the rear panel of the DME64N/24N to the computer, then install DME-N Network Driver. N OT E • Refer to the “DME Setup Manual” (PDF file) for details on installing DME-N Network Driver. • Appropriate IP addresses must first be assigned to all devices connected to an Ethernet network.
Ethernet Connection ([NETWORK] Connector) Control from a computer in the same subnet group Device Group Group Master INPUT USB PEAK PEAK PEAK SIGNAL SIGNAL SIGNAL PEAK PEAK PEAK SIGNAL SIGNAL SIGNAL DIGITAL MIXING ENGINE SATELLITE INPUT DME Satellite (IP address: 192.168.0.7) Ethernet Cable Ethernet Straight Cable Switching Hub Ethernet Cable Ethernet Straight Cable Computer (IP address: 192.168.0.
Ethernet Connection ([NETWORK] Connector) Connecting multiple device groups Device Group 1 Device Group 2 Group Master Group Master INPUT USB INPUT PEAK PEAK PEAK SIGNAL SIGNAL SIGNAL DIGITAL MIXING ENGINE SATELLITE USB PEAK PEAK PEAK SIGNAL SIGNAL SIGNAL PEAK PEAK PEAK PEAK PEAK PEAK SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL INPUT DIGITAL MIXING ENGINE SATELLITE INPUT DME Satellite (IP address: 192.168.0.2) Ethernet Cable DME Satellite (IP address: 192.168.0.
Audio I/O Connection Analog Audio Connection ([IN] and [OUT] Connectors) (DME24N only) The DME24N includes [IN] and [OUT] connectors for 8 channels of analog audio input and output. Wire the supplied Euroblock plugs as shown below. Head amplifier gain and phantom power settings can be made via the Utility display HA page described on page 54 of this manual, or via the DME Designer application. Euroblock Connection Please be sure to use the supplied Euroblock plugs.
3. Securely tighten terminal screws. Pull the cables (not too strongly) to confirm that they are securely connected. 4. Plug the Euroblock plug into the panel connector. I/O Slots Audio I/O Connection The DME64N has four I/O card slots, and the DME24N has one I/O card slot. The number of audio input channels available on the DME64N/24N can be increased by plugging the appropriate mini-YGDAI I/O card(s) into the available card slot(s).
Remote Connection ([REMOTE] Connector) Connecting to an External Device Remote Connection ([REMOTE] Connector) The [REMOTE] connector of the DME64N/24N can be connected to remotely-controllable Yamaha AD8HR or AD824 head amplifiers (pre-amps), digital mixers, or RS-232C compatible controllers (such as those from AMX or Crestron). The [REMOTE] connector also transmits and receives MIDI messages.
Remote Connection ([REMOTE] Connector) Controlling a DME24N’s internal head amps from a digital mixer The internal head amp settings of a DME24N can be remotely controlled from a digital mixer such as the Yamaha PM5D or DM2000. Connect the digital mixer to the DME series’ [REMOTE] connector, and use an Ethernet cable to make connections between the [NETWORK] connectors of the DME series.From the digital mixer, DME series units can be controlled as an AD8HR.
MIDI Connection ([MIDI] Connectors) MIDI Connection ([MIDI] Connectors) In this case connection is made to the rear-panel [MIDI] connectors. MIDI commands are sent to the DME64N/24N from a MIDI device. N OT E Refer to “MIDI Page” on page 51 for MIDI setup details. N OT E The DME Designer can be used to set up the system so that scene recall operations and user parameter control can be carried out from connected MIDI devices. Refer to the DME Designer manual for details.
Cascade Connection ([Cascade] Connectors) (DME64N only) Cascade Connection ([Cascade] Connectors) (DME64N only) The rear-panel [CASCADE] connector can be connected to the [CASCADE] connector on another DME64N/24N or other compatible device via a dedicated cascade cable for bidirectional transfer of control, audio, and word clock signals.
WORD CLOCK Connection ([WORD CLOCK] Connectors) WORD CLOCK Connection ([WORD CLOCK] Connectors) Word clock signals are transferred to and from external devices via the [WORD CLOCK IN] and [WORD CLOCK OUT] connectors. The [WORD CLOCK OUT] connector can be used to supply the DME64N/ 24N word clock to external equipment. Word clock is continuously output by the DME64N/24N during normal operation. The word clock signal from an external device can be received via the [WORD CLOCK IN] connector.
