Owner’s Manual Keep This Manual For Future Reference.
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.
Important Information 3 Important Information Warnings • • • • • • • • • • • • • • • Connect this unit’s power cord only to an AC outlet of the type stated in this Owner’s Manual or as marked on the unit. Failure to do so is a fire and electrical shock hazard. Do not allow water to enter this unit or allow the unit to become wet. Fire or electrical shock may result. Do not place heavy objects, including this unit, on top of the power cord. A damaged power cord is a fire and electrical shock hazard.
Important Information • • • • • • • • • • • Hold the power cord plug when disconnecting it from an AC outlet. Never pull the cord. A damaged power cord is a potential fire and electrical shock hazard. Do not touch the power plug with wet hands. Doing so is a potential electrical shock hazard. This unit has ventilation holes along the front underside and at the rear to prevent the internal temperature from rising too high. Do not block them. Blocked ventilation holes are a fire hazard.
SmartMedia Handling Precautions 5 SmartMedia Handling Precautions • • • • • • • • • • • • • The CARD slot is for use with SmartMedia only. Never attempt to insert any other type of storage media. Use only SmartMedia of the type specified in this Owner’s Manual. Store SmartMedia in a place free from extreme temperatures, humidity, dust, and dirt. Always store SmartMedia in its original case. Write only on the designated area. When handling SmartMedia, be careful not to touch the gold contacts.
Important Information Copyright No part of the DM2000, its software, or this Owner’s Manual may be reproduced or distributed in any form or by any means without the prior written authorization of Yamaha Corporation. © 2003 Yamaha Corporation. All rights reserved. Yamaha Web Site Further information about the DM2000, related products, and other Yamaha professional audio equipment is available on the Yamaha Professional Audio Web site at: .
Installing the DM2000 7 Installing the DM2000 The DM2000 should be placed on a strong and stable surface, somewhere that complies with the warnings and cautions listed in the previous sections. New Functions in DM2000 Version 2 The following functions have been added to the DM2000 as part of the upgrade of the firmware from version 1.2 to version 2.0.
Important Information Monitor • • • • • • • The level of the Surround Monitor can be reset to 85dB SPL. → page 160 A new parameter has been added to Bass Management on the Surround Monitor Setup page. → page 162 Surround Monitor is also available when Surround mode is set to Stereo. You can simultaneously select BUS and ASSIGN1 or BUS and ASSIGN 2 for surround monitoring. You can select from Slot Channel 9 through Channel 16 as Surround Monitor signal sources.
New Functions in DM2000 Version 2 • • • 9 The Oscillator can output sine wave signals with different frequencies to the L and R channels and odd and even buses. → page 279 You can set the Auto Direct Out On check box so that if you change a channel’s Direct Out destination, the channel Direct Out will automatically be enabled. → page 276 You can set the Routing ST Pair Link check box so that the routing from paired Channels to the Stereo Bus is linked.
Contents Contents 1 Welcome . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17 2 Control Surface & Rear Panel . . . . . . . . . . . . . . . . . 20 Control Surface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20 Rear Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45 3 Operating Basics . . . . . . . . . . . . . . . . . . . . . . . . . . .
Contents 7 11 Input Channels . . . . . . . . . . . . . . . . . . . . . . . . . . . 84 Patching Input Channels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 84 Metering Input Channels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 84 Reversing the Signal Phase . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 84 Gating Input Channels . . . . . . . . . . . . . . . . . . . . . . . . .
Contents 9 Bus Outs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 107 Patching Bus Outs to Outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Routing Input Channels to Bus Outs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Metering Bus Outs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Monitoring Bus Outs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Contents 13 11 Matrix Sends . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121 Patching Matrix Send Masters to Outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121 Pre-Fader or Post-Fader Matrix Sends . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121 Setting Matrix Send Levels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121 Muting Matrix Sends (ON/OFF) . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Contents 14 Libraries . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 165 About the Libraries . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . General Library Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Channel Library . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Input Patch Library . . . . . . . . . . . . . . . . . . . . . .
Contents 15 18 MIDI . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 215 MIDI & the DM2000 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 215 MIDI I/O . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 215 MIDI Port Setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 216 MIDI Channel Setup . . . . . . . . . . .
Contents Operation Lock . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Checking the Battery and the System Version . . . . . . . . . . . . . . . . . . . . . . . . . . . . Initializing the DM2000 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Initializing the Password . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Welcome 17 1 Welcome Thank you for choosing the Yamaha DM2000 Digital Production Console. Designed with production in mind, the DM2000 Digital Production Console offers 24-bit/96 kHz digital audio processing without compromise, comprehensive surround mixing and monitoring, including bass management and down mixing, and hands-on control of popular DAW (Digital Audio Workstation) systems.
Chapter 1—Welcome I/O Patching • • • • Any available input port can be patched to the Input Channels, Insert Ins, or Effects inputs Direct Outs, Insert Outs, Bus Outs, Aux Sends, Matrix Sends, and the Stereo Out can be patched to any output port Input and output ports can be named for easy identification Patches can be stored in the Input and Output Patch libraries EQ & GEQ • • • • 4-band parametric EQ on all Input and Output Channels EQ library with 40 presets, 160 user memories Six 31-band graphic
Welcome 19 Surround Sound • • • • • • 3-1, 5.1 and 6.
DM2000 Version 2—Owner’s Manual EFFECTS/PLUG-INS (p. 26) ENCODER MODE (p. 23) FADER MODE (p. 24) AUX SELECT (p. 23) MATRIX SELECT (p. 22) SmartMedia CARD Slot (p. 22) PAD OFF ON 3.
Control Surface 21 AD Input Section AD Input #1 is shown here. A +48V ON/OFF switches These switches turn on and off the +48 V phantom power feed to each INPUT A (XLR-type connector). Phantom power is typically used to power condenser-type microphones or direct boxes. See “Phantom Power” on page 64 for more information. + 48V 1 2 3 4 5 6 ON OFF PAD 26dB B PAD switches These switches turn on and off the 26 dB pad (attenuator) for each AD Input. See “Pad” on page 64 for more information.
Chapter 2—Control Surface & Rear Panel D SOLO buttons These buttons are used to solo Channels. The [SOLO] button indicators of channels that are soloed light up. See “Soloing Channels” on page 142 for more information. E ON buttons These buttons are used to mute Input and Output Channels. Their exact operation depends on the currently selected Layer. The [ON] button indicators of channels that are on light up.
Control Surface 23 AUX SELECT 1 AUX SELECT DISPLAY AUX 1 AUX 2 AUX 3 AUX 4 AUX 5 AUX 6 AUX 7 AUX 8 AUX 9 AUX 10 AUX 11 AUX 12 2 A AUX SELECT DISPLAY button This button is used to select the following pages: Aux Send, Aux Send Pan, and Input Channel Aux View. See “Aux Sends” on page 110 for more information. B AUX 1–12 buttons These buttons are used to select Aux Sends when sending Input Channel signals to Aux Sends. The button indicator of the currently selected Aux Send lights up.
Chapter 2—Control Surface & Rear Panel D ASSIGN 1–4 buttons These buttons are used to select the assignable Encoder modes. The button indicator for the currently selected mode lights up. When an assignable mode is selected, the function of the Encoders depends on the assigned parameter. Up to four parameters, from a list of 50, can be assigned to these four buttons. See “Assigning Parameters to the ENCODER MODE Assign Buttons” on page 62 for more information.
Control Surface 25 F MIDI button This button is used to select the following pages: MIDI Setup, Program Change Assign Table, Control Change Assign Table, and Bulk Dump. See “MIDI” on page 215 for more information. G METER button This button is used to select the following pages: Input Channel Meter, Master Meter, Effect Input/Output Meter, Effect 1-8 Input/Output Meter, Effect 1–2 Input/Output Meter, Stereo Meter, and Metering Position. See “Metering” on page 127 for more information.
Chapter 2—Control Surface & Rear Panel EFFECTS/PLUG-INS 2 3 4 5 1 EFFECTS / PLUG INS DISPLAY INTERNAL GRAPHIC PLUG INS CHANNEL EFFECTS EQUALIZERS INSERTS 1 2 3 4 5 6 7 8 6 1 7 2 3 4 8 A EFFECTS/PLUG-INS DISPLAY button This button is used to select the following pages: Effects Edit, Effects Library, Graphic Equalizer Edit, Graphic Equalizer Library, Plug-In Setup, and Plug-In Edit. See “Internal Effects, Plug-Ins & GEQs” on page 174 for more information.
Control Surface 27 H Parameter controls 1–4 These are rotary controls and push switches. The rotary controls are used to edit the parameters of the currently selected internal effects processor, Plug-In, or GEQ. When the Effects Edit page is selected, they control the currently selected row of parameters, rows being selected by the Parameter Up/Down buttons.
Chapter 2—Control Surface & Rear Panel SELECTED CHANNEL Section SELECTED CHANNEL ROUTING PHASE / INSERT DELAY FB DISPLAY DISPLAY 1 DISPLAY 2 MIX ON INSERT ON TIME AUX / MATRIX SEND 3 4 DISPLAY FOLLOW PAN 5 6 7 8 STEREO LEVEL LEVEL LEVEL LEVEL ON ON ON ON AUX 1 / MATRIX 1 AUX 2 / MATRIX 2 AUX 3 / MATRIX 3 AUX 4 / MATRIX 4 AUX 5 AUX 6 AUX 7 AUX 8 AUX 9 AUX 10 AUX 11 AUX 12 BANK DIRECT DYNAMICS DISPLAY GATE / COMP THRESHOLD RANGE ATTACK DECAY HOLD THRESHOLD R
Control Surface 29 E ROUTING 1–8 buttons These buttons are used to route the currently selected Input Channel to the Bus Outs. The button indicators of Bus Outs to which the Input Channel is routed light up. See “Routing Input Channels” on page 93 for more information. PHASE/INSERT 1 PHASE / INSERT DISPLAY INSERT ON 2 3 A PHASE/INSERT DISPLAY button This button is used to select the Input Channel Phase and Insert pages.
Chapter 2—Control Surface & Rear Panel AUX/MATRIX SEND 1 AUX / MATRIX SEND 4 DISPLAY LEVEL LEVEL LEVEL LEVEL 5 2 BANK 3 ON ON ON ON AUX 1 / MATRIX 1 AUX 2 / MATRIX 2 AUX 3 / MATRIX 3 AUX 4 / MATRIX 4 AUX 5 AUX 6 AUX 7 AUX 8 AUX 9 AUX 10 AUX 11 AUX 12 A AUX/MATRIX SEND DISPLAY button The pages selected by this button depends on the type of channel currently selected. If it’s an Input Channel, it selects the Aux Send, Aux Send Pan, and Input Channel Aux View pages.
Control Surface 31 B GATE/COMP button This button is used to set the rotary controls for either Gate or Compressor operation. When an Output Channel is selected, Compressor is selected automatically and cannot be changed. See “Gating Input Channels” on page 85 and “Compressing Channels” on page 137 for more information.
Chapter 2—Control Surface & Rear Panel D PAN control This rotary control is used to pan the currently selected Input Channel. When a Matrix Send or the Stereo Out is selected, it is used to set the balance. For Input Channels in Gang or Inverse Gang Pan mode, horizontally or vertically paired Input Channels are panned simultaneously. See “Panning Input Channels” on page 95, “Balancing the Stereo Out” on page 106, and “Balancing Matrix Send Masters” on page 126.
Control Surface 33 EQUALIZER 2 3 4 5 67 1 EQUALIZER LOW DISPLAY CHANNEL LOW MID FREQUENCY FREQUENCY FREQUENCY Q Q HIGH FREQUENCY Q Q GAIN GAIN COPY HIGH MID ATT. GAIN GAIN EQ ON dB dB 125 PASTE Hz 1.00 Hz kHz kHz dB 4.00 Hz kHz dB 10.0 Hz kHz A EQUALIZER DISPLAY button This button is used to select the following pages: Equalizer Edit, Equalizer Library, Input Channel Attenuator/Shifter, and Output Attenuator.
Chapter 2—Control Surface & Rear Panel LAYER LAYER 1 1 24 REMOTE 1 25 48 REMOTE 2 49 72 REMOTE 3 73 96 REMOTE 4 3 2 MASTER A 1–24, 25–48, 49–72 & 73–96 buttons These buttons select the Input Channel Layers, which determine which Input Channels are controlled by the channel strips. The LAYER button indicator for the currently selected Layer lights up. See “Selecting Layers” on page 58 for more information.
Control Surface 35 TRACK ARMING 1 TRACK ARMING DISPLAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 A B C D 2 ALL CLEAR MASTER 4 5 TRACK ARMING GROUP 3 A TRACK ARMING DISPLAY button This button is used to select the following pages: Track Arming Group, MTR Track Arming Configuration, and Master Track Arming Configuration. See “Arming Machine Tracks” on page 261 for more information.
Chapter 2—Control Surface & Rear Panel D STORE button This button is used to store the current Scene to the selected Scene memory. See “Storing & Recalling Scenes with the SCENE MEMORY Buttons” on page 187. E Scene Up/Down buttons These buttons are used to select Scene memories. Pressing the Scene Up [ ] button increments the selection; pressing the Scene Down [ ] button decrements the selection. Holding down a button causes the selection to increment/decrement continuously.
Control Surface 37 H TOUCH SENSE button This button is used to turn on and off Fader Touch Sense for Automix recording. See “Fader Edit Pages” on page 199 for more information. I FADER, ON, PAN, SURROUND, AUX, AUX ON & EQ buttons These buttons are used to select the type of parameters that are recorded in an Automix. They work in unison with their counterparts on the Automix Main and Memory pages. See “OVERWRITE” on page 196 for more information.
Chapter 2—Control Surface & Rear Panel D IN button Pressing this button transmits a Locate command to the target machine (DAW, MMC or P2) in order to locate the In point. Its indicator lights up momentarily when it’s pressed. See “Using the Locator” on page 258 for more information. E OUT button Pressing this button transmits a Locate command to the target machine (DAW, MMC or P2) in order to locate the Out point. Its indicator lights up momentarily when it’s pressed.
Control Surface 39 P REHEARSAL button This button is used to turn on and off the Rehearsal function on the target machine (MMC or P2). Its indicator lights up when Rehearsal is on. See “Using the Locator” on page 258 for more information. Q MASTER button This button is used to select the Master machine for Locator, Transport, Scrub, and Shuttle control. Its indicator lights up when Master is selected (the [MTR] button indicator goes off). See “Using the Locator” on page 258 for more information.
Chapter 2—Control Surface & Rear Panel H SCRUB button This button is used to set the Parameter wheel to Scrub mode for machine control (DAW, MMC or P2). Its indicator lights up when Scrub mode is on. See “Using Shuttle & Scrub” on page 258 for more information. I DEC & INC buttons These buttons are used to adjust parameter values. Pressing the [INC] button increases the value of the currently selected parameter by one. Pressing the [DEC] decreases it.
Control Surface 41 Monitor, Phones & Talkback Section 6 0 10 TALKBACK LEVEL 5 4 PHONES 0 10 0 10 0 10 SMALL TRIM STUDIO LEVEL PHONES LEVEL 1 2 3 A SMALL TRIM control This control is used to set the level of the SMALL CONTROL ROOM MONITOR OUT. See “Control Room Monitoring” on page 158 for more information. B STUDIO LEVEL control This control is used to set the level of the STUDIO MONITOR OUT. See “Studio Monitoring” on page 159 for more information.
Chapter 2—Control Surface & Rear Panel MONITOR Section MONITOR The various subsections of the MONITOR section are explained below.
Control Surface 43 CONTROL ROOM A STEREO 2TR D1 button CONTROL ROOM STEREO 1 2 3 7 2TR D1 2TR A1 2TR D2 2TR A2 2TR D3 STEREO ASSIGN 1 ASSIGN 2 4 5 6 8 SURROUND 9 This button selects the 2TR IN DIGITAL AES/EBU 1 as the Control Room Monitor signal source. Its indicator lights up when this source is selected. See “Control Room Monitoring” on page 158 for more information. B STEREO 2TR D2 button This button selects the 2TR IN DIGITAL AES/EBU 2 as the Control Room Monitor signal source.
Chapter 2—Control Surface & Rear Panel M MONO button This button is used to switch the Control Room Monitor signal into mono. Its indicator lights up when mono is selected. See “Control Room Monitoring” on page 158 for more information. N DIMMER button This button is used to dim the Control Room Monitor and Surround Monitor signals. Its indicator lights up when these signals are dimmed. See “Control Room Monitoring” on page 158 for more information.
Power Section (p. 50) OMNI OUT Section (p. 47) Analog Master I/O Section (p. 46) Digital I/O & Control Section (p. 48) AD Input Section (p. 46) SLOT Section (p.
Chapter 2—Control Surface & Rear Panel AD Input Section A INPUT A & B (BAL) connectors 1 2 AD Inputs 1 through 24 feature balanced XLR-3-31-type connectors and balanced 1/4-inch phone jacks, both with a nominal input range of –60 dB to +10 dB. Phantom powering (+48 V) is supplied to the XLR-type connectors, with individual ON/OFF switches on each input.
Rear Panel B STEREO OUT +4 dB (BAL) 2 (hot) These balanced XLR-3-32-type connectors, nomiFemale XLR plug 3 (cold) nal output level +4 dB, output the analog Stereo Out signal and are typically connected the stereo 1 (ground) inputs of a 2-track recorder. They are wired pin 1–ground, pin 2–hot (+), and pin 3–cold (–). See “Stereo Out Connectors” on page 104.
Chapter 2—Control Surface & Rear Panel Digital I/O & Control Section 1 2 N 3 4 O 5 6 7 8 9 P J K Q L M R A KEYBOARD connector A PS/2 compatible keyboard can be connected here for quick entry of scene and library titles and channel names. See “Using a Keyboard” on page 55 for more information. B SMPTE TIME CODE INPUT connector This balanced XLR-3-31-type connector is used to input SMPTE timecode for synchronizing the Automix function.
Rear Panel 49 K 2TR OUT DIGITAL AES/EBU 1 & 2 These XLR-3-32-type connectors output AES/EBU format digital audio, and are typically connected to the digital stereo inputs of 2-track recorders. The following signals can be patched to these outputs: Stereo Out, Bus Outs, Aux Sends, Matrix Sends, Direct Outs, Insert Outs, and Control Room. The sampling rate of the digital audio output can be set independently of the DM2000 sampling rate by using the internal sampling rate converters.
Chapter 2—Control Surface & Rear Panel Power Section 1 4 2 3 A POWER ON/OFF switch This switch is used to turn on the power to the DM2000. See “Turning On & Off the DM2000” on page 51 for more information. B Grounding screw For electrical safety reasons, and correct operation of the touch-sensitive faders, it’s important that the DM2000 is grounded properly.
Operating Basics 51 3 Operating Basics Connecting the Power Cord Warning: Turn off all equipment connected to the DM2000 before making any power connections. Connect the socket-end of the supplied power cord to the AC IN on the rear panel of the DM2000. Connect the plug-end to a suitable AC wall outlet, one that conforms to the power supply requirements stated on the DM2000’s rear panel.
Chapter 3—Operating Basics About the Display All DM2000 mix parameters can be edited on the various display pages. EDIT indicator MIDI indicator Current Scene Sampling rate/Surround mode Selected DISPLAY Page title Page # Selected channel Channel name Page area Page tab scroll arrows Page tabs Current Scene: The number and title of the currently selected Scene memory are displayed here. See “Storing & Recalling Scenes with the SCENE MEMORY Buttons” on page 187 for more information.
Selecting Display Pages 53 Page area: This area of the display is where the various display pages appear. Page tabs: These tabs are used when selecting pages. Up to four tabs are visible at a time. See “Selecting Display Pages” on page 53 for more information. Page tab scroll arrows: These arrows indicate that there are more pages available. See “Selecting Display Pages” on page 53 for more information.
Chapter 3—Operating Basics Display Page Controls Operation of the various buttons, rotary controls, and faders that appear on the display pages is straightforward. The only items that require a special mention are the parameter boxes, such as the GEQ Insert parameter box shown here. Operation of these boxes consists of two steps. First you select a value, typically by using the Parameter wheel or INC/DEC buttons.
Using a Keyboard 55 Using a Keyboard A PS/2 compatible keyboard can be connected to the KEYBOARD port and used for quick title entry while the Title Edit window is displayed. Note that only 101 and 104-key U.S. keyboards are supported. Characters, including letters, numbers, and punctuation marks, supported by the DM2000 can be entered. Characters appear directly in the Title Edit window, the same as when they are entered on the DM2000.