GPI Connection ([GPI] Connectors) GPI Connection ([GPI] Connectors) GPI (General Purpose Interface) device (GPI controller, etc.) can be connected to the rear-panel [GPI] connectors. Using GPI a variety of control signals can be transferred between the DME64N/24N and external controllers or other devices. The optional CP4SW, CP4SF, and CP1SF control panels are also connected via GPI.
Basic Operation Panel Operation and Displays Basic Operation By pressing the panel keys it is possible to select the DME64N/24N Main display, Utility display, and Parameter Edit displays that allow individual settings to be edited and changed. refer to the pages listed below for more detailed information about each display. [HOME] key ➔ Main Display (page 35) The Main display can be directly recalled from any display other than the Main display by pressing the [HOME] key.
Main Display Main Display The Main display will appear in a few seconds after the power is turned on. The Main display shows information about the current scene. NO T E Nothing will appear on the display if no scene data is stored in the DME64N/24N scene memory (this is the case when the unit is initially shipped, for example). (Roman) characters can be displayed in a button name.
Parameter Edit Displays Parameter Edit Displays Panel Lock The panel controls can be “locked” to prevent accidental mis-operation. To activate the panel lock function simultaneously press and hold the [HOME] and [ENTER] keys for longer than 2 seconds. The panel lock icon will appear on the Main display when the panel is locked. Panel lock icon Panel Lock can be disengaged by pressing the [CANCEL] key for longer than 2 seconds.
Parameter Edit Displays Some Parameter Edit displays have just one numeric parameter, while other may have two or more. 2. Rotate the dial to edit the value as required. Parameter Edit Display with One Numeric Parameter 1. Numeric values can be changed by rotating the dial. Dial rotation produces an immediate, corresponding change in the selected value. 3. Repeat step 1 to select the next value to be edited, use the dial to edit as required, and repeat until all values have been edited as required. 4.
Parameter Edit Displays List Parameters ON/OFF Parameters List parameters allow you to make one selection from a list of possibilities. Parameters that are either ON or OFF are edited via this type of display (e.g., Mute Parameter Edit display in “Mute Switching” on page 39). Rotate the dial to scroll up or down the list.
Parameter Edit Displays Mute Switching Scene Recall Turns the DME64N/24N output mute function ON or OFF. This procedure recalls a new scene (refer to page 10). 1. Press the [MUTE] key. NOTE The same procedure is used for scene recall from an ICP1 control panel. The Mute Parameter Edit display will appear. 1. Press the [SCENE] key. The Scene Recall display will appear. 2. Select Mute ON or OFF. The mute function is turned on or off as described in “ON/OFF Parameters” on page 38.
Parameter Edit Displays NO T E Scenes can also be changed from a computer or GPI/MIDI controller connected to the device. The DME Designer application is used to make scene changes from a computer. If a GPI/MIDI controller is to be used for changes it must be initially set up for scene change control by using the DME Designer. NO T E If head amplifier parameters are included in the recalled scene data, the head amplifier settings will be changed accordingly.
Spectrum Display 3. Select the desired monitor point from the list. The audio signal from the selected monitoring point will be output via the PHONES jack and the [MONITOR] indicator lights up. Spectrum Display The monitor functions also provide spectrum analyzer type level display of the signal at the selected monitor point. NO T E NOTE Press the [CANCEL] key to move back to the previous edit display. Spectrum display is not available on the ICP1 control panel.
Level Meter Display 4 L/R Select Indicates when the spectrum display is for the left or right channel. The same spectrum display will be shown for the L and R channels of all monitor points other than userdefined points specified via the DME Designer application. To switch between the L and R displays move the cursor to the CHANNEL L/R setting and press the [ENTER] key to alternately select L or R. NO T E The fall rate of the meters can be set up via the Utility display “Disp” page.
Initializing the DME64N/DME24N Initializing the DME64N/ DME24N The DME64N/DME24N and ICP1 internal memories can be initialized as follows. Begin with the power turned off. Turn the power on while holding the [SCENE] and [ENTER] buttons, and continue to hold those buttons until the Yamaha logo appears. The initialization screen will appear, allowing you to choose one of the following three options. SCENE HOME UTILITY LEVEL MUTE CANCEL ENTER 1.Holding down the [SCENE] and [ENTER] buttons 2.
Utility Displays Utility Displays Most basic DME64N/24N functions can be accessed via the Utility Display. Items accessible via the Utility display Page Info Net Disp Lock Misc WCLK Slot MIDI Panel Operation and Displays GPI HA 44 Item Description Current status and settings for the devices basic parameters. Label Name display. Version The device’s current version number. Date Current status and setup for the internal calendar/clock. Battery Shows the status of the internal battery.