Chapter 3—Operating Basics Encoder Displays Operation of the Encoder displays depends on the parameter assigned to the Encoders, as follows.
Channel Strip Displays 57 Other Parameters Delay Time, EQ Q, EQ Frequency, Comp Threshold, Comp Ratio, Comp Attack, Comp Release, Comp Out Gain, Comp Knee, Gate Threshold, Gate Range, Gate Attack, Gate Hold, Gate Decay, Compander Width, HA Input Gain, HA Insert In Gain. Minimum Other position Other position Maximum No Assign When the Encoders are assigned to the No Assign, Input Patch, Insert In Patch, Insert Out Patch, Direct Out, or Surround Pan Wheel parameter, the Encoder displays are inactive.
Chapter 3—Operating Basics Selecting Layers Input and Output Channels are arranged into Layers, as illustrated below. There are nine Layers altogether: four Input Channel Layers, one Master Layer (or Output Layer), and four Remote Layers.
Selecting Channels 59 Selecting Channels To select Input and Output Channels for editing with the SELECTED CHANNEL controls, you use the LAYER buttons to select a Layer, and the [SEL] buttons to select a channel on that Layer. 1 Select a Layer, as explained on page 58. 2 Use the [SEL] buttons to select an Input or Output Channel. The [SEL] button indicator for the currently selected channel lights up, and the SEL border of its channel strip display lights up (see page 55).
Chapter 3—Operating Basics Stereo Out [SEL] Button The Stereo Out [SEL] button is used exclusively to select the Stereo Out for editing with the SELECTED CHANNEL controls. Its indicator lights up when the Stereo Out is selected. Each time it’s pressed, the selection toggles between the Stereo Out’s left and right channels. The SELECTED CHANNEL PAN/SURROUND [L] and [R] buttons can also be used to select the left and right channels.
Selecting Encoder Modes Selecting Encoder Modes The exact function of each Encoder depends on the selected Layer and Encoder mode. There are two preset Encoder modes, Pan and Aux/Mtrx, and four assignable modes, for which you can choose from over 40 parameters. 1 Select a Layer, as explained in page 58. 2 Use the ENCODER MODE buttons to select ENCODER MODE an Encoder mode. DISPLAY [PAN]: Encoders function as Pan controls.
Chapter 3—Operating Basics Assigning Parameters to the ENCODER MODE Assign Buttons Up to four parameters can be assigned to the four ENCODER MODE ASSIGN buttons. Initially, the following parameters are assigned to the ASSIGN buttons: [ASSIGN 1]: Input Patch [ASSIGN 2]: Direct Out [ASSIGN 3]: Surr. LFE Level [ASSIGN 4]: Surr. Pan Wheel 1 Use the ENCODER MODE [DISPLAY] button to select the Encoder Mode Assign page.
Assigning Parameters to the ENCODER MODE Assign Buttons 63 Assignable Encoder Mode Parameter List # Parameter Encoder Operation Push Switch Operation — — 1 No Assign 2 Attenuator Attenuator 3 Input Patch Input Channel patch Confirm or execute patch selection. 4 Insert In Patch Insert In patch Confirm or execute patch selection. 5 Insert Out Patch Insert Out patch Confirm or execute patch selection. 6 Direct Out Direct Out patch Confirm or execute patch selection.
Chapter 4—Analog I/O & the AD Input Section 4 Analog I/O & the AD Input Section AD Input Section The DM2000 features 24 AD Inputs for connecting microphone and line-level sources. AD Inputs can be patched to Input Channels or Input Channel Insert Ins (see page 77). They can also be patched to Output Channel Insert Ins (see page 80). AD Input Connectors AD Inputs feature balanced XLR-3-31-type connectors and balanced 1/4-inch phone jacks, both with a nominal input range of –60 dB to +10 dB.
Stereo Out 65 AD Inserts AD Inputs feature switchable analog inserts with individual balanced 1/4-inch TRS phone jacks for the send and return signals. They are wired: sleeve–ground, ring–cold, tip–hot. The rated level for both connectors is +4 dB. OFF ON INSERT AD Input inserts can be turned on and off individually by using the INSERT ON/OFF switches, so you don’t have to disconnect your external equipment in order to remove an insert.
Chapter 5—Digital I/O & Cascading 5 Digital I/O & Cascading Wordclocks Unlike analog audio equipment, digital audio equipment must be synchronized when digital audio signals are transferred from one device to another, otherwise, signals may not be received correctly and audible noise, glitches, or clicks may occur. Synchronization is achieved using what’s called a wordclock, which is a clock signal for synchronizing all the digital audio signals in a system.
Wordclocks 67 Selecting the Wordclock Source The wordclock source can be selected as follows. Note: When you change the wordclock settings on any device in your digital audio system, some devices may output noise, so turn down your power amps beforehand, otherwise your speakers may be damaged. 1 Use the DISPLAY ACCESS [DIO] button to locate the Word Clock Select page. 2 Use the cursor buttons to select the sources, and press [ENTER] to set.
Chapter 5—Digital I/O & Cascading Terminating External Wordclocks Wordclock signals distributed via BNC cables must be terminated correctly, otherwise, jitter and synchronization errors may result. Ideally, you should make a separate wordclock connection to each device and terminate it. The following examples show two ways in which wordclock signals can be distributed and how termination should be applied in each case. Normally the WORD CLOCK 75Ω ON/OFF switch should be set to ON.
2TR Digital Ins 69 2TR Digital Ins The DM2000 features three sets of 2-track digital inputs: 2TR IN DIGITAL AES/EBU 1 and AES/EBU 2 use XLR-3-31-type connectors and accept AES/EBU format digital audio. 2TR IN DIGITAL COAXIAL 3 uses a phono connector and accepts consumer format (IEC-60958) digital audio. These inputs can be monitored via the Control Room monitors by using the CONTROL ROOM [2TR D1], [2TR D2], and [2TR D3] buttons.
Chapter 5—Digital I/O & Cascading Slot I/O The DM2000 features six Slots for installing optional mini-YGDAI (Yamaha General Digital Audio Interface) I/O Cards, which offer various analog I/O options and digital I/O interfaces in all the popular digital audio interconnect formats, including AES/EBU, ADAT, and Tascam. Slot Inputs can be assigned to Input Channels or Input Channel Insert Ins (see page 77), or to Output Channel Insert Ins (see page 80).
Slot I/O 71 Installing I/O Cards For technical reasons, certain card combinations are not supported. Before installing any cards, check the Yamaha web site (see page 6) to see whether your card is compatible. http://www.yamahaproaudio.com/ Also check the total number of cards that can be installed in the unit. Installing cards that are not endorsed by Yamaha may cause electrical shock, fire, or damage to the unit. This section explains how to install I/O Cards. 1 Turn off the DM2000.
Chapter 5—Digital I/O & Cascading Setting the Transfer Format for Higher Sampling Rates The data transfer format for the higher sampling rates can be set as follows. 1 Use the DISPLAY ACCESS [DIO] button to locate the Higher Sample Rate Data Transfer Format page. 2 Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC buttons, or [ENTER] button to set them. The SLOT TYPE column displays the names of any installed I/O Cards.
Dithering Digital Outputs 73 Dithering Digital Outputs For digital audio transfer to lower-resolution systems, the 2TR Digital Outputs and Slot Outputs can be dithered to 16-bit, 20-bit, or 24-bit. 1 Use the DISPLAY ACCESS [DIO] button to locate the Dither page. 2 Use the cursor buttons to select the Dither parameters, and use the Parameter wheel or INC/DEC buttons to set them. The SLOT column displays the names of any installed I/O Cards.
Chapter 5—Digital I/O & Cascading 3 If you select the SLOT button for a slot that has an MY16-AE card installed, use the 01–08 and 09–16 buttons located in the lower-right corner of the screen to select a channel group you wish to display. Cascading Consoles Total four DM2000s or 02R96s can be cascaded, offering a maximum of 384 Input Channels. Several functions are linked between all cascaded consoles, including Solo, Scene Recall and Store, so that all consoles work just like one big console.
Cascading Consoles 75 Cascade Hookup Examples Cascading Two DM2000s Master: Off Bi-directional: – Master: On Bi-directional: On CASCADE OUT CASCADE IN DM2000 #1 DM2000 #2 CASCADE IN CASCADE OUT Final signals can be output by the Slot Outputs or Omni Outs. Final signals can be output by the Slot Outputs or Omni Outs.
Chapter 5—Digital I/O & Cascading Attenuating Cascade Inputs Cascade Inputs can be attenuated, and the Cascade mode and Cascade source can be specified on the Cascade In page. 1 Use the DISPLAY ACCESS [DIO] button to locate the Cascade In page. 2 Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC buttons, or [ENTER] button to set them. CASCADE MODE: When you want to output the same signals from two DM2000s, turn on the BI-DIRECTIONAL button.
Input & Output Patching 77 6 Input & Output Patching Input Patching Input and Output signals for the Input Channels, Input Channel Insert Ins, and internal effects processors are selected on the Input Patch pages, which you select using the DISPLAY ACCESS [INPUT PATCH] button. Use the cursor buttons to select the patch parameters, use the Parameter wheel or INC/DEC buttons to select a source, and press [ENTER] to set. Patch parameters display Short Port names.
Chapter 6—Input & Output Patching Patching Input Channel Insert Ins AD Inputs, Slot Inputs, internal effects processor outputs, Digital or Analog 2TR Inputs can be patched to the Input Channel Insert Ins. The Input Channel Insert In Patch parameters for the 96 Input Channels are divided between two pages. The Input Channel 1–48 Insert In Patch page is shown below. The layout of the other page is the same.
Output Patching 79 Output Patching Signal sources for the Slot Outputs, Omni Outs, Output Channel Inserts Ins, Direct Outs, 2TR Digital Outputs, and GEQs are selected on the Output Patch pages, which are selected by using the DISPLAY ACCESS [OUTPUT PATCH] button. Use the cursor buttons to select the patch parameters, use the Parameter wheel or INC/DEC buttons to select a source, and press [ENTER] to set. Depending on the patch page, patch parameters display either Short Channel or Short Port names.
Chapter 6—Input & Output Patching Patching Omni Outs Bus Outs, Aux Sends, Matrix Sends, the Stereo Out, Input or Output Channel Insert Outs, or Surround Monitor Channels can be patched to the Omni Outs. Omni Outs can be patched to Direct Outs on the Direct Out Destination pages (see page 81). When an Omni Out is patched to a Direct out (see page 81), and that Direct Out is assigned on an Input Channel Routing page, the Omni Out patch cannot be changed here.
Output Patching 81 Patching Direct Outs Direct Outs can be patched to the Slot Outputs, Omni Outs, or 2TR Digital Outputs. The Direct Out Destination parameters for the 96 Input Channels are divided between two pages. The Input Channel 1–48 Direct Out Destination page is shown below. The layout of the other page is the same. In addition to using the cursor buttons, Patch parameters can also be selected by using the [SEL] buttons.
Chapter 6—Input & Output Patching Patching the GEQs The six 31-band graphic equalizers can be inserted into the Bus Outs, Aux Sends, or the left or right channels of the Matrix Sends or Stereo Out on the Graphic Equalizer Insert page. GEQs can also be patched on the Graphic Equalizer Edit page (see page 183) or the Output Channel Insert page (see page 135). Naming Input & Output Ports You can specify Long and Short names for the Input and Output Ports as follows.
Patch Select Window 83 Patch Select Window Input and Output patches can be made by using the Patch Select window, shown below, which appears when the [ENTER] button is pressed while a patch parameter is selected. Available input and output sources and destinations are displayed in a hierarchical format in three panes. The existing source or destination is displayed in the upper-right corner of the window.
Chapter 7—Input Channels 7 Input Channels Patching Input Channels AD Inputs, Slot Inputs, internal effects processor outputs, Digital or Analog 2TR Inputs, Bus Outs, or Aux Sends can be patched to the Input Channel Inputs. See “Patching Input Channels” on page 77 for more information. Metering Input Channels Input Channel signal levels can be metered on the Meter pages. See “Metering” on page 127 for more information.
Gating Input Channels 85 Gating Input Channels Each Input Channel features a noise Gate for automatically shutting out unwanted noise. Gate settings can be stored in the Gate library, which contains 4 preset memories and 124 user memories. See “Gate Library” on page 170 for more information. Preset Gates & Types The following table lists the preset Gates and types. See page 333 for detailed parameter information.
Chapter 7—Input Channels Gate Edit Page Gate settings can be viewed and set on the Gate Edit page. If the Auto DYNAMICS Display preference is on, this page appears automatically when a gate control in the SELECTED CHANNEL DYNAMICS section is operated. 1 Use the LAYER buttons to select Input Channel Layers, and use the [SEL] buttons to select Input Channels.
Attenuating Input Channels 87 Attenuating Input Channels Input Channels signals can be attenuated pre-EQ. See “Attenuating Signals” on page 130 for more information. EQ’ing Input Channels Each Input Channel features 4-band parametric EQ. See “Using EQ” on page 131 for more information. Grouping Input Channel EQs Input Channel EQs can be grouped, allowing you to control the EQ of several Input Channels simultaneously. There are four Input Channel EQ groups: a, b, c, and d.
Chapter 7—Input Channels Grouping Input Channel Compressors Input Channel Compressors can be grouped, allowing you to control the compression of several Input Channels simultaneously by operating any Compressor control in the group. There are four Input Channel Compressor groups: i, j, k, and l. 1 Use the DISPLAY ACCESS [GROUP] button to locate the Input Comp Link page. 2 Use the LAYER buttons to select the Input Channel Layers.
Grouping Input Channel Mutes (ON/OFF) 89 Grouping Input Channel Mutes (ON/OFF) Input Channel Mutes can be grouped, allowing you to mute several Input Channels simultaneously. There are eight Input Channel Mute groups: I, J, K, L, M, N, O, and P. 1 Use the DISPLAY ACCESS [GROUP] button to locate the Input Channel Mute Group pages. The Mute group parameters for the 96 Input Channels are divided between two pages. The Input Channel 1–48 Mute Group page is shown below.
Chapter 7—Input Channels Input Channel Mute Master The DM2000 features a Mute Master function that enables you to mute all channels in the Mute group using the MASTER button, much like a Mute group on an analog mixing console. When the Mute Master function is enabled, the channel [ON] button status does not link to the corresponding Mute group.
Grouping Input Channel Faders 91 Grouping Input Channel Faders Input Channel faders can be grouped, allowing you to control the level of several Input Channels simultaneously. There are eight Input Channel Fader groups: A, B, C, D, E, F, G, and H. 1 Use the DISPLAY ACCESS [GROUP] button to locate the Input Channel Fader Group pages. The Fader Group parameters for the 96 Input Channels are divided between two pages. The Input Channel 1–48 Fader Group page is shown below.
Chapter 7—Input Channels Group Master for Input Channel Faders The DM2000 features a Fader Group Master function that enables you to control the level of all channels using the Group Master level while maintaining the relative balance between channels, much like a VCA group on an analog mixing console. While this function is enabled, channel fader operation does not affect channel levels in the corresponding Fader group.
Routing Input Channels You can also control the parameters from the channel strips on the control surface as described below by using the User Assignable Layer of the Remote Layers. See page 269 for information on the User Assignable Layer. Encoders: The Encoders are not available. [AUTO] buttons: These buttons are used to control the Fader Group Master On/Off and the master level during Automix. [SEL] buttons: These buttons move the cursor on the Input Fader Group Master page.
Chapter 7—Input Channels Routing Pages Input Channel routing settings can be viewed and set on the Routing pages. If the Auto ROUTING Display preference is on, these pages appear automatically when a button in the SELECTED CHANNEL ROUTING section is pressed. See “Auto ROUTING Display” on page 274. 1 Use the SELECTED CHANNEL ROUTING [DISPLAY] button to select the Routing pages. The Routing parameters for the 96 Input Channels are divided among four pages.
Panning Input Channels 95 Panning Input Channels Input Channels can be panned between the left and right channels of the Stereo Out. Using the Encoders 1 Use the LAYER buttons to select the Input Channel Layers. 2 Press the ENCODER MODE [PAN] button to select the Pan Encoder mode. 3 Use the Encoders to pan the input channels. Using the SELECTED CHANNEL PAN/SURROUND Controls 1 Use the LAYER buttons to select the Input Channel Layers, and use the [SEL] buttons to select the Input Channels.
Chapter 7—Input Channels Pan Pages Pan settings can be viewed and set on the Pan pages. If the Auto PAN/SURROUND Display preference is on, these pages appear automatically when a control in the SELECTED CHANNEL PAN/SURROUND section is operated. 1 Use the SELECTED CHANNEL PAN/SURROUND [DISPLAY] button to select the Input Channel Pan pages. The Pan parameters for the 96 Input Channels are arranged into four pages. The Input Channel 1–24 Pan page is shown below.
Using Surround Pan Using Surround Pan The DM2000 supports 3-1, 5.1 and 6.1 Surround modes. Surround pan is independent of normal panning. Normal panning determines how the Input Channel signal is panned between the left and right channels of the Stereo out. Whereas surround panning determines how the Input Channel signal is panned among the Surround channels (i.e., the Bus Outs).
Chapter 7—Input Channels 2 Use the cursor buttons to select the surround mode buttons, and press [ENTER] to activate the selected mode. The diagram on each page shows the typical sound image placement and the Surround channel to Bus Out configuration. 3-1 Surround 5.1 Surround 6.1 Surround Select the SURR/BUS SETUP button, then press the [ENTER] button to display the Surround Bus Setup page, which enables you to change the Surround Channel to Bus Out assignment.
Assigning Surround Channels to Buses 99 Assigning Surround Channels to Buses You can modify the Surround Channel to Bus assignment. 1 Use the DISPLAY ACCESS [SETUP] button to locate the Surround Bus Setup page. 2 Use the cursor buttons to select the bus for which you want to change the surround channel assignment, then use the Parameter wheel or INC/DEC buttons to select a surround channel. INIT: These buttons reset the channel assignment to the default setting.
Chapter 7—Input Channels Selected Channel Surround Edit Page Surround pan settings can be viewed and set on the Input Channel Surround Edit page. If the Auto PAN/SURROUND Display preference is on, and a Surround Pan mode other than Stereo is selected, this page appears automatically when a PAN/SURROUND control other than the [EFFECT] button is operated. See “Auto PAN/SURROUND Display” on page 275. 1 Use the SELECTED CHANNEL PAN/SURROUND [DISPLAY] button to select the Surround Edit page.
Assigning Surround Channels to Buses 101 DIV (divergence): This determines how the Center signal is fed to the Left, Right, and Center channels. When set to 0, the Center signal is fed only to the Left and Right channels (i.e., Phantom Center). When set to 50, the Center signal is fed equally to the Left, Right, and Center channels. When set to 100, it’s fed to only the Center channel (i.e., Real Center) (3-1 and 5.1 mode only).
Chapter 7—Input Channels Sending Input Channels to Aux Sends Input Channel signals can be sent to Aux Sends 1–12. See “Setting Aux Send Levels” on page 111, “Muting Aux Sends (ON/OFF)” on page 112, and “Pre-Fader or Post-Fader Aux Sends” on page 111. Soloing Input Channels Input Channels can be soloed. See page 142 for more information. Direct Outs Each Input Channel features a Direct Out, which can be patched to the Slot Outputs, Omni Outs, or the 2TR Digital Outputs.
Using the MS Stereo Microphone 103 Using the MS Stereo Microphone The MS system is a type of stereo recording that uses two microphones: mono-directional M (Middle) and bi-directional S (Side) microphones. An M microphone picks up main signals, and an S microphone picks up directional signals. These two signals are decoded by calculating a sum (M plus S) and a difference (M minus S), and are recorded to L and R channels. An MS microphone is usually a stereo microphone that features both M and S functions.
Chapter 8—Stereo Out 8 Stereo Out Stereo Out Connectors The Stereo Out is output by the STEREO OUT +4 dB (BAL) balanced XLR-3-32-type connectors and the STEREO OUT –10 dBV (UNBAL) unbalanced phono connectors. Patching the Stereo Out to Outputs The left and right channels of the Stereo Out can be patched to the Slot Outputs, Omni Outs, or the 2TR Digital Outputs. See “Output Patching” on page 79 for more information.
Compressing the Stereo Out Compressing the Stereo Out Signal dynamics can be controlled by using the Stereo Out Compressor. See “Compressing Channels” on page 137 for more information. Grouping Master Compressors The Stereo Out Compressor can be grouped with the Compressors of other Output Channels. See “Grouping Output Channel Compressors” on page 140 for more information.
Chapter 8—Stereo Out Balancing the Stereo Out The left and right channels of the Stereo Out can be balanced as follows. 1 Press the STEREO [SEL] button to select the Stereo Out. PAN / SURROUND DISPLAY L 2 L R ODD EVEN R Use the Pan control to set the balance. The pan display indicates the balance. When the balance is set to center, the center two segments light up. The Stereo Out balance can also be set on the Stereo Fader View page.
Bus Outs 107 9 Bus Outs Patching Bus Outs to Outputs Bus Outs can be patched to the Slot Outputs, Omni Outs, or the 2TR Digital Outputs. See “Output Patching” on page 79 for more information. Routing Input Channels to Bus Outs Input Channels can be routed to the Bus Outs. See “Routing Input Channels” on page 93 for more information. Metering Bus Outs Bus Out signal levels can be metered on the Meter pages. See “Metering” on page 127 for more information.
Chapter 9—Bus Outs Muting Bus Outs (ON/OFF) Bus Outs can be muted by using the channel strip [ON] buttons. 1 Press the LAYER [MASTER] button to select the Master Layer. 2 Use channel strip [ON] buttons 1–8 to mute the Bus Outs. The [ON] button indicators of Bus Outs that are on light up. ON Grouping Master Mutes (ON/OFF) Bus Out Mutes can be grouped with the Mutes of other Output Channels. See “Grouping Output Channel Mutes (ON/OFF)” on page 149 for more information.
Sending Bus Outs to the Stereo Out 109 Sending Bus Outs to the Stereo Out Bus Outs can be routed to the Stereo Out buses as follows. Bus Out to Stereo Out settings can be stored in the Bus to Stereo library, which contains 1 preset memory and 32 user memories. See “Bus to Stereo Library” on page 169 for more information. 1 Use the SELECTED CHANNEL ROUTING [DISPLAY] button to locate the Bus to Stereo page.
Chapter 10—Aux Sends 10 Aux Sends Patching Aux Send Masters to Outputs Aux Send Masters can be patched to the Slot Outputs, Omni Outs, or the 2TR Digital Outputs. See “Output Patching” on page 79 for more information. Setting the Aux Send Mode Aux Sends have two operating modes—Variable and Fixed—which can be set individually for each of the 12 Aux Sends. In Variable mode, Aux Send levels are variable and the signal source point can be either pre-fader or post-fader.
Pre-Fader or Post-Fader Aux Sends 111 Pre-Fader or Post-Fader Aux Sends Aux Sends can be configured individually as either pre-fader or post-fader on the Aux Send pages (see page 112) or the Aux View pages (see page 115). If Aux Sends are configured as pre-fader, you can position the send points before or after the [ON] buttons. Setting Aux Send Levels Aux Send levels can be set by using the SELECTED CHANNEL AUX/MATRIX SEND LEVEL controls, the faders, or the Encoders.
Chapter 10—Aux Sends Muting Aux Sends (ON/OFF) 1 Use the LAYER buttons to select the Input Channel Layers, and use the [SEL] buttons to select the Input Channels. 2 Use the SELECTED CHANNEL AUX/MATRIX SEND [BANK] button to select Aux 1–4, Aux 5–8, or Aux 9–12. 3 Use the SELECTED CHANNEL AUX/MATRIX SEND [ON] buttons to turn the Aux Sends of the selected Input Channel on or off.
Aux Send Pages 113 6 To set the Pre Fader and Post Fader parameters, select the PRE/POST buttons, then use the [ENTER] button or INC/DEC buttons. 7 To set all Input Channels for the selected Aux Send to pre-fader or post-fader simultaneously, select the GLOBAL PRE or POST button, and then press [ENTER].
Chapter 10—Aux Sends Viewing Aux Send Settings You can view and set settings of all Aux Sends on the Aux View pages. Level and Pre/Post parameters are displayed separately. If the Auto AUX/MATRIX Display preference is on, and an Input Channel is currently selected, these pages appear automatically when a SELECTED CHANNEL AUX/MATRIX SEND control is operated. See “Auto AUX/MATRIX Display” on page 275 for more information.
Viewing Aux Send Settings 115 Pre/Post Parameters In Pre/Post mode, the Aux View pages display Aux Send Pre/Post parameters. Fixed mode Aux Sends can be turned on and off only. 1 Use the AUX SELECT [DISPLAY] button to select the Aux View pages. 2 Select the DISPLAY PRE/POST button, and press [ENTER]. The Input Channel 1–24 Aux View page is shown below in Pre/Post mode. The layout of the other three Aux View pages in Pre/Post mode is the same.
Chapter 10—Aux Sends Panning Aux Sends When Aux Sends are paired, Aux Sends can be panned between the paired Aux buses. See “Pairing Channels” on page 144 for more information. If the selected Aux Send is not paired, the message “AUXx–x are not paired” appears.
Excluding Certain Channels from Aux Sends (Mix Minus) 117 Excluding Certain Channels from Aux Sends (Mix Minus) You can quickly exclude certain channel signals from Aux Sends by using the controls on the top panel. This operation is called “Mix Minus.” For example, when Aux Sends are being used as monitors for the musicians or a narrator, you can turn off the audio signals of the musicians or narrator, excluding them from the monitor sound.
Chapter 10—Aux Sends Copying Channel Fader Positions to Aux Sends While Aux Sends are in Variable mode, you can copy all Input Channel fader positions on one layer to the corresponding Aux Sends. This is convenient when you wish to send to the musicians monitor signals that have the same balance setting as the Stereo Out signals. 1 Locate the copy source layer button from the Input Channel Layer buttons, then press and hold down the button.
Aux Send Master Inserts Aux Send Master Inserts Internal effects processors and external signal processors can be patched into the Aux Send Masters by using the Inserts. See “Using Inserts” on page 135 for more information. Compressing Aux Send Masters Signal dynamics can be controlled by using the Aux Send Master Compressors. See “Compressing Channels” on page 137 for more information.
Chapter 10—Aux Sends Inserting GEQs Internal GEQs can be inserted into the Aux Send Masters. See “About the GEQs” on page 183 for more information. Soloing Aux Sends Aux Sends can be soloed. See page 142 for more information. Pairing Aux Sends Aux Sends can be paired for stereo operation. See “Pairing Channels” on page 144 for more information. Viewing Aux Send Master Settings Parameter and fader settings for each Aux Send Master can be viewed and set on the View pages.
Matrix Sends 121 11 Matrix Sends Patching Matrix Send Masters to Outputs The left and right channels of the Matrix Send Masters can be patched to the Slot Outputs, Omni Outs, or the 2TR Digital Outputs. See “Output Patching” on page 79 for more information. Pre-Fader or Post-Fader Matrix Sends Matrix Sends can be configured globally as either pre-fader or post-fader on the Matrix View page. See “Viewing Matrix Send Settings” on page 124 for more information.
Chapter 11—Matrix Sends Using the Encoders Stereo Out Matrix Sends cannot be set using the Encoders. 1 Press the LAYER [MASTER] button to select the Master Layer. 2 Press the ENCODER MODE [AUX/MTRX] button to select the Aux/Mtrx Encoder mode. 3 Use the MATRIX SELECT [1–4] buttons to select Matrix Sends 1–4. 4 Use Encoders 1–20 to set the Matrix Send levels. Encoders 21–24 are inactive because Matrix Send Masters do not feature Matrix Send controls.
Panning Matrix Sends 123 4 To turn Matrix Sends on and off, select the rotary controls, and press [ENTER]. The rotary controls of Matrix Sends that are turned off, appear gray, and “OFF” appears in place of the level value. Matrix Send levels can still be changed even when Matrix Sends are off. 5 To set Matrix Send levels, select the rotary controls, and use the Parameter wheel or INC/DEC buttons. ALL NOMINAL: This button resets the levels for all Matrix Sends to nominal.
Chapter 11—Matrix Sends Viewing Matrix Send Settings You can view and set the Matrix Send Level and On/Off parameters of all Matrix Sends on the Matrix View page. If the Auto AUX/MATRIX Display preference is on, and a Bus Out, Aux Send, or the Stereo Out is currently selected, this page appears automatically when a SELECTED CHANNEL AUX/MATRIX SEND control is operated. See “Auto AUX/MATRIX Display” on page 275 for more information.
Attenuating Matrix Send Masters 125 Attenuating Matrix Send Masters Matrix Send Master signals can be attenuated pre-EQ. See “Attenuating Signals” on page 130 for more information. EQ’ing Matrix Send Masters Each Matrix Send Master features 4-band parametric EQ. See “Using EQ” on page 131 for more information. Grouping Master EQs Matrix Send Master EQs can be grouped with the EQs of other Output Channels. See “Grouping Output Channel EQs” on page 135 for more information.
Chapter 11—Matrix Sends Grouping Master Faders Matrix Send Master faders can be grouped with the faders of other Output Channels. See “Grouping Output Channel Faders” on page 146 for more information. Balancing Matrix Send Masters The left and right channels of the Matrix Send Masters can be balanced as follows. 1 Press the LAYER [MASTER] button to select the Master Layer, and use [SEL] buttons 21–24 to select the Matrix Send Masters.
Common Channel Functions 127 12 Common Channel Functions Metering Input Channels, Bus Outs, Aux Sends, Matrix Sends, the Stereo Out, and the Effects processors can be metered on the various Meter pages, which are located by using the DISPLAY ACCESS [METER] button. Input and Output Channel Meter pages also display fader positions numerically. The Peak Hold function, which applies to all level meters, can be turned on or off on any of the Meter pages.
Chapter 12—Common Channel Functions Metering Input Channels There are two types of Input Channel Meter page: 24-channel and 48-channel. There are four 24-channel Meter pages. The Input Channel 1–24 Meter page is shown below. The layout of the other three pages is the same. These pages feature two level meters for each Input Channel. When Input Channels are vertically paired, both meters operate. When Input Channels are horizontally paired, only the left-hand meter operates.
Metering 129 Metering Output Channels Bus Outs, Aux Sends, Matrix Sends, and the Stereo Out can all be metered on the Master Meter page. Metering Effects There are two Effects Input/Output Meter pages: Effects 1–8 and Effects 1–2. The Effects 1–8 Input/Output Meter page features two input and output level meters for each of the internal effects processors. The Effects 1–2 Input/Output Meter page features individual level meters for the eight inputs and outputs of internal effects processors #1 and #2.
Chapter 12—Common Channel Functions Metering the Stereo out The Stereo Out can be metered on the Stereo Meter page. Peak signal levels for the left and right channels are displayed numerically. Attenuating Signals Input Channels, Bus Outs, Aux Sends, Matrix Sends, and the Stereo Out all feature pre-EQ attenuation, which is useful for attenuating “hot” signals before EQ’ing.
Using EQ 131 The attenuator parameters for the Output Channels appear on the Output Attenuator page. 2 Use the cursor buttons to select the channels, and use the Parameter wheel or INC/DEC buttons to set the amount of attenuation. Input and Output Channels can also be selected by using the LAYER and [SEL] buttons. You can copy the currently selected Input or Output Channel attenuation setting to all Input or Output Channels respectively by double-clicking the [ENTER] button.
Chapter 12—Common Channel Functions Preset EQs The following table lists the preset EQs. See page 332 for detailed parameter information. # Preset Name Description 1 Bass Drum 1 Emphasizes the low range of a bass drum and the attack created by the beater. 2 Bass Drum 2 Creates a peak around 80 Hz, producing a tight, stiff sound. 3 Snare Drum 1 Emphasizes “snappy” and rimshot sounds. 4 Snare Drum 2 Emphasizes various ranges for that classic rock snare drum sound.
Using EQ 133 Using the SELECTED CHANNEL EQUALIZER Controls 1 Use the LAYER buttons to select Layers, and use the [SEL] buttons to select channels. EQUALIZER LOW DISPLAY CHANNEL LOW MID FREQUENCY FREQUENCY Q FREQUENCY Q GAIN COPY HIGH MID HIGH ATT. FREQUENCY Q Q GAIN GAIN GAIN EQ ON dB dB 125 Hz 1.00 4.00 kHz kHz PASTE Hz dB Hz dB 10.0 kHz Hz kHz 2 Use the [EQ ON] button to turn the EQ on or off. 3 Use the GAIN controls to set the gain of each band.
Chapter 12—Common Channel Functions EQ Edit Pages EQ parameters can also be set on the EQ Edit page. If the Auto EQUALIZER Display preference is on, this page appears automatically when a control in the SELECTED CHANNEL EQUALIZER section is operated. See “Auto EQUALIZER Display” on page 275. 1 Use the EQUALIZER [DISPLAY] button to select the EQ Edit page. 2 Use the LAYER buttons to select Layers, and use the [SEL] buttons to select channels.
Grouping Output Channel EQs 135 Grouping Output Channel EQs The Bus Out, Aux Send, Matrix Send, and Stereo Out EQs can be grouped, allowing you to control the EQ of several Output Channels simultaneously. There are four Output Channel EQ groups: e, f, g, and h. 1 Use the DISPLAY ACCESS [GROUP] button to locate the Output Equalizer Link page. 2 Press the LAYER [MASTER] button. 3 Use the Up/Down cursor buttons to select EQ groups e–h. The selected group is highlighted by a flashing cursor box.
Chapter 12—Common Channel Functions Insert Pages Inserts can be configured on the Insert page. If the Auto PHASE/INSERT Display preference is on, this page appears automatically when you press the SELECTED CHANNEL PHASE/INSERT [INSERT ON] button, turning on the button indicator. See “Auto PHASE/INSERT Display” on page 274. 1 Use the SELECTED CHANNEL PHASE/INSERT [DISPLAY] button to select the Insert page.
Compressing Channels 137 Select window (see page 83), which is accessed by pressing [ENTER] while this parameter is selected. Insert Outs can also be patched on the Output Patch pages. See “Output Patching” on page 79 for more information. INSERT IN: This selects the source for the Insert In, which can be an AD Input, Slot Input, 2TR Digital or Analog Input, or the output of an internal effects processor.
Chapter 12—Common Channel Functions # Preset Name Type Description 11 A. Dr. OverTop COMPAND-S Soft-kneed compander for emphasizing the attack and ambience of cymbals recorded with overhead mics. It automatically reduces the volume when the cymbals are not played, improving mic separation. 12 E. B. Finger COMP Compressor for leveling the attack and volume of a finger-picked electric bass guitar. 13 E. B.
Compressing Channels 139 Using the SELECTED CHANNEL DYNAMICS Controls 1 Use the LAYER buttons to select Layers, and use the [SEL] buttons to select channels. 2 Use the SELECTED CHANNEL DYNAMICS [COMP ON] button to turn the currently selected channel’s Compressor on or off.
Chapter 12—Common Channel Functions CURVE: This displays the Compressor curve (i.e., input level vs. output level). TYPE: This is the comp type used by the currently selected channel’s Compressor. Meters: These meters indicate the levels of the currently selected Input Channel and its horizontal or vertical partner. The GR meter indicates the amount of gain reduction being applied by the currently selected channel’s Compressor. ON/OFF: This turns the currently selected channel’s Compressor on and off.
Delaying Channel Signals 141 Delaying Channel Signals Input Channels, Bus Outs, Aux Sends, Matrix Sends, and the Stereo Out all feature independent Delay functions. Input Channel Delays feature feedback, with independent Mix and Gain parameters. Using the SELECTED CHANNEL DELAY Controls 1 DELAY Use the LAYER buttons to select Layers, and use the [SEL] buttons to select channels. Use the STEREO [SEL] button to toggle between the left and right channels of the Stereo Out.
Chapter 12—Common Channel Functions The Delay parameters for the Bus Outs, Aux Sends, Matrix Sends, and the Stereo Out appear on the Output Delay page. 2 Use the cursor buttons to select the Delay parameters, and use the Parameter wheel, INC/DEC buttons, and [ENTER] button to set them. Input and Output Channels can also be selected by using the LAYER and [SEL] buttons. DELAY SCALE: These buttons determine the units of the delay value shown below the msec value.
Soloing Channels 143 Configuring Solo The Solo function is configured on the Solo Setup page. If the Auto SOLO Display preference is on, this page appears automatically when a channel is soloed. See “Auto SOLO Display” on page 275. 1 Use the MONITOR [DISPLAY] button to locate the Solo Setup page. 2 Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC buttons, and [ENTER] button to set them. SOLO: This is used to enable and disable the Solo function.
Chapter 12—Common Channel Functions FADER/SOLO RELEASE: When you check this check box, raising the channel faders of soloed Channels from –∞ will unsolo the Channels. If the channel fader position is higher than –∞, you cannot solo the corresponding channel. This function is disabled in Mixdown Solo mode and for the Output Channels. Note: When the AUX/SOLO LINK or FADER/SOLO RELEASE check box is checked, the solo setting is cancelled.
Pairing Channels 145 Pairing Channels by Using the Pair Pages Both horizontal and vertical pairing can be set on the Pair pages. 1 Use the DISPLAY ACCESS [PAIR] button to locate the Pair pages. The Pair parameters for the 96 Input Channels are divided between two pages. The Input Channel 1–48 Pair page is shown below. The layout of the other page is the same. 2 To set the pair mode, select the PAIR MODE HORIZONTAL or VERTICAL buttons, and press [ENTER].
Chapter 12—Common Channel Functions 3 Use the cursor buttons or Parameter wheel to select the channel pair buttons, and press [ENTER] to make or break pairs. Input and Output Channels can also be selected by using the LAYER and [SEL] buttons. A dialog box appears with options for copying the settings of the first channel to the second channel, the second channel to the first channel, and for resetting both channels to their initial settings. Choose the option required, and then press [ENTER].
Group Master for the Output Channel Faders 147 2 Press the LAYER [MASTER] button. 3 Use the Up/Down cursor buttons to select Fader groups Q–T. The selected group is highlighted by a flashing cursor box. 4 Use the [SEL] buttons to add and remove Output Channel faders to and from the selected group. When an Output Channel is added to a group, its [SEL] button indicator lights up. ENABLE: These buttons are used to enable and disable the groups.
Chapter 12—Common Channel Functions You can also make these settings in the Output Fader Group Master page, as shown below. 3 Use the DISPLAY ACCESS [GROUP] button to locate the Output Fader Group Master page. 4 Use the cursor buttons to select the parameters, then use the Parameter wheel, INC/DEC buttons or [ENTER] button to set them. OUTPUT FADER MASTER: When this check box is checked, you can set the master levels for the Output Fader groups.
Grouping Output Channel Mutes (ON/OFF) 149 Grouping Output Channel Mutes (ON/OFF) The Bus Out, Aux Send, Matrix Send, and Stereo Out mutes can be grouped, allowing you to mute several Output Channels simultaneously. There are four Output Channel Mute groups: U, V, W, and X. 1 Use the DISPLAY ACCESS [GROUP] button to locate the Output Mute Group page. 2 Press the LAYER [MASTER] button. 3 Use the Up/Down cursor buttons to select Mute groups U–X.
Chapter 12—Common Channel Functions Viewing Channel Parameter Settings The parameter setting of the currently selected Input Channel, Bus Out, Aux Send, Matrix Send, or the Stereo Out can be viewed and set on the Parameter View pages. 1 Use the DISPLAY ACCESS [VIEW] button to select the Parameter View page. 2 Use the LAYER buttons to select Layers, and use the [SEL] buttons to select channels.
Viewing Channel Fader Settings 151 Output Channels This is the Parameter View page for the Bus Outs, Aux Sends, Matrix Sends, and the Stereo Out. Parameters are the same as for the Input Channel Parameter View page, minus the GATE and Phase sections and the DELAY MIX and FB GAIN parameters. The parameter settings of the left and right channels of the Matrix Sends and Stereo Out can be viewed individually. Use the [SEL] buttons to toggle between the left and right channels.
Chapter 12—Common Channel Functions Fader: This indicates the fader position of the currently selected Input Channel. The fader knob appears highlighted when the fader is set to 0.0 dB. The fader position is displayed numerically below the fader. See “Setting Input Channel Levels” on page 90 for more information. SURROUND PAN: The Surround pan parameters for the currently selected Input Channel are displayed only when a Surround mode other than Stereo is selected.