Utility Displays Check Unit No. Mixer I/O Mode Description Manual Page Displays current status for the [CASCADE] connectors. Displays current status for the head margin of the audio signal handled via the [CASCADE] connectors. Displays how many devices the unit is from the beginning of the cascade chain. Displays current status for the channels to be used for audio signals cascaded to a mixer. Current status and setup for the thru connection.
Utility Displays Utility Display Operation The general procedure for operating the Utility displays is outlined below. 1. Press the [UTILITY] key for longer than 3 Date Shows the currently set date and time. The internal clock and calendar can be set here. Edit using the “Numeric Parameters” editing procedure described on page 36. NOTE 2 seconds from the Main display to go to the Utility display. 2. Press the [UTILITY] key as many times as “Zone slave” cannot be used to set this parameter.
Utility Displays Network Settings (Net) Page Shows the Ethernet network address and other parameters. 3 Master ID Displays and sets the device group master host address. NOTE This is not displayed on the device group master device. 1 2 3 4 5 4 Link Mode Shows the status of the [NETWORK] connector. The [NETWORK] connector can be set to operate in “10BaseT” or “100Base-TX” mode. 1 Master/Slave Indicates whether or not the device is functioning as the device group master: “Master” or “Slave.
Utility Displays 2 LCD Backlight Specifies LCD backlight operation. Two settings are available: “ON,” and “OFF.” ON: The display is continuously lit. OFF: The display lights when a control is operated, and will go out 10 seconds after panel operation ceases. Pressing the [ENTER] key alternately selects “ON” and “OFF”. 3 Meter Fall Time Determines the fall time of the level meters – “Fast” or “Slow.” Fast: The meters rapidly follow changes in the signal level.
Utility Displays Miscellaneous Setup (Misc) Page This page includes parameters not available in any other page. NO T E The Remote setting (2) will not appear on the ICP1 control panel display. 3 Event Scheduler Determines whether an event schedule setup in the DME Designer will be executed or not, and displays the current status. This parameter can be set to “ON” or “OFF.” ON: The event will be executed. OFF: The event schedule will not be executed.
Utility Displays COM (422) Allows from AMX and Crestron type external controllers via the RS-232C interface using DME Communication Protocol*. MIDI (232C) Allows control of DME64N/DME24N units from external MIDI controllers via the RS-232C interface. MIDI (422) Allows control of DME64N/DME24N units from external MIDI controllers via the RS-422 interface. 1 Fs The current sampling frequency of the master word clock. The value shown here is determined by the system’s master word clock signal.
Utility Displays Slot Information (Slot) Page MIDI Setup (MIDI) Page Displays the name of the card installed in an I/O card slot. Some cards can also be reset via this page. 3 1 2 4 5 6 2 1 3 NOTE This page will not appear on the ICP1 display. NO T E 1 Card Name The name of the installed card appears here. 2 Reset Resets the installed card. 3 Format Displays the 88.2/96 kHz audio signal transfer mode. The input setting is on the left and the output setting is on the right.
Utility Displays NO T E “DAW” stands for “Digital Audio Workstation.” ProTools, Logic, and Cubase are DAW applications, and this parameter provides direct compatibility with a number of physical controls surfaces that are available for use with these DAW software packages. The following parameters are available when the DAW parameter is set to OFF. 3 CH Specifies the device’s MIDI transmit and receive channel: 1 ~ 16. Edit using the “List Parameters” editing procedure described on page 38.
Utility Displays 2. Setting and parameter name display function Displays the settings and parameter names on the DAW controller’s LCD screen. There are two display methods: over-all display and detail display. Overall Display: The overall display shows the assigned parameter names and settings, organized by DAW channels. Detail Display: In the detail display, you select the parameter you want to display. Only information for that parameter appears on the DAW controller’s LCD screen.
Utility Displays Head Amplifier Setup (HA) Page Provides access to the head amplifier settings. Refer to “REMOTE Connection” on page 28 for head amplifier control signal connection. NO T E Available settings of the AD8HR are “D OUT A,” “WCLK IN,” “INT44.1K,” “INT48K,” “INT88.2K,” and “INT96K.” This page will not appear on the ICP1 display. D OUT A: Sets the word clock signal at the digital input as the master clock of the AD8HR.