Viewing Channel Fader Settings 153 Aux Sends Below is the Fader View page for the Aux Sends. ON/OFF: This is the On/Off parameter of the currently selected Aux Send. See “Muting Aux Sends (ON/OFF)” on page 112 for more information. Fader: This indicates the fader position of the currently selected Aux Send. The fader knob appears highlighted when the fader is set to 0.0 dB. The fader position is displayed numerically below the fader. See “Settings Aux Send Master Levels” on page 119 for more information.
Chapter 12—Common Channel Functions Fader: This indicates the fader position of the currently selected Matrix Send. The fader knob appears highlighted when the fader is set to 0.0 dB. The fader position is displayed numerically below the fader. See “Setting Matrix Send Master Levels” on page 125 for more information. Meters: These meters indicate the levels of the currently selected Matrix Send and its partner. The metering position is displayed below them.
Copying Channel Settings 155 Copying Channel Settings The settings of Input Channels, Bus Outs, Aux Sends, Matrix Sends, and the Stereo CHANNEL Out can be copied among channels of the same type by using the Channel Copy COPY function. You can even copy to and from channels in Scenes without recalling them. For the Matrix Sends and Stereo Out, the left and right channels are copied and pasted independently.
Chapter 12—Common Channel Functions Copying Channel Settings Between Noncurrent Scenes 1 Use the SCENE MEMORY Up [ ] and Down [ ] buttons to select the source Scene. The number of the source Scene flashes on the SCENE MEMORY display. 2 Use the LAYER and [SEL] buttons to select the source channel. 3 Press the CHANNEL [COPY] button. 4 Use the SCENE MEMORY Up [ ] and Down [ ] buttons to select the destination Scene. The number of the destination Scene flashes on the SCENE MEMORY display.
Naming Channels 157 If the Name Input Auto Copy check box in the upper right corner is checked, the first four characters of the name entered in the LONG column are automatically copied to the SHORT column. Also, a name entered in the SHORT column is automatically copied to the LONG column. Output Channels 1 Use the DISPLAY ACCESS [OUTPUT PATCH] button to locate the Output Channel Name page 2 Use the Parameter wheel, INC/DEC buttons, or the Master Layer and [SEL] buttons to select the Output Channels.
Chapter 13—Monitoring & Talkback 13 Monitoring & Talkback Control Room Monitoring The DM2000 features independent outputs and level controls for two sets of studio monitors. The LARGE CONTROL ROOM MONITOR OUT +4 dB (BAL) XLR-3-32-type connectors are intended to feed to the control room’s main monitors. The SMALL CONTROL ROOM MONITOR OUT +4 dB (BAL) XLR-3-32-type connectors are intended to feed to the control room’s nearfield monitors.
Studio Monitoring 159 Control Room Setup Control room monitoring is configured on the Control Room Setup page. 1 Use the MONITOR [DISPLAY] button to locate the Control Room Setup page. 2 Use the cursor buttons to select the ASSIGN buttons in the left-hand box, and use the Parameter wheel to select an Output Channel in the right-hand box. Bus Outs, Aux Sends, or Matrix Sends can be assigned to the [ASSIGN 1] and [ASSIGN 2] buttons. 3 Press [ENTER] to assign the selected Output Channel.
Chapter 13—Monitoring & Talkback Surround Monitoring The DM2000 features comprehensive surround monitoring functions, including a pink noise generator for speaker setup, Bass Management, and down mixing. The Surround Monitor signal source is selected by using the SURROUND buttons. The [BUS] button selects the Bus Outs as the source. The [ASSIGN 1] and [ASSIGN 2] buttons select the Inputs of the Slots specified on the Surround Monitor page as the source.
Surround Monitoring 161 When the MONITOR L/R to C-R button is on, the Left and Right Surround Monitor Channels are fed to the Control Room Monitors. This is useful when you want to use the same speakers for Left and Right Surround Monitors and Control Room Monitors. STATUS: SURROUND MODE indicates the currently selected Surround mode, which is set on the Surround Mode page (see page 97).
Chapter 13—Monitoring & Talkback The following screen shows an example in 6.1 Surround mode and 3-1 Monitor Matrix mode. BASS MANAGEMENT: You can set the filter and attenuator settings for each Surround Monitor Channel using five preset Bass Management modes. The following presets are available: Presets No.
Using Talkback & Slate 163 MONITOR ALIGNMENT ATT & DLY ON/OFF: These buttons are used to turn on and off the Monitor Alignment Attenuator and Delay parameters of all Surround speakers. The MONITOR ALIGNMENT diagram and Surround Channel Attenuator and Delay parameters, which are displayed when either of these buttons are selected, allow you to align the surround monitor speakers by attenuating and delaying Surround Channels as necessary. The Attenuator parameters can be set –∞, –12 dB to +12 dB in 0.
Chapter 13—Monitoring & Talkback The Slate function distributes the Talkback mic signal to all Bus Outs, Matrix Sends, and the Stereo Out. The [SLATE] button has two modes of operation: If it’s pressed once (i.e., for less than 300 ms), the Slate function is turned on and remains on when SLATE the button is released. This is Latched mode. If it’s pressed and held for longer, the Slate function is turned on, but turns off when the button is released. This is Unlatched mode.
Libraries 165 14 Libraries About the Libraries The DM2000 features 11 libraries for storing Automix, Effects, Channel, Input Patch, Output Patch, GEQ, Bus to Stereo, Gate, Comp, EQ, and Surround Monitor data. Library data can be stored to an external MIDI device, such as a MIDI data filer, by using MIDI Bulk Dump (see page 220). It can also be stored to SmartMedia (see page 271).
Chapter 14—Libraries Memory #U is a special read-only memory that allows you to undo and redo memory recall and store operations. After recalling a memory, you can revert to the previously recalled memory by recalling memory #U. After storing a memory, you can revert it to its previous contents by recalling memory #U. You can redo either of these undo operations by recalling memory #U again.
Input Patch Library 167 Input Patch Library 1 Input Patch settings can be stored in the Input Patch library, which contains 1 preset memory and 32 user memories. The preset memory is read-only. User memories enable you to store custom settings. See page 77 for information on Input Patch settings. Use the DISPLAY ACCESS [INPUT PATCH] button to select the Input Patch Library page. When storing, the current Input Patch settings are stored to the selected memory.
Chapter 14—Libraries GEQ Library 1 2 GEQ (Graphic Equalizer) settings can be stored in the GEQ library, which contains 1 preset memory and 128 user memories. The preset memory is read-only. User memories enable you to store custom settings. See page 183 for information on using the GEQs. Use the EFFECTS/PLUG-INS [DISPLAY] button to select the Graphic Equalizer Library page. Press the EFFECTS/PLUG-INS [GRAPHIC EQUALIZERS] button, and use the EFFECTS/PLUG-INS [1–6] buttons to select the GEQs.
Bus to Stereo Library 2 169 Press the EFFECTS/PLUG-INS [INTERNAL EFFECTS] button, and use the EFFECTS/PLUG-INS [1–8] buttons to select the internal effects processors. When storing, the settings of the currently selected internal effects processor, indicated in the upper-left corner, are stored to the selected memory. EFFECT NAME: This is the name of the previously recalled Effects memory. TYPE: This is the effects type used in the previously recalled Effects memory.
Chapter 14—Libraries Gate Library 1 2 Input Channel Gate settings can be stored in the Gate library, which contains 4 preset memories and 124 user memories. Preset memories are read-only. User memories enable you to store custom settings. See page 85 for information on gating Input Channels. Use the DYNAMICS [DISPLAY] button to select the Gate Library page. Use the LAYER buttons to select the Input Channel Layers, and the [SEL] buttons to select Input Channels.
Comp Library 171 Comp Library 1 2 Comp settings can be stored in the Comp library, which contains 36 preset memories and 92 user memories. Preset memories are read-only. User memories enable you to store custom settings. See page 137 for information on the Comps. Use the DYNAMICS [DISPLAY] button to select the Comp Library page. Use the LAYER buttons to select Layers, and the [SEL] buttons to select channels.
Chapter 14—Libraries EQ Library 1 2 Input Channel, Bus Out, Aux Send, Matrix Send, and Stereo Out EQ settings can be stored in the EQ library, which contains 40 preset memories and 160 user memories. Preset memories are read-only. User memories enable you to store custom settings. See page 131 for information on EQ’ing. Use the EQUALIZER [DISPLAY] button to select the EQ Library page. Use the LAYER buttons to select Layers, and the [SEL] buttons to select channels.
Automix Library 173 Automix Library 1 Up to 16 Automixes can be stored in the Automix library. See page 193 for information on using Automix. Use the AUTOMIX [DISPLAY] button to select the Automix Memory page. When storing, the current Automix is stored to the selected memory. TITLE: This is the title of the current Automix. CURRENT: This is the size of the current Automix. UNDO: This is the size of the Automix data in the current Undo buffer.
Chapter 15—Internal Effects, Plug-Ins & GEQs 15 Internal Effects, Plug-Ins & GEQs About the Effects The DM2000 features eight internal multi-effects processors, offering a whole host of effects types, including reverbs, delays, modulation-based effects, combination effects, and multichannel effects designed especially for use with surround sound. Effects processors 3–8 feature assignable stereo inputs and outputs.
Preset Effects & Types 175 Modulation-based Effects # Preset Name Type Description 13 Chorus CHORUS Chorus 14 Flange FLANGE Flanger 15 Symphonic SYMPHONIC Proprietary Yamaha effect that produces a richer and more complex modulation than normal chorus 16 Phaser PHASER 16-stage stereo phase shifter 17 Auto Pan AUTO PAN Auto-panner 18 Tremolo TREMOLO Tremolo 19 HQ.Pitch HQ.
Chapter 15—Internal Effects, Plug-Ins & GEQs Others # Preset Name Type Description 41 Multi.Filter MULTI.FILTER 3-band parallel filter (24 dB/octave) 42 Freeze FREEZE Simple sampler 43 Stereo Reverb ST REVERB 441 Reverb 5.1 Stereo reverb 5.12 6-channel reverb for 5.1 surround REVERB2 8-channel reverb for 7.1 surround REVERB 451 Octa Reverb OCTA 461 Auto Pan 5.1 AUTO PAN 5.1 6-channel auto pan for 5.1 surround 471 Chorus 5.1 CHORUS 5.1 6-channel chorus for 5.
Editing Effects 177 Editing Effects 1 The internal effects processors can be edited as follows. Press the EFFECTS/PLUG INS [INTERNAL EFFECTS] button. 2 Use the EFFECTS/PLUG INS [1–8] buttons to select the internal effects processors. 3 Use the EFFECTS/PLUG INS [DISPLAY] button to locate the Effects Library page, and recall a preset effects memory that contains the effects type that you want. See “Effects Library” on page 168 for more information.
Chapter 15—Internal Effects, Plug-Ins & GEQs Tip: • If you turn on the SYNC parameter and edit the TEMPO or NOTE parameter, the DM2000 recalculates the delay time or modulation frequency. • If you turn on the SYNC parameter and edit the delay time or modulation frequency, the NOTE parameter value changes based on the TEMPO parameter setting. • See “Effects and tempo synchronization” on page 331 for more information on the tempo sync parameters.
About Plug-Ins • • • 179 As of January 2004, the following Add-On Effect packages are available: AE011 Channel Strip Package AE021 Master Strip Package AE031 Reverb Package Additional packages will be released in the future. Visit the Yamaha web site for the latest information: http://www.yamahaproaudio.com/ About Plug-Ins There are two types of Plug-Ins: Waves Plug-Ins and User Defined Plug-Ins.
Chapter 15—Internal Effects, Plug-Ins & GEQs Configuring Plug-Ins 1 Plug-Ins can be configured as follows. If you’ve installed a Y56K card into one of the Slots, the DM2000 configures itself automatically and no further configuration settings are required. Press the EFFECTS/PLUG INS [PLUG-INS] button. 2 Use the EFFECTS/PLUG INS [DISPLAY] button to locate the Plug-In Setup page.
Editing Plug-Ins 181 Editing Plug-Ins 1 Plug-Ins can be edited as follows. The settings of Waves Plug-Ins and User Defined Plug-In banks can be stored to an external MIDI device, such as a MIDI data filer, by using MIDI Bulk Dump (see page 220), or stored to SmartMedia (see page 271). If you’ve installed a Y56K card into one of the Slots, display pages especially for the Waves card are displayed when the corresponding Plug-In is selected. See the Waves documentation for more information.
Chapter 15—Internal Effects, Plug-Ins & GEQs MIN/MAX: These parameters determine the minimum and maximum values of the MIDI data transmitted when each parameter control is adjusted. Use the PARAMETER ID/NAME parameter to select a Parameter ID from 1–4, and then edit as necessary. VAL: This is used to select the format for converting parameter control values to the DATA parameter’s VAL setting. It applies to the currently selected bank. The available options are listed in the following table.
About the GEQs 183 About the GEQs The DM2000 features six 31-band graphic equalizers that can be inserted into the Bus Outs, Aux Sends, or the left or right channels of the Matrix Sends or Stereo Out. GEQs can be linked for simultaneous operation. GEQ settings can be stored in the GEQ library, which contains 1 preset memory and 128 user memories. See “GEQ Library” on page 168 for more information. Editing GEQs 1 GEQs can be edited as follows. Press the EFFECTS/PLUG INS [GRAPHIC EQUALIZERS] button.
Chapter 15—Internal Effects, Plug-Ins & GEQs GEQ parameters can also be adjusted by using Parameter controls #1 and #4. Parameter control #1 selects the frequency bands. Parameter control #4 resets the gain of the selected band. Parameter controls #2 and #3 are inactive. 1 Band select 2 3 4 Gain Editing the Graphic EQ Using the Channel Faders 1 Use the channel faders to set the gain for each band, much like an analog graphic equalizer.
Scene Memories 185 16 Scene Memories About Scene Memories Scene memories allow you to store a snapshot of virtually every DM2000 mix setting in a Scene. There are 99 Scene memories, and they can be titled for easy identification. A fade time of up to 30 seconds can be set individually for each Input and Output Channel fader. Recall Safe can be used to exclude individual Input and Output Channels and certain parameters from Scene recalls. Stored Scenes can be sorted as necessary.
Chapter 16—Scene Memories Scene Memories #0 & #U Scene memory #0 is a special read-only memory that contains the initial settings of all mix parameters. It can be recalled, but not stored. When you want to reset all mix parameters to their initial, or default values, recall Scene memory #0. Input Channel faders are set to either –∞dB or nominal, depending on the Initial Data Nominal preference (see page 275).
Storing & Recalling Scenes with the SCENE MEMORY Buttons 187 Storing & Recalling Scenes with the SCENE MEMORY Buttons As each Scene memory is selected, its number flashes on the SCENE MEMORY display, and its number and title flash in the Scene memory section of the display. These stop flashing when the selected Scene memory is either stored or recalled. Empty Scene memories have the title “No Data!” and cannot be recalled. You cannot store to Scene memories that are write-protected.
Chapter 16—Scene Memories Using the Scene Memory Page On the Scene Memory page you can store, recall, write-protect, delete, and edit the titles of Scenes. 1 Use the SCENE MEMORY [DISPLAY] button to locate the Scene Memory page. 2 Use the Parameter wheel or INC/DEC buttons to select a Scene memory. A Scene memory is selected when it appears inside the dotted box. 3 Use the cursor buttons to select the following buttons.
Fading Scenes 189 Fading Scenes Fade times can be specified for individual Input Channels, Bus Outs, Aux Sends, Matrix Sends, Stereo Out, and the Group Master. The fade time determines the time it takes the Input and Output Channel faders to move to their new positions when a Scene is recalled. Fade time settings can be specified for each Scene individually. 1 Use the SCENE MEMORY [DISPLAY] button to locate a Fade Time page.
Chapter 16—Scene Memories Global Fade Time: When this check box is checked, a Scene is recalled using the Fade Time that is applied globally to all Scenes. (The Fade Time setting stored in the recalled Scene is temporarily ignored.) Recalling Scenes Safely When a Scene is recalled, all mix parameters are set accordingly. In some situations, you may want to retain the settings of certain parameters on certain channels, and this can be achieved by using the Recall Safe function.
Sorting Scenes 191 Sorting Scenes Scene can be sorted by using the Scene Memory Sort function. 1 Use the SCENE MEMORY [DISPLAY] button to locate the Scene Memory Sort page. 2 Use the cursor button to the select the SOURCE list, and use the Parameter wheel or the INC/DEC buttons to select the Scene memory you want to move.
Chapter 16—Scene Memories 2 Use the cursor buttons, [SEL] buttons, or Parameter wheel to select the channel category, then use the [ENTER] button or the INC/DEC buttons to select the copy source channel. The number of the source channel is highlighted. GROUP MASTER/OTHERS: You can also select Group Masters, internal Effects processors, a User Defined Remote layer, User Defined Plug-in, HA (AD8HR/AD824), or GEQ as copy sources.
Automix 193 17 Automix About Automix The DM2000’s Automix function allows dynamic automation of virtually all mix parameters, including Levels, Mutes, Pan, Surround Pan, Aux/Matrix Sends, Aux/Matrix Send Mutes, EQ, effects, and Plug-Ins. You can specify which of these parameters will be recorded, and punch channels in and out of recording on-the-fly. User Defined Remote Layer operations, and scene and library recall operations can also be automated, combining snap shot and dynamic mix automation.
Chapter 17—Automix Automix Main Page 1 2 This section explains the Automix Main page. Use the AUTOMIX [DISPLAY] button to locate the Automix Main page. Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC buttons, and [ENTER] button to set them. TITLE: This is the title of the current Automix. TIME CODE: This counter displays the current timecode position.
Automix Main Page 195 Return Takeover or Off At the point at which recording is stopped, the fader returns to the position specified by the existing fader data, at the speed specified by the Time parameter on the Fader Edit pages. At the point at which recording is stopped, the fader remains at the same position until the next Fader event in the existing data occurs.
Chapter 17—Automix FADER EDIT: These buttons are used to set the Fader Edit mode: Absolute or Relative. The Fader Edit mode determines how fader moves are rerecorded. It has no effect during the first recording pass. In Absolute mode, fader moves are rerecorded as absolute values and existing fader data is erased. In Relative mode, fader moves are rerecorded relative to the existing fader data.
Automix Main Page 197 AUTOMIX: This button is used to enable and disable the Automix function. It works in unison with the AUTOMIX [ENABLE] button. NEW: This button is used to create a new Automix. When a new Automix is created, a Scene recall event to recall the current Scene (i.e., the last Scene recalled) is automatically inserted at the start of the Automix. You can edit this event so that another Scene is recalled.
Chapter 17—Automix AUTOMIX Section Certain Automix functions and parameters can be controlled by using the buttons in the AUTOMIX section. AUTOMIX DISPLAY ENABLE REC SUSPEND WRITE ABORT/ AUTOUNDO REC TOUCH LATCH RETURN RELATIVE TOUCH SENSE READ TRIM OFF AUX ON EQ OVERWRITE FADER ON PAN SURROUND AUX [DISPLAY] button: This button is used to select the following Automix pages: Main, Memory, Fader Edit, Event Copy, and Event Edit.
Channel Strip [AUTO] Buttons 199 Channel Strip [AUTO] Buttons • • • • • • The channel strip [AUTO] buttons are used to arm channels in Record-Ready mode, and to punch channels in and out during recording.
Chapter 17—Automix 1 Use the AUTOMIX [DISPLAY] button to locate the Fader Edit pages. The CH1–48 Fader Edit page is shown here. 2 Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC buttons, and [ENTER] button to set them. The counter in the upper-left corner displays the current timecode position. Edit Safe buttons: The numbered buttons below each fader bar are Channel Safe buttons, which can be used to prohibit automix recording on certain channels.
Selecting the Timecode Source & Frame Rate 201 Selecting the Timecode Source & Frame Rate 1 2 The timecode source and frame rate for Automix can be set as follows. Use the DISPLAY ACCESS [SETUP] button to select the Time Reference page. Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC buttons, and [ENTER] button to set them. TIME REFERENCE: The following timecode sources can be selected.
Chapter 17—Automix Creating a Time Signature Map 1 2 When using the MIDI CLOCK timecode source, you’ll also need to specify the initial time signature and any time signature changes that follow. Use the DISPLAY ACCESS [SETUP] button to select the Time Signature page. Use the cursor buttons to select the parameters, and use the Parameter wheel or INC/DEC buttons to specify the measure and time signature.
Inserting Mix Parameters into Automix 203 7 Start the timecode source. The AUTOMIX [REC] button indicator lights up continuously, and on the Automix Main and Memory pages, the REC and PLAY buttons appear highlighted. 8 Adjust the faders and other controls as necessary. Use the SELECTED CHANNEL section to edit the currently selected channel. Channels are selected automatically when the [AUTO] buttons are pressed. You can punch channels out of recording by using the [AUTO] buttons.
Chapter 17—Automix 2 Use the cursor buttons to select the INSERT button, then press [ENTER]. Alternatively, press the AUTOMIX [REC] and [AUTO REC] buttons simultaneously. A confirmation message appears. 3 Use the IN and OUT parameters to specify the region to be inserted. The default IN and OUT parameter values use the Locate memories specified by the Insert Time Link preference (see page 278).
Rerecording Events 205 8 Use the cursor buttons to select the INSERT button, then press [ENTER]. Alternatively, press the AUTOMIX [REC] and [AUTO REC] buttons simultaneously. A confirmation message appears. 9 Use the cursor buttons to select YES, then press [ENTER] to insert the data. Once the data is inserted, Insert mode is cancelled and the INSERT button is unhighlighted. Rerecording Events Events can be rerecorded as many times as you like.
Chapter 17—Automix Parameter Recording The following table summarizes parameter recording operation for each parameter. Parameter adjustments made on the respective display pages are also recorded.
Punching In & Out Individual Parameters 207 Punching In & Out Individual Parameters During Automix rerecording, channels can be punched in and out by pressing the channel strip [AUTO] buttons. Individual parameters can be punched in and out as follows.
Chapter 17—Automix If during Automix recording you punch in an individual parameter by using the controls listed in the above table, even if some OVERWRITE buttons are on, only the existing data of that particular parameter will be overwritten. Likewise, when you punch out an individual parameter by using the controls listed above, only that particular parameter will be punched out.
Editing Events Offline 209 Editing Events Offline Automix events can be edited offline on the Event Job and Event Edit pages. Offline editing can be performed only while the Automix function is stopped. Event Job Page 1 On the Event Job page, specified events on specified channels between specified in and out points can be erased, copied, moved/merged, or trimmed. Use the AUTOMIX [DISPLAY] button to locate the Event Job page.
Chapter 17—Automix The SOURCE section enables you to select the copy source Automix. You can select CURRENT (the current Automix) or MEM (any Automix from 1 to 16). The TIME parameter determines the point to which the specified data is copied. The number in parentheses on the right indicates the end point of the copy destination. You can set the TIME parameter on-the-fly by selecting the TIME button, then pressing [ENTER].
Editing Events Offline 211 The TIME parameter determines the point to which the specified data is moved or merged. The number in parentheses on the right indicates the end point of the move/merge destination. You can set the TIME parameter on-the-fly by selecting the TIME button, then pressing [ENTER]. You can edit the captured timecode value using the Parameter wheel or the INC/DEC buttons. Press the [ENTER] button to reset the currently-selected digit to “00.
Chapter 17—Automix These buttons correspond to the following parameters: Button FADER Channel Fader events (Inputs Channels, Bus Out masters, Aux Send masters, Matrix Send masters, Group master levels, and the Stereo Out) ON Channel Mute events, and Group master ON PAN Input Channel pan events SURR Input Channel surround pan, LFE level, DIV parameter events, and RDIV parameter events EQ Channel EQ events LIB 6 Events CH Channel library recall events GATE Gate library recall events COM
Editing Events Offline 213 Event Edit Page 1 2 On the Event Edit page, you can edit, duplicate, delete, and insert new events. Use the AUTOMIX [DISPLAY] button to locate the Event Edit page. Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC buttons, and [ENTER] button to set them. Event list: Automix events are listed in chronological order. The type of events listed depends on the Event select buttons. Use the cursor buttons to select event parameters.
Chapter 17—Automix Event select buttons: These buttons are used to select the type of events to be displayed in the event list.
MIDI 215 18 MIDI MIDI & the DM2000 • • • • • • • • • • The DM2000 supports the following MIDI messages: Program Changes for recalling Scenes (see page 218) Control Changes for real-time parameter control (see page 219) System Exclusive Parameter Changes for real-time parameter control (see page 219) MIDI Note On/Off for Freeze effect etc.
Chapter 18—MIDI MIDI Port Setup 1 2 MIDI ports are configured as follows. Use the DISPLAY ACCESS [SETUP] button to locate the MIDI/TO HOST Setup page. Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC buttons, and [ENTER] button to set them. TO HOST SERIAL: These buttons are used to configure the TO HOST SERIAL port for use with either a Mac or PC. Caution: When a PC is connected to the TO HOST SERIAL port, do not set this to Mac because your PC may crash.
MIDI Channel Setup 217 MIDI Channel Setup 1 2 MIDI Channels for reception and transmission are specified as follows. Use the DISPLAY ACCESS [MIDI] button to locate the MIDI Setup page. Use the cursor buttons or Parameter wheel to select the parameters, and use the INC/DEC buttons or [ENTER] button to set them.
Chapter 18—MIDI BULK This parameter row enables or disables reception of Bulk Dump data. Rx ON/OFF: Reception of Bulk Dump data is enabled or disabled. OTHER COMMANDS ECHO ON/OFF: This button determines whether other MIDI messages received at the MIDI IN port are echoed through to the MIDI OUT port. Fader Resolution HIGH/LOW: This parameter specifies the resolution of the value output when you operate the DM2000’s faders.
Assigning Parameters to Control Changes 219 Assigning Parameters to Control Changes 1 DM2000 parameters can be assigned to MIDI Control Changes for real-time control. When a parameter is adjusted on the DM2000, the assigned Control Change message is transmitted. Likewise, when a Control Change message is received, the assigned DM2000 parameter is set. You must set the MIDI Setup parameters in order to transmit and receive Control Change messages (see page 217).
Chapter 18—MIDI Using Bulk Dump 1 DM2000 data can be stored to an external MIDI device, such as a MIDI data filer, by using MIDI Bulk Dump. Use the DISPLAY ACCESS [MIDI] button to locate the Bulk Dump page. 2 To transmit data, use the CATEGORY parameters to select the type of data you want to transmit, select the TRANSMIT button, and then press [ENTER]. The INTERVAL parameter sets the interval between data packets during transmission. The CATEGORY parameters can be set as follows: ALL: All data.
Pro Tools Remote Layer 221 19 Pro Tools Remote Layer The DM2000 features a Remote Layer target especially designed for controlling Pro Tools. If an optional MB2000 Peak Meter Bridge is installed, Pro Tools channel levels are displayed by the meters, and timecode is displayed on the TIME CODE counter. Configuring Windows Computers 1 Connect your PC.
Chapter 19—Pro Tools Remote Layer Configuring the DM2000 1 Use the DISPLAY ACCESS [SETUP] button to locate the MIDI/TO HOST Setup page, and use the DAW parameter to specify the port to which Pro Tools is connected. See “MIDI Port Setup” on page 216 for more information. 2 Use the DISPLAY ACCESS [REMOTE] button to locate the Remote pages, and assign Pro Tools to a Remote Layer. See “Assigning Targets to Remote Layers” on page 253 for more information.
Configuring Pro Tools 223 4 When the Peripherals window appears, click the MIDI Controllers button. 5 Select HUI as the Type of controller for #1–#3, and select MCS PANNER for #4 to enable use of the Joystick. 6 Select the Receive From and Send To ports, and then click OK. The DM2000 can emulate up to three typical 8-channel Pro Tools MIDI controllers. A single MIDI port is required for every eight channels.
Chapter 19—Pro Tools Remote Layer Control Surface Operation with the Pro Tools Remote Layer This section explains the operation of the DM2000 control surface when the Pro Tools Remote Layer is selected. DM2000 buttons and controls are referred to by the names printed on the DM2000 with the name of the corresponding Pro Tools function in parenthesis. For example, “Press the MATRIX SELECT [MATRIX 1] (DEFAULT) button.” In keyboard shortcuts, the Pro Tools function names are left out for simplification.
Control Surface Operation with the Pro Tools Remote Layer 225 INSERT ASSIGN/EDIT ASSIGN: This indicator works in unison with the EFFECTS/PLUG-INS [5] (ASSIGN) button indicator. See “Assigning Inserts/Plug-ins” on page 244 for more information. COMPARE: This indicator works in unison with the EFFECTS/PLUG-INS [6] (COMPARE) button indicator. See “Editing Plug-ins” on page 245 for more information. BYPASS: This indicator works in unison with the EFFECTS/PLUG-INS [7] (BYPASS) button indicator.
Chapter 19—Pro Tools Remote Layer Encoders & Push-Switches The Encoders are used to set pan and send levels and select I/O assignments. The Encoder push-switches are used to mute sends, reset send levels and panpots, and confirm I/O assignments. Their exact operation depends on the currently selected Encoder mode, as shown in the following table.
Control Surface Operation with the Pro Tools Remote Layer 227 Channel Strip Displays Aud1 The fluorescent channel strip displays graphically display the value of the parameter currently assigned to the Encoders. The minimum and maximum segments do not work with the Pro Tools Remote Layer. Channel strip displays also display Pro Tools channel names in an abbreviated form. Various other information is also displayed here and this is explained in the relevant sections.
Chapter 19—Pro Tools Remote Layer MATRIX SELECT Section MATRIX SELECT MATRIX 1 MATRIX 2 (DEFAULT) (SEND MUTE) MATRIX 4 (INSERT BYPASS) [MATRIX 1] (DEFAULT) button This button is used in conjunction with other controls to reset faders, panpots, sends, and plug-ins to their default values. See “Resetting Faders, Sends, Panpots & Plug-ins” on page 247 for more information. [MATRIX 2] (SEND MUTE) button This button is used in conjunction with the Encoder push-switches to mute sends.
Control Surface Operation with the Pro Tools Remote Layer 229 [ASSIGN 1] (INPUT) button This button is used in conjunction with other controls to set channel input sources. See “Assigning Inputs to Channels” on page 239 for more information. [ASSIGN 2] (OUTPUT) button This button is used in conjunction with other controls to set channel output destinations. See “Assigning Outputs to Channels” on page 240 for more information.
Chapter 19—Pro Tools Remote Layer EFFECTS/PLUG-INS Section EFFECTS / PLUG INS DISPLAY (SHOW INSERT) (< SCROLL) 5 (ASSIGN) 6 7 8 (SCROLL >) 1 2 3 4 (COMPARE) (BYPASS) (INSERT/PARAM) [DISPLAY] (SHOW INSERT) button This button is used to open and close plug-in windows. [5] (ASSIGN) button This button is used in conjunction with other controls to assign inserts/plug-ins to channels. See “Assigning Inserts/Plug-ins” on page 244 for more information.
Control Surface Operation with the Pro Tools Remote Layer 231 SELECTED CHANNEL Section ■ ROUTING ROUTING DISPLAY FOLLOW PAN 1 2 3 4 5 6 7 8 STEREO DIRECT [1] button Selects the previous track to be controlled by the Joystick. [2] button Selects the next track to be controlled by the Joystick. [3] button Functions the same as the [OPTION] key on a computer keyboard. [4] button Switches between L and R of the selected track. The [4] button indicator lights up when the R channel is selected.
Chapter 19—Pro Tools Remote Layer ■ DYNAMICS DYNAMICS DISPLAY GATE / COMP THRESHOLD RANGE ATTACK DECAY HOLD THRESHOLD RATIO ATTACK RELEASE GAIN GATE COMP GATE ON COMP ON [THRESHOLD] control If the ROUTING [6] button indicator is off, the [THRESHOLD] control adjusts the front position. If the ROUTING [6] button indicator is lit, the control adjusts the front divergence. [RANGE/RATIO] control If the ROUTING [6] button indicator is off, the [RANGE/RATIO] control adjusts the rear position.
Control Surface Operation with the Pro Tools Remote Layer 233 TRACK ARMING Section TRACK ARMING 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 MASTER (REC/RDY ALL) [1–24] (REC/RDY) buttons These buttons are used to arm Pro Tools channels for recording. The button indicators of channels that are armed flash. The button indicators of armed channels light continuously when recording starts.
Chapter 19—Pro Tools Remote Layer [REC] (WRITE), [ABORT/UNDO] (TOUCH), [AUTOREC] (LATCH), [RETURN] (READ), [RELATIVE] (TRIM) & [TOUCH SENSE] (OFF) buttons These buttons are used to select the channel Automation modes. See “Setting the Automation Mode” on page 250 for more information. OVERWRITE [FADER] (FADER), [ON] (MUTE), [PAN] (PAN), [AUX] (SEND), [AUX ON] (SEND MUTE) & [EQ] (PLUG-IN) buttons These buttons are used to select parameters for automation recording and playback.
Control Surface Operation with the Pro Tools Remote Layer 235 [12] (CTRL/CLUTCH) & [13] (Command-ALT/FINE) buttons These buttons are used in conjunction with other buttons to modify function operation. They correspond to the Control and Command modifier keys found on Macintosh keyboards. [14] (MONITOR) button This button is used to display the monitor mode currently selected in the Pro Tools Operations menu. When the monitor mode is set to “Auto Input Monitor,” “Auto” is displayed.
Chapter 19—Pro Tools Remote Layer • Press the [POST] button to audition from the out point of the selected region, continuing for the specified post-roll time. Auditioning stops when you press the [STOP] button in the transport section, or when playback reaches the end of a section. [PRE] & [POST] buttons These buttons are used to turn on and off pre-roll and post-roll. While the [AUDITION] button indicator is lit, they are used for auditioning.
Control Surface Operation with the Pro Tools Remote Layer 237 Data Entry & Transport Section REW FF STOP PLAY REC DISPLAY HISTORY BACK FORWARD (EDIT MODE) (EDIT TOOLS) DEC (ESC) SHUTTLE INC (CURSOR MODE) SCRUB ENTER [REW] button This button rewinds from the current cursor position (it’s non-latching). [FF] button This button fast forwards from the current cursor position (it’s non-latching). [STOP] button This button stops playback and recording.
Chapter 19—Pro Tools Remote Layer [SHUTTLE] & [SCRUB] buttons These buttons are used to select the Shuttle and Scrub modes. See “Scrub & Shuttle” on page 249 for more information. These buttons are mutually exclusive with the [QUICK PUNCH] and [LOOP] buttons. Also, the cursor in the window on the computer monitor disappears. [ENTER] button This button works the same as the Enter key on your computer keyboard. Pressing it opens the New Memory Location dialog box.
Selecting Channels 239 Selecting Channels 1 2 Channels can be selected as follows. (Make sure the ENCODER MODE [ASSIGN 4] (INSERT) button indicator is not lit before proceeding.) Use the [SEL] buttons to select channels. The [SEL] button indicators of selected channels light up. The border of the corresponding channel strip displays also light up. To select multiple channels in each eight-channel block (e.g.
Chapter 19—Pro Tools Remote Layer Assigning Outputs to Channels 1 Channels can be assigned to output destinations as follows. Before starting the steps below, stop the Pro Tools transport section. You can view the current output destination assignment for each channel on the channel strip displays by pressing and holding the ENCODER MODE [ASSIGN 2] (OUTPUT) button. Press the ENCODER MODE [ASSIGN 3] (SEND ASSIGN) button. Its indicator flashes, and the SELECT ASSIGN section of the display shows “ASGN.
Muting Channels 241 Muting Channels 1 2 Channels can be muted as follows. Use the [ON] buttons to mute channels. The [ON] button indicators of muted channels go out. Press the [ON] buttons again to unmute channels. The [ON] button indicators of unmuted channels are lit. Grouped channels are muted together. You can temporarily disable a group in order to mute individual channels by pressing and holding the USER DEFINED KEYS [12] (CTRL/CLUTCH) button. The following shortcuts apply. To do this...
Chapter 19—Pro Tools Remote Layer Assigning Send Destinations 1 Sends can be assigned to output destinations as follows. Before starting the steps below, stop the Pro Tools transport section. You can view the current output destination assignment for each send on the channel strip displays by pressing and holding the AUX SELECT [AUX 1]–[AUX 5] (SEND A–E) buttons. Press the ENCODER MODE [ASSIGN 3] (SEND ASSIGN) button. Its indicator flashes, and the SELECT ASSIGN section of the display shows “ASGN.
Setting Send Levels 243 Setting Send Levels 1 2 Send levels can be set as follows. Use the AUX SELECT [AUX 1]–[AUX 5] (SEND A–E) buttons to select the sends. The ENCODER MODE [AUX/MTRX] (SEND LEVEL) button indicator lights up, as does the button indicator of the selected send. The levels for the selected send are displayed by the channel strip displays. See “Send Level” on page 227 for more information. Use the Encoders to set the send levels.
Chapter 19—Pro Tools Remote Layer 3 Use the faders, Encoders, and [ON] buttons to control the currently selected send. For stereo aux input channels (i.e., channels with two send panpots), use the ENCODER MODE [PAN] (PAN) button to toggle between the left and right panpots, and pan with the Encoder. When the left panpot is active, the ENCODER MODE [PAN] (PAN) button indicator is lit continuously. When the right panpot is active, the ENCODER MODE [PAN] (PAN) button indicator flashes.
Editing Plug-ins 245 Editing Plug-ins 1 Plug-ins can be edited as follows. (Make sure the MATRIX SELECT [MATRIX 4] (INSERT BYPASS) button indicator is not lit before proceeding.) Press the ENCODER MODE [ASSIGN 4] (INSERT) button. Its indicator lights up and the [SEL] buttons are set to Insert Select mode. 2 Use the [SEL] buttons to select the channel whose plug-in you want to edit.
Chapter 19—Pro Tools Remote Layer Bypassing Individual Plug-ins 1 Individual plug-ins can be bypassed as follows. (Make sure the EFFECTS/PLUG-INS [8] (INSERT/PARAM) button indicator is not lit before proceeding.) Press the ENCODER MODE [ASSIGN 4] (INSERT) button. Its indicator lights up and the [SEL] buttons are set to Insert Select mode. 2 Use the [SEL] buttons to select plug-ins.
Resetting Faders, Sends, Panpots & Plug-ins 247 Resetting Faders, Sends, Panpots & Plug-ins Faders, panpots, sends, and plug-ins can be reset to their default values as follows. For faders and send controls, this is “0.” For panpots, it’s center. Make sure that the ENCODER MODE [ASSIGN 4] (INSERT) button indicator is off before proceeding with these shortcuts. To do this...
Chapter 19—Pro Tools Remote Layer Zooming 1 • • • • The cursor buttons can be used to zoom the Edit window as follows. Use the [+INC] (CURSOR MODE) button to select Zoom cursor mode. The CURSOR MODE section of the display shows “ZOOM.” In Zoom cursor mode, the cursor buttons work as follows: Left cursor button: Zoom out horizontally. Right cursor button: Zoom in horizontally. Up cursor button: Zoom in vertically. Down cursor button: Zoom out vertically.
Scrub & Shuttle 249 Scrub & Shuttle 1 The Parameter wheel can be used to scrub and shuttle as follows. Make sure that Pro Tools is stopped. 2 Press the [SCRUB] button if you want to scrub, press the [SHUTTLE] button if you want to shuttle. The corresponding button indicator lights up. The [REW] and [FF] button indicators also light up, and the cursor mode is set to Navigation (the CURSOR MODE section of the display shows “NAVIGATION”). 3 Turn the Parameter wheel clockwise to scrub/shuttle forwards.
Chapter 19—Pro Tools Remote Layer Automation Viewing the Automation Mode 1 The Automation mode setting of each channel can be viewed as follows. Press and hold a channel’s [AUTO] button. The channel’s Automation mode is displayed on the corresponding channel strip display while the [AUTO] button is pressed.
Automation 251 Trim Mode 1 Trim mode can be set as follows. While holding down a channel’s [AUTO] button, press the AUTOMIX [RELATIVE] (TRIM) button. The channel’s Automation mode is displayed on the corresponding channel strip display while its [AUTO] button is pressed.
Chapter 19—Pro Tools Remote Layer Panner Selecting a Track Use the SELECTED CHANNEL ROUTING buttons to manipulate the following track operations. To do this...
Remote Control 253 20 Remote Control About Remote Layers The DM2000’s four Remote Layers allow you to control external MIDI equipment directly from the DM2000. The type of device to be controlled (i.e., the target) can be specified for each Remote Layer. There are six types of target: User Defined, Pro Tools, Nuendo, Cubase SX, General DAW, and User Assignable Layer.