Utility Displays 4 Gain Individually sets the gain of each head amplifier channel. Edit using the “Numeric Parameters” editing procedure described on page 36. NO T E The gain of the DME24N internal head amplifiers can be adjusted from +10 dB to –60 dB in 1-dB increments. The internal circuitry switches at about the –45-dB point, and the signal is automatically muted at that point to prevent noise.
Utility Displays 3 Mixer I/O Displays whether the cascade signal is bus shared or not. ■: A DME64N connected directly to the mixer is connected to a second DME64N on this unidirectional channel. Input on the same channel from other DME64N units will be independent. Check Page Even in an environment with no computer, you can check the connections without using DME Designer by directly connecting the DME64N/24N input/output. The meter does not operate during a connection check.
Options References Options The ICP1, CP4SW, CP1SF, and CP4SF controllers are available as options for remote external control of the DME series. The ICP1 connects via Ethernet, while the CP4SW, CP1SF, and CP4SF connect via the GPI interface. For more information on installing your Control Panel and connecting it to a DME series unit, refer to the owner’s manual that came with the Control Panel. For more information on settings, refer to the DME Designer Owner’s Manual.
Error Messages Error Messages Message Meaning Action Error messages References Cannot Select No selectable items are available in the scene or monitoring point list display. Make the appropriate settings via the DME Designer application. Component Corrupt Update Firmware! The component data is corrupt or can’t be found. Restart after updating the component using DME Designer. If the error indicators are still indicating the error, execute the “Delete All Data” initialization.
Error Messages Meaning Action Communication with the master DME device has been interrupted. Check that all cables are properly connected, and than hubs, routers, and related devices are functioning properly. Connection to Slave SME is Lost Communication with the slave DME device has been interrupted. Check that all cables are properly connected, and than hubs, routers, and related devices are functioning properly. Download Success The program has been successfully updated.
Error Messages Meaning Action SLOT4 Sync Err Message The DME64N clock is not synchronized with the clock of the card installed in I/O slot 4. Make sure that the DME64N and the card or external source supplying the word clock are set to use the same word clock. Synchronizing Do not turn off Data is being received from the computer. Do NOT turn power off while the unit displays this message. — Updating Do not turn off Data is being received from the computer.
Troubleshooting Troubleshooting • Is the power cable properly connected? • Is the POWER switch turned on? • If neither of the above is the problem, contact your Yamaha service center or representative. Cannot exchange data between the DME64N/24N and the DME Designer.
Specifications Specifications Specifications and descriptions in this owner’s manual are for information purposes only. Yamaha Corp. reserves the right to change or modify products or specifications at any time without prior notice. Since specifications, equipment or options may not be the same in every locale, please check with your Yamaha dealer. Sampling Frequency Internal 44.1kHz, 48kHz, 88.2kHz, 96kHz External Normal Rate: 39.69 – 50.88kHz Double Rate: 79.39 – 101.
Input/Output Characteristics Input/Output Characteristics Gain CH INPUT -60dB 1–8 +10dB Actual Load Impedance 3kΩ Input Level Max. Nominal before clip For Use With Nominal 50 – 600Ω Mics & 600Ω Lines -60dBu (0.775mV) +10dBu (2.451V) Input CH INPUT 1–8 DME24N ANALOG INPUT CHARACTERISTICS Terminals Total Harmonic Distortion fs=96kHz -40dBu (7.75mV) +30dBu (24.
Control I/O Control I/O Terminals REMOTE MIDI Format Connector RS232C - RS422 IN/OUT/THRU - DIN Connector 5P D-SUB Connector 9-pin (Male) Baud Rate = 38,400 bps Data = 8bit Stop bit = 1bit PARITY = NON WORDCLOCK IN/OUT TTL/75Ω BNC Connector Ethernet Ethernet - RJ-45 USB USB 0 – 3.3V USB Type B (Female) GPI IN 0 – 5V Euroblock Connector OUT TTL +V 5V DME64N: 16-GPI inputs and 16-GPI outputs DME24N: 8-GPI inputs and 8-GPI outputs Outputs: Imax/pin = 16mA Outputs: VH = 2.5V(min.
Connector Pin Assign Connector Pin Assign [CASCADE IN/OUT] Connectors (DME64N only) CASCADE IN Pin No. CASCADE OUT Signal Pin No. Signal Pin No. Signal Pin No.