Chapter 20—Remote Control Configuring User Defined Remote Layers User Defined Remote Layers can be configured as follows. 1 Use the DISPLAY ACCESS [REMOTE] button to locate the Remote 1–4 pages. 2 Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC buttons, and [ENTER] button to set them. TARGET: This is used to select the target for the currently selected Remote Layer (the User Defined target is explained here).
About Remote Layers 255 ENCODER: These parameters are used to specify the MIDI message (up to 16 bytes) to be transmitted when an Encoder is operated. Use the [SEL] buttons to select the channel strips, and then edit as necessary. When a value from 00 to FF is specified, that value is transmitted when an Encoder is adjusted. For the ENC setting, the Encoder’s current value from 0–127 is transmitted when it’s adjusted. The END setting specifies the end of the data. “–” means no data is transmitted.
Chapter 20—Remote Control About Machine Control (MMC & P2) The DM2000 can control the transport, locate functions, track arming, and chase function of up to eight external recording machines that support the MMC or P2 control protocol. Machines can be specified as either MTR or Master and controlled independently. Machines that support the P2 protocol can be controlled by connecting them to the DM2000’s REMOTE port using a 9-pin straight cable. Wiring details are provided on page 350.
About Machine Control (MMC & P2) 257 Configuring the REMOTE Port If you are using the P2 protocol to control a machine, the REMOTE port must be configured as follows. 1 Use the DISPLAY ACCESS [SETUP] button to select the Remote Port Setup page. 2 Use the cursor buttons to select the REMOTE FUNCTION parameter, use the INC/DEC buttons to select P2-DFLT, then press [ENTER]. P2-DFLT: A P2 protocol used by the Tascam DA-98HR and other professional video machines.
Chapter 20—Remote Control Using Shuttle & Scrub The Parameter wheel can be used to shuttle and scrub the external machines. SHUTTLE SCRUB When the [SHUTTLE] button indicator is lit, the Parameter wheel can be used to shuttle. When the [SCRUB] button indicator is lit, the Parameter wheel can be used to scrub. Turn the Parameter wheel clockwise to shuttle/scrub forwards. Turn it counterclockwise to shuttle/scrub backwards.
About Machine Control (MMC & P2) 259 post-roll time. The pre-roll and post-roll times can be specified on the Locate Memory page (see page 260). If a button is pressed while the machine is stopped, the stored position is located. If a button is pressed while the machine is playing, the stored position is located and then playback continues from that position. [IN] & [OUT] buttons These buttons are used to set and to locate the in and out points.
Chapter 20—Remote Control machine switches to input monitor and starts recording. At the out point, the machine switches to playback monitor and stops recording. At the post-roll point, the machine locates the pre-roll point and then stops. If the [REHEARSAL] button indicator is lit, the machine goes into Record-Rehearsal mode between the in and out points (i.e., nothing is recorded).
About Machine Control (MMC & P2) 261 PREROLL TIME: In conjunction with the in point, this determines the position that will be located when the LOCATOR [PRE] button is pressed. For example, if the in point is 00:01:00.00 and the pre-roll time is 5 seconds, 00:00:55.00 will be located. POSTROLL TIME: In conjunction with the out point, this determines the position that will be located when the LOCATOR [POST] button is pressed. For example, if the out point is 00:01:00.
Chapter 20—Remote Control Configuring MTR Track Arming You can assign MTR machine tracks to the TRACK ARMING [1–24] buttons as follows. These assignments are effective only when the TRACK ARMING [MASTER] button indicator is off. 1 Use the TRACK ARMING [DISPLAY] button to locate the MTR Track Arming Configuration page. 2 Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC buttons, and [ENTER] button to set them.
About Machine Control (MMC & P2) 2 263 Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC buttons, and [ENTER] button to set them. MACHINE CONTROL/DAW CONTROL: When the MACHINE CONTROL option is on, the MACHINE CONTROL section controls external MMC or P2 machines, regardless of the layer selection. When the DAW CONTROL option is on, the MACHINE CONTROL section controls DAWs, regardless of the layer selection.
Chapter 20—Remote Control GPI (General Purpose Interface) The DM2000’s CONTROL port (25-pin D-sub connector) provides a GPI (General Purpose Interface). You can configure the GPI so that it will output 8-channel trigger signals when you operate the faders or User Defined Keys, or receive 2-channel trigger signals to control DM2000 parameters. You can assign any function to these trigger signals.
GPI (General Purpose Interface) 4 265 Select one of two buttons located to the right of trigger signal parameters INPUT 1 & 2 to specify how the incoming trigger signals will be detected. : When the switch is grounded (Low), the trigger signal is active and the selected parameter changes. : When the GPI Input goes High (open), the trigger signal is active and the selected parameter changes.
Chapter 20—Remote Control 6 Use the buttons located to the right of the OUTPUT (1–8) parameters to switch the polarity of the trigger signals that are output when you control the trigger sources. : The GPI Output goes High (open) when the trigger signal source is active. : The GPI Output goes Low (ground) when the trigger signal source is active.
Controlling AD8HR/AD824 A/D Converters 267 Controlling AD8HR/AD824 A/D Converters You can control the parameters of up to 12 Yamaha AD8HR/AD824 A/D Converters from the DM2000 by connecting them to the DM2000’s REMOTE port using a 9-pin reversed cable. Pinouts are provided on page 350. Configuring the REMOTE Port & Assigning Slots to HA (AD8HR/AD824) IDs The REMOTE port can be configured, and Slots assigned to HA IDs as follows.
Chapter 20—Remote Control Controlling AD8HR/AD824s from the DM2000 Connected AD8HR/AD824s are controlled from the HA Control page. 1 Use the SELECTED CHANNEL PHASE/INSERT [DISPLAY] button to select the HA Control page. 2 Use the cursor buttons to select the ID of the HA (AD8HR/AD824) that you want to control, and then press [ENTER]. 3 Use the rotary controls to set the gain of each HA channel, and use the +48V buttons to turn phantom power on or off for each channel.
Other Functions 269 21 Other Functions Using the User Assignable Layers If you set the Remote layer target to “USER ASSIGNABLE,” you can create a custom layer by combining any DM2000 channels (excluding the Stereo Out). 1 Use the DISPLAY ACCESS [REMOTE] button to locate Remote 1–4 page. 2 Use the cursor buttons to select the TARGET parameter, use the Parameter wheel or INC/DEC buttons to select USER ASSIGNABLE LAYER, then press [ENTER]. A confirmation message appears.
Chapter 21—Other Functions Using the User Defined Keys Up to 16 functions from a list of over 200 can be assigned to the USER DEFINED KEYS, and up to eight assignment setups can be stored in banks A to H. See page 283 for a list of initial bank assignments. USER DEFINED KEYS DISPLAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 Use the USER DEFINED KEYS [DISPLAY] button to locate the User Defined Key Assign page.
Saving DM2000 Data to SmartMedia 271 You can initialize the assignments of the currently selected bank by selecting the INITIALIZE button, and pressing [ENTER]. User Defined Keys banks can be stored to an external MIDI device, such as a MIDI data filer, by using MIDI Bulk Dump (see page 220), or stored to SmartMedia (see page 271). Saving DM2000 Data to SmartMedia Saving DM2000 Data can be saved to SmartMedia as follows. 1 Use the DISPLAY ACCESS [DATA] button to locate the Save page.
Chapter 21—Other Functions SCENE MEM: Saves Scenes. You can save ALL Scenes, individual Scenes, or the Edit Buffer (i.e., the current Scene). AUTOMIX: Saves Automixes. You can save ALL Automixes, individual Automixes, or the current Automix. LIBRARY: Saves the following libraries: EQ, Gate, Comp, Channel, Effects, GEQ, Bus to Stereo, Input Patch, Output Patch, Surround Monitor.
Saving DM2000 Data to SmartMedia 273 Managing Files & SmartMedia Files stored on SmartMedia can be renamed and deleted as follows. 1 Use the DISPLAY ACCESS [DATA] button to locate the File page. 2 Insert your SmartMedia card into the CARD slot. If the card doesn’t have a “/YPE/DM2000” directory, a confirmation message appears and you should choose YES to make the directory. The FILE INFORMATION box displays the filename and the date when the currently selected file was last stored.
Chapter 21—Other Functions • • • • • • • The following file types are compatible between these different consoles: Scene Memory (file extension: .D2M) Equalizer Library (file extension: .D2Q) Gate Library (file extension: .D2G) Compressor Library (file extension: .D2Y) Effect Library (file extension: .D2F) Channel Library (file extension: .D2H) Automix Memory (file extension: .D2A) You can also load ALL data for each console (file extension: .02X, .D1X, .01X) by changing the extension to .D2X.
Setting Preferences 275 Auto AUX/MATRIX Display: When this preference is on, the Aux View pages appear automatically when a SELECTED CHANNEL AUX/MATRIX SEND control is operated while an Input Channel is selected (see page 114), and the Matrix View page appears automatically when a SELECTED CHANNEL AUX/MATRIX SEND control is operated while a Bus Out, Aux Send, or the Stereo Out is selected (see page 124).
Chapter 21—Other Functions Meter Follow Layer: When this preference is on, the optional MB2000 Peak Meter Bridge automatically follows the Layer selection on the DM2000. Scene MEM Auto Update: When this preference is on, the Shadow Scene memories can be used (see page 186). Joystick Auto Grab: When this preference is on, the Joystick automatically kicks in as the surround pan control when it’s moved to the current surround pan position (see page 100).
Setting Preferences 277 is off, the DM2000 always recognizes fader movements. If the SELECT button is on, you can select channels using the Touch Sense function. The Sensitivity parameter adjusts touch sensitivity. If you’re having trouble selecting channels because the fader knobs are insufficiently sensitive, try increasing this value. If they are too sensitive, try reducing it. It’s important that the DM2000 is grounded properly for Touch Select to work correctly.
Chapter 21—Other Functions Receive Full Frame Message: When this preference is on, MTC full frame messages are recognized and Automix follows them. Touch Sense Edit In All: When this preference is on, using the faders’ Touch Sense function enables you to punch in and out all parameters for which the corresponding OVERWRITE buttons are turned on. When this preference is off, you can punch in and out only these faders selected in Fader mode.
Using the Oscillator 279 Using the Oscillator The DM2000 features an oscillator that can be used for calibration or diagnostic purposes. 1 Use the DISPLAY ACCESS [UTILITY] button to locate the Oscillator page. 2 Use the cursor buttons to select the parameters, and use the Parameter wheel, INC/DEC button, or [ENTER] button to set them. OSCILLATOR ON: This turns the Oscillator on or off. While the LEVEL parameter is selected, the [ENTER] button can be used to turn on and off the Oscillator.
Chapter 21—Other Functions Operation Lock The DM2000 features the Operation Lock function, which avoids unintentional edits and uses a password to restrict access to panel operation. 1 Use the DISPLAY ACCESS [UTILITY] button to locate the Operation Lock page. 2 Use the cursor buttons to select the PASSWORD button, then press [ENTER]. 3 Use the [SEL] buttons to set the password. Enter a four-letter password using the Channel 1–10 [SEL] buttons (Channel 10 [SEL] button enters “0”).
Operation Lock 5 281 Use the buttons in the OPERATION LOCK SAFE section to select certain controls on the panel to exclude from Operation Lock.
Chapter 21—Other Functions Checking the Battery and the System Version The condition of the internal memory-backup battery can be checked as follows. 1 Use the DISPLAY ACCESS [UTILITY] button to locate the Battery Check page. If the Status is “Okay,” the battery is okay. If the Status is “Getting Low,” ask your Yamaha dealer to replace the battery as soon as possible. Do not attempt to replace the battery yourself. Failure to replace a low battery may result in data loss. Ver x.
USER DEFINED KEYS 283 Appendix A: Parameter Lists USER DEFINED KEYS # Function Display # Function Display 0 No ASSIGN No Assign 53 GEQ2 Lib. Recall No. XX GEQ2 LibXXX RCL. 1 Scene MEM. Recall +1 Scene +1 Recall 54 GEQ3 Lib. Recall +1 GEQ3 Lib+1 RCL. 2 Scene MEM. Recall –1 Scene –1 Recall 55 GEQ3 Lib. Recall –1 GEQ3 Lib–1 RCL. 3 Scene MEM. Recall No. XX Scene XX Recall 56 GEQ3 Lib. Recall No. XX GEQ3 LibXXX RCL. 4 Effect-1 Lib. Recall +1 Fx1 Lib+1 Recall 57 GEQ4 Lib.
Appendix A: Parameter Lists # Function 106 Output MUTE Group Enable V Display # Function Display Out Mute Group V 165 SURR. MONI SNAP TO 85dB SPL SNAP TO SPL85 107 Output MUTE Group Enable W Out Mute Group W 166 Bus to ST Lib. Recall +1 BUS To ST LIB+1 108 Output MUTE Group Enable X Out Mute Group X 167 Bus to ST Lib. Recall –1 BUS To ST LIB–1 109 PEAK HOLD On/Off Peak Hold 168 Bus to ST Lib. Recall No. XX BUS To ST LIBXX 110 OSCILLATOR On/Off OSC.
USER DEFINED KEYS Initial Assignments 285 USER DEFINED KEYS Initial Assignments No.
Appendix A: Parameter Lists Input Patch Parameters input Channel Inputs Port ID Input Channel insert Ins Description Port ID Internal Effects Processor Inputs Description Port ID Description NONE NONE NONE NONE NONE NONE AD1 AD IN 1 AD1 AD IN 1 AUX1 AUX1 AD2 AD IN 2 AD2 AD IN 2 AUX2 AUX2 AD3 AD IN 3 AD3 AD IN 3 AUX3 AUX3 AD4 AD IN 4 AD4 AD IN 4 AUX4 AUX4 AD5 AD IN 5 AD5 AD IN 5 AUX5 AUX5 AD6 AD IN 6 AD6 AD IN 6 AUX6 AUX6 AD7 AD IN 7 AD7 AD IN 7 AUX
Input Patch Parameters input Channel Inputs Port ID Input Channel insert Ins Description Port ID Description 287 Internal Effects Processor Inputs Port ID Description S2-12 Slot2 CH12 IN S2-12 Slot2 CH12 IN INSCH40 InsertOut-CH40 S2-13 Slot2 CH13 IN S2-13 Slot2 CH13 IN INSCH41 InsertOut-CH41 S2-14 Slot2 CH14 IN S2-14 Slot2 CH14 IN INSCH42 InsertOut-CH42 S2-15 Slot2 CH15 IN S2-15 Slot2 CH15 IN INSCH43 InsertOut-CH43 S2-16 Slot2 CH16 IN S2-16 Slot2 CH16 IN INSCH44 InsertO
Appendix A: Parameter Lists input Channel Inputs Port ID Input Channel insert Ins Description Port ID Description Internal Effects Processor Inputs Port ID Description S6-1 Slot6 CH1 IN S6-1 Slot6 CH1 IN INSCH93 InsertOut-CH93 S6-2 Slot6 CH2 IN S6-2 Slot6 CH2 IN INSCH94 InsertOut-CH94 S6-3 Slot6 CH3 IN S6-3 Slot6 CH3 IN INSCH95 InsertOut-CH95 S6-4 Slot6 CH4 IN S6-4 Slot6 CH4 IN INSCH96 InsertOut-CH96 S6-5 Slot6 CH5 IN S6-5 Slot6 CH5 IN INSBUS1 InsertOut-BUS1 S6-6
Initial Input Patch Settings input Channel Inputs Port ID Input Channel insert Ins Description Port ID 2TA2R Internal Effects Processor Inputs Description 2TR IN Analog2 R Port ID Description 2TA2R 2TR IN Analog2 R — — BUS1 BUS1 — — — — BUS2 BUS2 — — — — BUS3 BUS3 — — — — BUS4 BUS4 — — — — BUS5 BUS5 — — — — BUS6 BUS6 — — — — BUS7 BUS7 — — — — BUS8 BUS8 — — — — AUX1 AUX1 — — — — AUX2 AUX2 — — — — AUX3 AUX3 — — — — AUX4 AUX4
Appendix A: Parameter Lists Output Patch Parameters Output patch parameters are split into two tables. The first table contains parameters for the Slot Outputs, Omni Outs, and Output Channel Insert Ins. The second table, Direct Outs, 2TR Digital Outputs, and the GEQs.
Output Patch Parameters Slot Outputs Source Description Omni Outs Source Description 291 Output Channel Insert Ins Source Description INSCH16 InsertOut-CH16 INSCH16 InsertOut-CH16 S2-6 Slot2 CH6 IN INSCH17 InsertOut-CH17 INSCH17 InsertOut-CH17 S2-7 Slot2 CH7 IN INSCH18 InsertOut-CH18 INSCH18 InsertOut-CH18 S2-8 Slot2 CH8 IN INSCH19 InsertOut-CH19 INSCH19 InsertOut-CH19 S2-9 Slot2 CH9 IN INSCH20 InsertOut-CH20 INSCH20 InsertOut-CH20 S2-10 Slot2 CH10 IN INSCH21 InsertOut
Appendix A: Parameter Lists Slot Outputs Source Description Omni Outs Source Description Output Channel Insert Ins Source Description INSCH69 InsertOut-CH69 INSCH69 InsertOut-CH69 S5-11 Slot5 CH11 IN INSCH70 InsertOut-CH70 INSCH70 InsertOut-CH70 S5-12 Slot5 CH12 IN INSCH71 InsertOut-CH71 INSCH71 InsertOut-CH71 S5-13 Slot5 CH13 IN INSCH72 InsertOut-CH72 INSCH72 InsertOut-CH72 S5-14 Slot5 CH14 IN INSCH73 InsertOut-CH73 INSCH73 InsertOut-CH73 S5-15 Slot5 CH15 IN INSCH7
Output Patch Parameters Slot Outputs Omni Outs 293 Output Channel Insert Ins Source Description Source Description Source Description INSMTX3R InsertOut-MTX3R INSMTX3R InsertOut-MTX3R 2TD2R INSMTX4L InsertOut-MTX4L INSMTX4L InsertOut-MTX4L 2TD3L 2TR IN Dig.3 L INSMTX4R InsertOut-MTX4R INSMTX4R InsertOut-MTX4R 2TD3R 2TR IN Dig.
Appendix A: Parameter Lists Output Patch Table 2 Direct Outs Source 2TR Digital Outs Description Source GEQs Description Source Description NONE NONE NONE NONE NONE NONE S1-1 Slot1 CH1 OUT BUS1 BUS1 BUS1 BUS1 S1-2 Slot1 CH2 OUT BUS2 BUS2 BUS2 BUS2 S1-3 Slot1 CH3 OUT BUS3 BUS3 BUS3 BUS3 S1-4 Slot1 CH4 OUT BUS4 BUS4 BUS4 BUS4 S1-5 Slot1 CH5 OUT BUS5 BUS5 BUS5 BUS5 S1-6 Slot1 CH6 OUT BUS6 BUS6 BUS6 BUS6 S1-7 Slot1 CH7 OUT BUS7 BUS7 BUS7 BUS7 S1-8 S
Output Patch Parameters Direct Outs Source Description 2TR Digital Outs Source Description GEQs Source Description S4-4 Slot4 CH4 OUT INSCH22 InsertOut-CH22 — — S4-5 Slot4 CH5 OUT INSCH23 InsertOut-CH23 — — S4-6 Slot4 CH6 OUT INSCH24 InsertOut-CH24 — — S4-7 Slot4 CH7 OUT INSCH25 InsertOut-CH25 — — S4-8 Slot4 CH8 OUT INSCH26 InsertOut-CH26 — — S4-9 Slot4 CH9 OUT INSCH27 InsertOut-CH27 — — S4-10 Slot4 CH10 OUT INSCH28 InsertOut-CH28 — — S4-11 Slot4 CH11 O
Appendix A: Parameter Lists Direct Outs Source 2TR Digital Outs Description Source Description GEQs Source Description 2TD1R 2TR OUT Dig.1 R INSCH76 InsertOut-CH76 — — 2TD2L 2TR OUT Dig.2 L INSCH77 InsertOut-CH77 — — 2TD2R 2TR OUT Dig.2 R INSCH78 InsertOut-CH78 — — 2TD3L 2TR OUT Dig.3 L INSCH79 InsertOut-CH79 — — 2TD3R 2TR OUT Dig.