Connector Pin Assign [NETWORK] Connector (100Base-TX Ethernet, RJ-45) Pin Connection 1 TxD+ 2 TxD– 3 RxD+ 4 Unused 5 Unused 6 RxD– 7 Unused 8 Unused Straight/Cross Cable Wiring Details Straight Cables Pins 1 —— 1 1 —— 3 2 —— 2 2 —— 6 3 —— 3 3 —— 1 4 —— 4 4 —— 4 5 —— 5 5 —— 5 6 —— 6 6 —— 2 7 —— 7 7 —— 7 8 —— 8 8 —— 8 References 66 Cross Cables Pins DME64N/DME24N Owner’s Manual
Dimensions Dimensions Unit: mm 12.5 53.5 278 388 411.5 394 405 11 DME64N 423 145 17.5 96 132 18.5 4-M3 90 30 300 90 480 12.5 References 53.5 278 388 411.
MIDI Data Format MIDI Data Format 1. DME64N/24N MIDI Functions 1.1 Scene Change Scene recall occurs according to the “MIDI Program Change Table” assignments when appropriate MIDI Bank Select MSB/LSB and Program Change messages are received by the DME64N/24N. Corresponding MIDI Bank Select MSB/LSB and Program Change messages are also transmitted by the DME64N/24N when a scene recall operation is carried out via the panel controls, as specified by the “MIDI Program Change Table” assignments.
MIDI Data Format 3. MIDI Setup Specifies basic MIDI operation. 3.1 Host Select Selects the input/output port to be used for MIDI communication. 3.2 DAW Controller Specifies the DAW controller type when a DAW control surface is to be used to control the DME64N/24N. When Type 1/ 2 is selected, Host Select is automatically set to MIDI. 3.3 MIDI Tx Channel Specifies the MIDI transmit channel (1 ~ 16). 3.4 MIDI Rx Channel Specified the MIDI receive channel (1 ~ 16). 3.
MIDI Data Format 4.1 Program Change (Cnh) Receive When the “Program Change Rx Switch” is on, Program Change messages are received on the MIDI channel specified by the “MIDI Rx Channel” parameter. If the “Program Change Omni Switch” is also on, however, Program Change messages will be received on all MIDI channels regardless of the “MIDI Rx Channel” setting. When a Program Change message is received, the scene assigned to the received program number in the “MIDI Program Change table” is recalled.
MIDI Data Format Transmit When the “Parameter Change Tx Switch” is On, appropriate Parameter Change data will be transmitted when a parameter is edited via the panel controls, as specified by the “MIDI Parameter Change table” and “MIDI Tx Channel” settings. Refer to “Supplementary Information 1” for cases in which multiple messages are assigned to single parameter. Refer to “Supplemental Information 2” for information on setting Parameter Data values. Status ID No. DEVICE ID. GROUP ID. MODEL ID.
MIDI Data Format YAMAHA [Digital Mixing Engine] Model DME64N/24N MIDI Implementation Chart Function...
Glossary Glossary Explanations 100Base-TX A physical specification for a 100 Mbps Ethernet network connection using 2-conductor Category 5 UTP cable included in the IEEE 802.3u standard. Maximum data transfer distance is 100 meters. 10Base-T A physical specification for a 10 Mbps Ethernet network connection using 2-conductor Category 3 UTP cable included in the IEEE 802.3i standard. Maximum data transfer distance is 100 meters.
Glossary Terms Phantom Power A power delivery system that allows power to be delivered to devices along with audio signals via standard balanced audio cables. The term “phantom” is applied because the system uses the audio conductors for power delivery without disrupting the audio signal – the power is not “seen” by the audio signal. Preset Parameter The parameter set of all components included in a configuration.
Index +48V ...................................................................................... 55 [E] [ ▲ ] [ ▼ ] [F] Buttons ............................................. 15 100Base-TX (Glossary) .......................................................... 73 10Base-T (Glossary) ............................................................... 73 [96kHz] [88.2kHz] [48kHz] [44.1kHz] Indicator ................. 14 A [AC IN] Connector ...............................................................
I Numeric Parameter .................................................................36 I/O card ................................................................................. 20 I/O card (installation procedure) ............................................ 21 I/O Slots ................................................................................ 17 ICP1 ...................................................................................... 57 [IN] [OUT] Connectors ...................................
SLOT1~4 .............................................................................. 50 SP (Double Speed) ................................................................. 51 specifications .......................................................................... 62 Spectrum display .................................................................... 41 status message ........................................................................ 58 STP (Shielded Twisted Pair) Cable (Glossary) .................
MEMO 78 DME64N/DME24N Owner’s Manual
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