Initial Output Patch Settings 297 Initial Output Patch Settings Slot Outputs # Omni Outs Direct Outs Source # Source Destination SLOT1-01 BUS1 1 AUX1 1 SLOT1-01 SLOT1-02 BUS2 2 AUX2 2 SLOT1-02 SLOT1-03 BUS3 3 AUX3 3 SLOT1-04 BUS4 4 AUX4 SLOT1-05 BUS5 5 SLOT1-06 BUS6 6 SLOT1-07 BUS7 SLOT1-08 Slot Outputs # Omni Outs Direct Outs Source # Source Destination SLOT4-05 BUS5 — — 53 NONE SLOT4-06 BUS6 — — 54 NONE SLOT1-03 SLOT4-07 BUS7 — — 55 NONE 4
Appendix A: Parameter Lists Initial Input Channel Names Input Channel ID Short Name Long Name Input Channel ID Short Name Long Name CH01 CH01 CH01 CH53 CH53 CH53 CH02 CH02 CH02 CH54 CH54 CH54 CH03 CH03 CH03 CH55 CH55 CH55 CH04 CH04 CH04 CH56 CH56 CH56 CH05 CH05 CH05 CH57 CH57 CH57 CH06 CH06 CH06 CH58 CH58 CH58 CH07 CH07 CH07 CH59 CH59 CH59 CH08 CH08 CH08 CH60 CH60 CH60 CH09 CH09 CH09 CH61 CH61 CH61 CH10 CH10 CH10 CH62 CH62 CH62 CH11 CH
Initial Output Channel Names 299 Initial Output Channel Names Output Channel ID Short Name Long Name BUS1 BUS1 BUS1 BUS2 BUS2 BUS2 BUS3 BUS3 BUS3 BUS4 BUS4 BUS4 BUS5 BUS5 BUS5 BUS6 BUS6 BUS6 BUS7 BUS7 BUS7 BUS8 BUS8 BUS8 AUX1 AUX1 AUX1 AUX2 AUX2 AUX2 AUX3 AUX3 AUX3 AUX4 AUX4 AUX4 AUX5 AUX5 AUX5 AUX6 AUX6 AUX6 AUX7 AUX7 AUX7 AUX8 AUX8 AUX8 AUX9 AUX9 AUX9 AX10 AX10 AUX10 AX11 AX11 AUX11 AX12 AX12 AUX12 MTX1 MTX1 MATRIX1 MTX2 MTX2 MATRIX2 M
Appendix A: Parameter Lists Initial Input Port Names Port AD1 AD2 AD3 AD4 AD5 AD6 AD7 AD8 AD9 AD10 AD11 AD12 AD13 AD14 AD15 AD16 AD17 AD18 AD19 AD20 AD21 AD22 AD23 AD24 SLOT1-01 SLOT1-02 SLOT1-03 SLOT1-04 SLOT1-05 SLOT1-06 SLOT1-07 SLOT1-08 SLOT1-09 SLOT1-10 SLOT1-11 SLOT1-12 SLOT1-13 SLOT1-14 SLOT1-15 SLOT1-16 SLOT2-01 SLOT2-02 SLOT2-03 SLOT2-04 SLOT2-05 SLOT2-06 SLOT2-07 SLOT2-08 SLOT2-09 SLOT2-10 SLOT2-11 SLOT2-12 SLOT2-13 SLOT2-14 SLOT2-15 SLOT2-16 SLOT3-01 SLOT3-02 SLOT3-03 SLOT3-04 SLOT3-05 SLOT
Initial Output Port Names 301 Initial Output Port Names Long Name Port SLOT1-01 Port S1-01 Port ID Short Name S101 Slot1 CH1 OUT SLOT4-10 S4-10 Port ID Short Name S410 Slot4 CH10 OUT Long Name SLOT1-02 S1-02 S102 Slot1 CH2 OUT SLOT4-11 S4-11 S411 Slot4 CH11 OUT SLOT1-03 S1-03 S103 Slot1 CH3 OUT SLOT4-12 S4-12 S412 Slot4 CH12 OUT SLOT1-04 S1-04 S104 Slot1 CH4 OUT SLOT4-13 S4-13 S413 Slot4 CH13 OUT SLOT1-05 S1-05 S105 Slot1 CH5 OUT SLOT4-14 S4-14 S414 Slot4 CH14
Appendix A: Parameter Lists GPI Trigger Source & Target List INPUT # Target # Target # Target # Target 0 NO ASSIGN 55 CH15 ON 110 CH70 ON 165 CH4 ON UNLATCH 1 TALKBACK 56 CH16 ON 111 CH71 ON 166 CH5 ON UNLATCH 2 SLATE 57 CH17 ON 112 CH72 ON 167 CH6 ON UNLATCH 3 DIMMER 58 CH18 ON 113 CH73 ON 168 CH7 ON UNLATCH 4 MONO 59 CH19 ON 114 CH74 ON 169 CH8 ON UNLATCH 5 SMALL 60 CH20 ON 115 CH75 ON 170 CH9 ON UNLATCH 6 SR BUS 61 CH21 ON 116 CH76 ON 17
GPI Trigger Source & Target List # Target # 303 Target 220 CH59 ON UNLATCH 279 MTX2 ON UNLATCH 221 CH60 ON UNLATCH 280 MTX3 ON UNLATCH 222 CH61 ON UNLATCH 281 MTX4 ON UNLATCH 223 CH62 ON UNLATCH 282 ST ON UNLATCH 224 CH63 ON UNLATCH 283 UDEF1 225 CH64 ON UNLATCH 284 UDEF2 226 CH65 ON UNLATCH 285 UDEF3 227 CH66 ON UNLATCH 286 UDEF4 228 CH67 ON UNLATCH 287 UDEF5 229 CH68 ON UNLATCH 288 UDEF6 230 CH69 ON UNLATCH 289 UDEF7 231 CH70 ON UNLATCH 290 UDEF8 232
Appendix A: Parameter Lists OUTPUT # Target # Target # Target # Target 0 NO ASSIGN 58 CH58 FADER ON 116 AUX12 FADER ON 174 CH53 FADER OFF 1 CH1 FADER ON 59 CH59 FADER ON 117 MATRIX1 FADER ON 175 CH54 FADER OFF 2 CH2 FADER ON 60 CH60 FADER ON 118 MATRIX2 FADER ON 176 CH55 FADER OFF 3 CH3 FADER ON 61 CH61 FADER ON 119 MATRIX3 FADER ON 177 CH56 FADER OFF 4 CH4 FADER ON 62 CH62 FADER ON 120 MATRIX4 FADER ON 178 CH57 FADER OFF 5 CH5 FADER ON 63 CH63 FADER
GPI Trigger Source & Target List # Target # Target # 305 Target 232 AUX7 FADER OFF 291 CH49 FADER TALLY 350 AUX4 FADER TALLY 233 AUX8 FADER OFF 292 CH50 FADER TALLY 351 AUX5 FADER TALLY 234 AUX9 FADER OFF 293 CH51 FADER TALLY 352 AUX6 FADER TALLY 235 AUX10 FADER OFF 294 CH52 FADER TALLY 353 AUX7 FADER TALLY 236 AUX11 FADER OFF 295 CH53 FADER TALLY 354 AUX8 FADER TALLY 237 AUX12 FADER OFF 296 CH54 FADER TALLY 355 AUX9 FADER TALLY 238 MATRIX1 FADER OFF 297 CH55 F
Appendix A: Parameter Lists User Defined Remote Layer Initial Bank Settings Bank 1 (GM Vol & Pan) ID Short Name Long RM01 GM01 GM-CH01 VOL&PAN RM02 GM02 GM-CH02 VOL&PAN RM03 GM03 GM-CH03 VOL&PAN RM04 GM04 GM-CH04 VOL&PAN RM05 GM05 GM-CH05 VOL&PAN RM06 GM06 GM-CH06 VOL&PAN RM07 GM07 GM-CH07 VOL&PAN RM08 GM08 GM-CH08 VOL&PAN RM09 GM09 GM-CH09 VOL&PAN RM10 GM10 GM-CH10 VOL&PAN RM11 GM11 GM-CH11 VOL&PAN RM12 GM12 GM-CH12 VOL&PAN RM13 GM13 GM-CH13 VOL&PAN RM14 GM14 GM-CH14 VOL
User Defined Remote Layer Initial Bank Settings 307 Bank 2 (GM Vol & Effect 1) ID Short Name Long RM01 GM01 GM-CH01 VOL&EFF1 RM02 GM02 GM-CH02 VOL&EFF1 RM03 GM03 GM-CH03 VOL&EFF1 RM04 GM04 GM-CH04 VOL&EFF1 RM05 GM05 GM-CH05 VOL&EFF1 RM06 GM06 GM-CH06 VOL&EFF1 RM07 GM07 GM-CH07 VOL&EFF1 RM08 GM08 GM-CH08 VOL&EFF1 RM09 GM09 GM-CH09 VOL&EFF1 RM10 GM10 GM-CH10 VOL&EFF1 RM11 GM11 GM-CH11 VOL&EFF1 RM12 GM12 GM-CH12 VOL&EFF1 RM13 GM13 GM-CH13 VOL&EFF1 RM14 GM14 GM-CH14 VOL&EFF1 RM1
Appendix A: Parameter Lists Bank 3 (XG Vol & Pan) ID Short Name Long RM01 XG01 XG-CH01 VOL&PAN RM02 XG02 XG-CH02 VOL&PAN RM03 XG03 XG-CH03 VOL&PAN RM04 XG04 XG-CH04 VOL&PAN RM05 XG05 XG-CH05 VOL&PAN RM06 XG06 XG-CH06 VOL&PAN RM07 XG07 XG-CH07 VOL&PAN RM08 XG08 XG-CH08 VOL&PAN RM09 XG09 XG-CH09 VOL&PAN RM10 XG10 XG-CH10 VOL&PAN RM11 XG11 XG-CH11 VOL&PAN RM12 XG12 XG-CH12 VOL&PAN RM13 XG13 XG-CH13 VOL&PAN RM14 XG14 XG-CH14 VOL&PAN RM15 XG15 XG-CH15 VOL&PAN RM16 XG16 XG-
User Defined Remote Layer Initial Bank Settings 309 Bank 4 (Nuendo VST Mixer) ID Short Name Long RM01 CH1 VST MIXER CH1 RM02 CH2 VST MIXER CH2 RM03 CH3 VST MIXER CH3 RM04 CH4 VST MIXER CH4 RM05 CH5 VST MIXER CH5 RM06 CH6 VST MIXER CH6 RM07 CH7 VST MIXER CH7 RM08 CH8 VST MIXER CH8 RM09 CH9 VST MIXER CH9 RM10 CH10 VST MIXER CH10 RM11 CH11 VST MIXER CH11 RM12 CH12 VST MIXER CH12 RM13 CH13 VST MIXER CH13 RM14 CH14 VST MIXER CH14 RM15 CH15 VST MIXER CH15 RM16 CH16 VST MIXER CH
Appendix A: Parameter Lists Effects Parameters REVERB HALL, REVERB ROOM, REVERB STAGE, REVERB PLATE One input, two output hall, room, stage, and plate reverb simulations, all with gates. Parameter Range Description REV TIME 0.3–99.0 s Reverb time INI. DLY 0.0–500.0 ms Initial delay before reverb begins HI. RATIO 0.1–1.0 High-frequency reverb time ratio LO. RATIO 0.1–2.4 Low-frequency reverb time ratio DIFF.
Effects Parameters 311 MONO DELAY One input, one output basic repeat delay. Parameter Range Description DELAY 0.0–2730.0 ms Delay time FB. GAIN –99 to +99% Feedback gain (plus values for normal-phase feedback, minus values for reverse-phase feedback) HI. RATIO 0.1–1.0 High-frequency feedback ratio HPF THRU, 21.2 Hz–8.00 kHz High-pass filter cutoff frequency LPF 50.0 Hz–16.
Appendix A: Parameter Lists DELAY LCR One input, two output 3-tap delay (left, center, right). Range Parameter Description DELAY L 0.0–2730.0 ms Left channel delay time DELAY C 0.0–2730.0 ms Center channel delay time DELAY R 0.0–2730.0 ms Right channel delay time FB. DLY 0.0–2730.0 ms Feedback delay time LEVEL L –100 to +100% Left channel delay level LEVEL C –100 to +100% Center channel delay level LEVEL R –100 to +100% Right channel delay level FB.
Effects Parameters 313 CHORUS Two input, two output chorus effect. Parameter Range Description FREQ. 0.05–40.00 Hz Modulation speed AM DEPTH 0–100% Amplitude modulation depth PM DEPTH 0–100% Pitch modulation depth MOD. DLY 0.0–500.0 ms Modulation delay time WAVE Sine, Tri Modulation waveform LSH F 21.2 Hz–8.00 kHz Low shelving filter frequency LSH G –12 to +12 dB Low shelving filter gain EQ F 100 Hz–8.
Appendix A: Parameter Lists SYMPHONIC Two input, two output symphonic effect. Parameter Range Description FREQ. 0.05–40.00 Hz DEPTH 0–100% Modulation speed Modulation depth MOD. DLY 0.0–500.0 ms Modulation delay time WAVE Sine, Tri Modulation waveform LSH F 21.2 Hz–8.00 kHz Low shelving filter frequency LSH G –12 to +12 dB Low shelving filter gain EQ F 100 Hz–8.00 kHz EQ (peaking type) frequency EQ G –12 to +12 dB EQ (peaking type) gain EQ Q 10.0–0.
Effects Parameters 315 AUTOPAN Two input, two output autopanner. Parameter Range Description FREQ. 0.05–40.00 Hz Modulation speed DEPTH 0–100% Modulation depth DIR. 1 Panning direction WAVE Sine, Tri, Square Modulation waveform LSH F 21.2 Hz–8.00 kHz Low shelving filter frequency LSH G –12 to +12 dB Low shelving filter gain EQ F 100 Hz–8.00 kHz EQ (peaking type) frequency EQ G –12 to +12 dB EQ (peaking type) gain EQ Q 10.0–0.10 EQ (peaking type) bandwidth HSH F 50.0 Hz–16.
Appendix A: Parameter Lists DUAL PITCH Two input, two output pitch shifter. Parameter Range Description PITCH 1 –24 to +24 semitones Channel #1 pitch shift FINE 1 –50 to +50 cents Channel #1 pitch shift fine LEVEL 1 –100 to +100% Channel #1 level (plus values for normal phase, minus values for reverse phase) PAN 1 L63 to R63 Channel #1 pan DELAY 1 0.0–1000.0 ms Channel #1 delay time FB.
Effects Parameters 317 MOD. FILTER Two input, two output modulation filter. Parameter Range Description FREQ. 0.05–40.00 Hz Modulation speed DEPTH 0–100% Modulation depth PHASE 0.00–354.38 degrees Left-channel modulation and right-channel modulation phase difference TYPE LPF, HPF, BPF Filter type: low pass, high pass, band pass OFFSET 0–100 Filter frequency offset RESO.
Appendix A: Parameter Lists DYNA. FILTER Two input, two output dynamically controlled filter. Parameter Range Description SOURCE INPUT, MIDI SENSE 0–100 Control source: input signal or MIDI Note On velocity Sensitivity DIR. UP, DOWN Upward or downward frequency change DECAY 1 Filter frequency change decay speed TYPE LPF, HPF, BPF Filter type OFFSET 0–100 Filter frequency offset RESO. 0–20 Filter resonance LEVEL 0–100 Output Level 1. 6.0 ms–46.0 s (fs=44.1 kHz), 5.0 ms–42.
Effects Parameters 319 REV+CHORUS One input, two output reverb and chorus effects in parallel. Parameter Range Description REV TIME 0.3–99.0 s Reverb time INI. DLY 0.0–500.0 ms Initial delay before reverb begins HI. RATIO 0.1–1.0 High-frequency reverb time ratio DIFF. 0–10 Spread DENSITY 0–100% Reverb density HPF THRU, 21.2 Hz–8.00 kHz High-pass filter cutoff frequency LPF 50.0 Hz–16.
Appendix A: Parameter Lists REV+FLANGE One input, two output reverb and flanger effects in parallel. Parameter Range Description REV TIME 0.3–99.0 s Reverb time INI. DLY 0.0–500.0 ms Initial delay before reverb begins HI. RATIO 0.1–1.0 High-frequency reverb time ratio DIFF. 0–10 Spread DENSITY 0–100% Reverb density HPF THRU, 21.2 Hz–8.00 kHz High-pass filter cutoff frequency LPF 50.0 Hz–16.
Effects Parameters 321 REV+SYMPHO. One input, two output reverb and symphonic effects in parallel. Parameter Range Description REV TIME 0.3–99.0 s Reverb time INI. DLY 0.0–500.0 ms Initial delay before reverb begins HI. RATIO 0.1–1.0 High-frequency reverb time ratio DIFF. 0–10 Spread DENSITY 0–100% Reverb density HPF THRU, 21.2 Hz–8.00 kHz High-pass filter cutoff frequency LPF 50.0 Hz–16.
Appendix A: Parameter Lists REV->PAN One input, two output reverb and autopan effects in parallel. Parameter Range Description REV TIME 0.3–99.0 s Reverb time INI. DLY 0.0–500.0 ms Initial delay before reverb begins HI. RATIO 0.1–1.0 High-frequency reverb time ratio DIFF. 0–10 Spread DENSITY 0–100% Reverb density HPF THRU, 21.2 Hz–8.00 kHz High-pass filter cutoff frequency LPF 50.0 Hz–16.0 kHz, THRU Low-pass filter cutoff frequency REV.
Effects Parameters 323 DELAY->ER. One input, two output delay and early reflections effects in series. Parameter Range Description DELAY L 0.0–1000.0 ms Left channel delay time DELAY R 0.0–1000.0 ms Right channel delay time FB. DLY 0.0–1000.0 ms Feedback delay time FB. GAIN –99 to +99% Feedback gain (plus values for normal-phase feedback, minus values for reverse-phase feedback) HI. RATIO 0.1–1.0 High-frequency feedback ratio HPF THRU, 21.2 Hz–8.
Appendix A: Parameter Lists DELAY->REV One input, two output delay and reverb effects in series. Parameter Range Description DELAY L 0.0–1000.0 ms Left channel delay time DELAY R 0.0–1000.0 ms Right channel delay time FB. DLY 0.0–1000.0 ms Feedback delay time FB. GAIN –99 to +99% Feedback gain (plus values for normal-phase feedback, minus values for reverse-phase feedback) DELAY HI 0.1–1.0 Delay high-frequency feedback ratio HPF THRU, 21.2 Hz–8.
Effects Parameters 325 MULTI FILTER Two input, two output 3-band multi-filter (24 dB/octave). Parameter Range Description TYPE 1 HPF, LPF, BPF Filter 1 type: high pass, low pass, band pass TYPE 2 HPF, LPF, BPF Filter 2 type: high pass, low pass, band pass TYPE 3 HPF, LPF, BPF Filter 3 type: high pass, low pass, band pass FREQ. 1 28.0 Hz–16.0 kHz Filter 1 frequency FREQ. 2 28.0 Hz–16.0 kHz Filter 2 frequency FREQ. 3 28.0 Hz–16.
Appendix A: Parameter Lists ST REVERB Two input, two output stereo reverb. Parameter Range Description REV TIME 0.3–99.0 s Reverb time REV TYPE Hall, Room, Stage, Plate Reverb type INI. DLY 0.0–100.0 ms Initial delay before reverb begins HI. RATIO 0.1–1.0 High-frequency reverb time ratio LO. RATIO 0.1–2.4 Low-frequency reverb time ratio DIFF. 0–10 Reverb diffusion (left–right reverb spread) DENSITY 0–100% Reverb density E/R BAL.
Effects Parameters 327 OCTA REVERB Eight input, eight output reverb. Parameter Range Description REV TIME 0.3–99.0 s Reverb time REV TYPE Hall, Room, Stage, Plate Reverb type INI. DLY 0.0–100.0 ms Initial delay before reverb begins HI. RATIO 0.1–1.0 High-frequency reverb time ratio LO. RATIO 0.1–2.4 Low-frequency reverb time ratio DIFF. 0–10 Reverb diffusion (left–right reverb spread) DENSITY 0–100% Reverb density E/R BAL.
Appendix A: Parameter Lists FLANGE 5.1 Six input, six output flanger for 5.1 surround. Parameter Range Description FREQ. 0.05–40.00 Hz DEPTH 0–100% Modulation speed Modulation depth MOD. DLY 0.0–400.0 ms Modulation delay time FB. GAIN –99 to +99% Feedback gain (plus values for normal-phase feedback, minus values for reverse-phase feedback) WAVE Sine, Tri Modulation waveform HPF THRU, 21.2 Hz–8.00 kHz High-pass filter cutoff frequency LPF 50.0 Hz–16.
Effects Parameters 329 M. BAND DYNA. Two input, two output 3-band dynamics processor, with individual solo and gain reduction metering for each band. Parameter Range Description LOW GAIN –96.0 to +12.0 dB Low band level MID GAIN –96.0 to +12.0 dB Mid band level HI. GAIN –96.0 to +12.0 dB High band level PRESENCE –10 to +10 For positive values, the threshold of the high band is lowered and the threshold of the low band is increased. For negative values, the opposite will occur.
Appendix A: Parameter Lists COMP 5.1 Six input, six output compressor for 5.1 surround, with individual solo for each band, and gain reduction metering of left and right (L+R), left surround and right surround (LS+RS), center (C), or LFE channels. Parameter Range Description LOW GAIN –96.0 to +12.0 dB Low band level MID GAIN –96.0 to +12.0 dB Mid band level HI. GAIN –96.0 to +12.
Effects and tempo synchronization 331 Effects and tempo synchronization Some of the DM2000’s effects allow you to synchronize the effect with the tempo. There are two such types of effect; delay-type effects and modulation-type effects. For delay-type effects, the delay time will change according to the tempo. For modulation-type effects, the frequency of the modulation signal will change according to the tempo.
Appendix A: Parameter Lists Preset EQ Parameters # 01 02 03 04 05 06 07 08 09 10 11 12 Parameter Title Bass Drum 1 Bass Drum 2 Snare Drum 1 Snare Drum 2 Tom-tom 1 Cymbal High Hat Percussion E. Bass 1 E. Bass 2 Syn. Bass 1 Syn. Bass 2 LOW L-MID H-MID HIGH PEAKING PEAKING PEAKING H.SHELF G +3.5 dB –3.5 dB 0.0 dB +4.0 dB F 100 Hz 265 Hz 1.06 kHz 5.30 kHz Q 1.2 10 0.9 — PEAKING PEAKING PEAKING LPF G +8.0 dB –7.0 dB +6.0 dB ON F 80 Hz 400 Hz 2.
Preset Gate Parameters (fs = 44.1 kHz) # 25 26 27 28 29 30 31 Parameter Title Male Vocal 1 Male Vocal 2 Female Vo. 1 Female Vo. 2 Chorus & Harmo Total EQ 1 Total EQ 3 Bass Drum 3 PEAKING PEAKING PEAKING 0.0 dB +2.0 dB +3.5 dB F 190 Hz 1.00 kHz 2.00 kHz 6.70 kHz Q 0.11 4.5 0.56 0.11 PEAKING PEAKING PEAKING H.SHELF G +2.0 dB –5.0 dB –2.5 dB +4.0 dB F 170 Hz 236 Hz 2.65 kHz 6.70 kHz Q 0.11 10 5.6 — PEAKING PEAKING PEAKING PEAKING G –1.0 dB +1.
Appendix A: Parameter Lists Preset Compressor Parameters (fs = 44.1 kHz) # Title 1 Comp 2 Expand 3 Compander (H) 4 Compander (S) 5 A. Dr. BD 6 A. Dr. BD 7 A. Dr. SN 8 A. Dr. SN 9 A. Dr.
Preset Compressor Parameters (fs = 44.1 kHz) # Title Type 19 Strings1 COMP 20 Strings2 COMP 21 Strings3 COMP 22 BrassSection COMP 23 Syn. Pad COMP 24 SamplingPerc COMPAND-S 25 Sampling BD COMP 26 Sampling SN COMP 27 Hip Comp COMPAND-S Parameter Value Threshold (dB) –11 Ratio ( :1) 2 Attack (ms) 33 Out gain (dB) 1.5 Knee 2 Release (ms) 749 Threshold (dB) –12 Ratio ( :1) 1.5 Attack (ms) 93 Out gain (dB) 1.5 Knee 4 Release (ms) 1.35 S Threshold (dB) –17 Ratio ( :1) 1.
Appendix A: Parameter Lists Dynamics Parameters The dynamics effects for each channel strip include a Gate section (only for Input Channels) and a Comp section. The Gate section includes Gate and Ducking types. The Comp section includes Compressor, Expander, Compander Hard (COMP. (H)), and Compander Soft (COMP. (S)) types. GATE Section (Only for Input Channels) GATE A gate attenuates signals below a set THRESHOLD level by a specified amount (RANGE). Parameter Range Description THRESHOLD (dB) –54.
Dynamics Parameters DUCKING Ducking is commonly used for voice-over applications in which the background music level is reduced automatically when an announcer speaks. When the KEY IN source signal level exceeds the specified THRESHOLD, the output level is attenuated by a specified amount (RANGE). Parameter Range Description THRESHOLD (dB) –54.0 to 0.0 (541 points) This determines the level of trigger signal (KEY IN) required to activate ducking.
Appendix A: Parameter Lists COMP Section COMP The COMP processor attenuates signals above a specified THRESHOLD by a specified RATIO. The COMP processor can also be used as a limiter, which, with a RATIO of ∞:1, reduces the level to the threshold. This means that the limiter’s output level never actually exceeds the threshold. Parameter Range Description THRESHOLD (dB) –54.0 to 0.0 (541 points) This determines the level of input signal required to trigger the compressor. RATIO 1.0:1, 1.1:1, 1.
Dynamics Parameters 339 EXPAND An expander attenuates signals below a specified THRESHOLD by a specified RATIO. Parameter Range Description THRESHOLD (dB) –54.0 to 0.0 (541 points) This determines the level of input signal required to trigger the expander. RATIO 1.0:1, 1.1:1, 1.3:1, 1.5:1, 1.7:1, 2.0:1, 2.5:1, 3.0:1, 3.5:1, 4.0:1, 5.0:1, 6.0:1, 8.0:1, 10:1, 20:1, ∞:1 (16 points) This determines the amount of expansion.
Appendix A: Parameter Lists Output Level COMPANDER HARD (H) COMPANDER SOFT (S) The hard and soft companders combine the effects of the compressor, expander and limiter. THRESHOLD 0dB Input Level WIDTH The companders function differently at the following levels: 1 0 dB and higher.....................................Functions as a limiter. 2 Exceeding the threshold .......................Functions as a compressor. 3 Below the threshold and width............Functions as an expander.
General Spec 341 Appendix B: Specifications General Spec Number of scene memories 99 Internal Sampling Frequency External Normal rate: 44.1 kHz–10% to 48 kHz+6% Double rate: 88.2 kHz–10% to 96 kHz+6% Less than 2.3 ms CH INPUT to STEREO OUT (fs=48 kHz) Signal Delay Less than 1.2 ms CH INPUT to STEREO OUT (fs=96 kHz) 100 mm motorized with touch sense × 25 Fader +10 to –138, –∞dB input faders (10bit fader data) Fader Resolution Total Harmonic Distortion1 (CH INPUT to STEREO OUT) (Input Gain=Min.
Appendix B: Specifications Input patch — Phase Normal/reverse On/off Gate-type3 Key in: 12 ch Group (1–12, 13–24, 25–36, 37–48, 49–60, 61–72, 73–84, 85–96)/AUX1–12 On/off Comp-type4 Key in: self /Stereo Link Pre EQ/pre fader/post fader Attenuator EQ Input Channel CH1–96 0–43400 samples — Fader 100 mm motorized (INPUT/AUX1–12) Pan OMNI OUT 1–8 CONTROL ROOM MONITOR OUT (LARGE, SMALL) STUDIO MONITOR OUT DM2000—Owner’s Manual AUX1–12; pre fader/post fader On/off Pre fader/after pan 127 p
General Spec Option Output (SLOT 1–6) 343 Available card Optional digital interface card (MY16, MY8, MY4 series) Output patch SURROUND MONITOR, STEREO, BUS1–8, AUX1–12, MATRIX 1L–4R, DIRECT OUT 1–96, INSERT OUT (CH1–96, BUS1–8, AUX1–12, MATRIX 1L–4R, STEREO) Dither Memory card slot On/off Word length 16/20/24-bit SmartMedia Comp-type4 Attenuator EQ On/off Pre EQ/pre fader/post fader –96.0 to +12.0 dB (0.
Appendix B: Specifications Comp-type4 Attenuator EQ MATRIX 1L–4R Power Requirements Dimensions –96.0 to +12.0 dB (0.1 dB step) 4-band PEQ5 On/off — Fader 100 mm motorized Balance 127 positions (Left=1–63, Center, Right=1–63) Delay 0–43400 samples Displayed on LCD Peak hold on/off Mute On/off Solo On/off Source BUS1–8, SLOT 1–6 Monitor to C-R On/off Oscillator Pink noise/500–2 kHz/1 kHz Monitor matrix 6.1→6.1, 6.1→5.1, 6.1→3-1, 6.1→ST, 5.1→5.1, 5.1→3-1, 5.1→ST, 3.1→3.1, 3.
General Spec 345 EQ Parameters LOW/HPF L-MID H-MID 0.1–10.0 (41 points) low shelving HPF Q F 0.1–10.0 (41 points) HIGH /LPF 0.1–10.0 (41 points) high shelving LPF 21.2 Hz–20 kHz (1/12 oct step) ±18 dB (0.1 dB step) HPF: on/off G ±18 dB (0.1 dB step) ±18 dB (0.1 dB step) LPF: on/off Gate Parameters Threshold –54 dB to 0 dB (0.1 dB step) Range –70 dB to 0 dB (1 dB step) Attack 0 ms–120 ms (1 ms step) 0.02 ms–1.96 s (216 points) @ 48 kHz Gate Hold 0.02 ms–2.13 s (216 points) @ 44.1 kHz 0.
Appendix B: Specifications Compander H Threshold –54 dB to 0 dB (0.1 dB step) Ratio (x :1) x=1, 1.1, 1.3, 1.5, 1.7, 2, 2.5, 3, 3.5, 4, 5, 6, 8, 10, 20, ∞ (16 points) Out gain –18 dB to 0 dB (0.1 dB step) Width 1 dB–90 dB (1 dB step) Attack 0 ms–120 ms (1 ms step) 5 ms–42.3 s (160 points) @ 48 kHz Release 6 ms–46.0 s (160 points) @ 44.1 kHz 3 ms–21.1 s (160 points) @ 96 kHz 3 ms–23.0 s (160 points) @ 88.2 kHz Compander S Threshold –54 dB to 0 dB (0.1 dB step) Ratio (x :1) x=1, 1.1, 1.
Analog Input Spec 347 Analog Input Spec Input PAD GAIN Actual Load For Use With Impedance Nominal Sensitivity1 0 3k Ω –16 dB Nominal Connector Max. before clip A: XLR-3-31 type –70 dB –60 dB –46 dB (0.245 mV) (0.775 mV) (3.88 mV) (Balanced)2 –60 dB INPUT A/B 1–24 Input level 50–600 Ω Mics & 600 Ω Lines 26 –26 dB (38.8 mV) –16 dB (0.123 V) B: Phone jack (TRS) –2 dB (616 mV) (Balanced)3 0dB (775 mV) +10 dB (2.45 V) +24 dB (12.
Appendix B: Specifications Digital Input Spec Input 2TR IN DIGITAL Format Data length Level 1 AES/EBU 24-bit RS422 XLR-3-31 type (Balanced)1 2 AES/EBU 24-bit RS422 XLR-3-31 type (Balanced)1 3 IEC-60958 24-bit 0.5 Vpp/75 Ω CASCADE IN Connector RCA pin jack RS422 D-SUB Half Pitch Connector 68P (Female) Data length Level Connector 24-bit2 RS422 XLR-3-32 type (Balanced)3 XLR-3-32 type (Balanced)3 — — 1. XLR-3-31 type connectors are balanced (1=GND, 2=HOT, 3=COLD).
I/O Slot Spec 349 I/O Slot Spec Each I/O SLOT accepts a digital interface card. Only SLOT #1 has a serial interface.
Appendix B: Specifications Connector Pin Assignments CASCADE IN Pin Signal CASCADE OUT Pin Signal Pin Signal Pin Signal 1 GND 35 GND 1 GND 35 GND 2 INPUT 1-2(+) 36 INPUT 1-2(–) 2 OUTPUT 1-2(+) 36 OUTPUT 1-2(–) 3 INPUT 3-4(+) 37 INPUT 3-4(–) 3 OUTPUT 3-4(+) 37 OUTPUT 3-4(–) 4 INPUT 5-6(+) 38 INPUT 5-6(–) 4 OUTPUT 5-6(+) 38 OUTPUT 5-6(–) 5 INPUT 7-8(+) 39 INPUT 7-8(–) 5 OUTPUT 7-8(+) 39 OUTPUT 7-8(–) 6 INPUT 9-10(+) 40 INPUT 9-10(–) 6 OUTPUT 9-10(+)
247 mm 371 mm PAD MATRIX 2 6 AUX 10 2 1 3 3 ON SOLO SEL AUTO 4 ON SOLO SEL AUTO INSERT ASSIGN 4 5 ON SOLO SEL AUTO DIO GROUP REMOTE SETUP INPUT PATCH METER SEL AUTO 6 ON SOLO 1 5 2 6 7 ON SOLO SEL AUTO 3 7 8 ON SOLO SEL AUTO 8 4 0 OUTPUT PATCH VIEW UTILITY INSERT 8 SIGNAL INTERNAL GRAPHIC PLUG INS CHANNEL EFFECTS EQUALIZERS INSERTS EFFECTS / PLUG INS PAIR MIDI DATA OFF ON OFF ON -60 ON OFF GAIN PEAK -16 26dB + 48V INSERT 9 SIGNAL
Appendix C: MIDI Appendix C: MIDI Scene Memory to Program Change Table Program Change # Initial Scene # 1 2 User Scene # Program Change # Initial Scene # 01 44 02 45 3 03 4 Program Change# Initial Scene # 44 87 87 45 88 88 46 46 89 89 04 47 47 90 90 5 05 48 48 91 91 6 06 49 49 92 92 7 07 50 50 93 93 8 08 51 51 94 94 9 09 52 52 95 95 10 10 53 53 96 96 11 11 54 54 97 97 12 12 55 55 98 98 13 13 56 56 99 99 14 14 57 57
Initial Parameter to Control Change Table 353 Initial Parameter to Control Change Table CHANNEL1 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADE
Appendix C: MIDI CHANNEL2 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER L FADER L FADER L FADER L FADER L FADER L FADER L FADER L
Initial Parameter to Control Change Table 355 CHANNEL3 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER L FADER L FADER L FADER L FADER L FADER
Appendix C: MIDI CHANNEL4 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER H FADER L FADER L FADER L FADER L FADER L FADER L FADER L FADER L FADER L FADER
Initial Parameter to Control Change Table 357 CHANNEL5 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ MID NO ASSIGN ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT
Appendix C: MIDI CHANNEL6 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ MID NO ASSIGN ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H
Initial Parameter to Control Change Table 359 CHANNEL7 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ MID NO ASSIGN ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H
Appendix C: MIDI CHANNEL8 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ MID NO ASSIGN ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT H ATT
Initial Parameter to Control Change Table 361 CHANNEL9 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROU
Appendix C: MIDI CHANNEL10 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SUR
Initial Parameter to Control Change Table 363 CHANNEL11 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURRO
Appendix C: MIDI CHANNEL12 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SUR
Initial Parameter to Control Change Table 365 CHANNEL13 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURRO
Appendix C: MIDI CHANNEL14 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SUR
Initial Parameter to Control Change Table 367 CHANNEL15 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURRO
Appendix C: MIDI CHANNEL16 # 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 HIGH SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SURROUND SUR
MIDI Data Format 369 MIDI Data Format In the following tables, “tx” means that transmission from the DM2000 is possible, and “rx” means that receiving messages at the DM2000 is possible. 1. CHANNEL MESSAGE Command 8n NOTE OFF 9n NOTE ON Bn CONTROL CHANGE Cn PROGRAM CHANGE rx/tx rx rx rx/tx rx/tx function Control the internal effects Control the internal effects Control parameters Switch scene memories 2.
Appendix C: MIDI transmitted on the [Tx CH] if [Control Change Tx] is ON, using the four messages NRPN control number (62h, 63h) and Data Entry control number (06h, 26h). Parameter settings are defined in the Control Change Assign Parameter List. This data cannot be transmitted via Program Change to Studio Manager since there is no guarantee that the contents of the tables will match. (Parameter Change messages will always be used.
Format Details 11. ACTIVE SENSING (FE) Reception Once this message has been received, the failure to receive any message for an interval of 400 ms or longer will cause MIDI transmission to be initialized, such as by clearing the Running Status. STATUS 11111110 FE Active sensing 12. SYSTEM RESET (FF) Reception When this message is received, MIDI communications will be cleared, e.g., by clearing the Running Status. STATUS 11111111 FF System reset 13. SYSTEM EXCLUSIVE MESSAGE (F0) 13.
Appendix C: MIDI EOX 0mmmmmmm ml 11110111 F7 End of exclusive 13.3.3 Setup memory bulk dump format Of the setup memory of the DM2000, this bulk-dumps data other than the User defined layer, User define plug-in, User defined keys, User assignable layer, Control change table, and Program change table. STATUS ID No. SUB STATUS FORMAT No.
Format Details 13.3.8 User defined plug-in bulk dump request format The second and third bytes of the DATA NAME indicate the bank number. STATUS ID No. SUB STATUS FORMAT No.
Appendix C: MIDI 00110001 00110010 DATA NAME 01000011 00000010 00000000 BLOCK INFO. 0ttttttt 31 32 43 02 00 tt '1' '2' 'C' No.256 = Current DATA total block number (minimum number is 0) 0bbbbbbb bb current block number (0-total block number) 0ddddddd ds Control change table data of block[bb] CHECK SUM EOX : : 0ddddddd de 0eeeeeee ee ee= (Invert ('L'+...+de)+1)&0x7F 11110111 F7 End of exclusive 13.3.16 Program change table bulk dump request format STATUS ID No. SUB STATUS FORMAT No.
Format Details DATA NAME EOX 00110010 01010001 0mmmmmmm 0mmmmmmm 11110111 32 51 mh ml F7 '2' 'Q' 0-199 (EQ Library no.1-200), 256- (Channel current data) End of exclusive 13.3.19 Compressor library bulk dump format The second and third bytes of the DATA NAME indicate the library number. 0:Library no.1 - 127:Library no.
Appendix C: MIDI BLOCK INFO. 0ttttttt tt total block number (minimum number DATA is 0) 0bbbbbbb bb current block number (0-total block number) 0ddddddd ds Effect Library data of block[bb] CHECK SUM EOX : : 0ddddddd de 0eeeeeee ee ee= (Invert ('L'+...+de)+1)&0x7F 11110111 F7 End of exclusive 13.3.24 Effect library bulk dump request format The second and third bytes of the DATA NAME indicate the library number. (See above) STATUS ID No. SUB STATUS FORMAT No.
Format Details 13.3.29 Input patch library bulk dump format The second and third bytes of the DATA NAME indicate the library number. 0:Library no.0 - 32:Library no.32, 256:Current data, 8192:UNDO For reception by the DM2000, only the user area is valid. (1-32,256) STATUS ID No. SUB STATUS FORMAT No. COUNT HIGH COUNT LOW 11110000 01000011 0000nnnn 01111110 0ccccccc 0ccccccc 01001100 01001101 00100000 00100000 00111000 01000011 00110001 00110010 DATA NAME 01010010 0mmmmmmm 0mmmmmmm BLOCK INFO.
Appendix C: MIDI 13.3.34 Bus to stereo library bulk dump request format The second and third bytes of the DATA NAME indicate the library number. (See above) STATUS ID No. SUB STATUS FORMAT No. DATA NAME EOX 11110000 01000011 0010nnnn 01111110 01001100 01001101 00100000 00100000 00111000 01000011 00110001 00110010 01001010 0mmmmmmm 0mmmmmmm 11110111 F0 43 2n 7E 4C 4D 20 20 38 43 31 32 4A mh ml F7 DATA NAME no.
Format Details ID No. SUB STATUS FORMAT No. COUNT HIGH COUNT LOW DATA NAME 01000011 0000nnnn 01111110 0ccccccc 0ccccccc 01001100 01001101 00100000 00100000 00111000 01000011 00110001 00110010 01001110 0mmmmmmm 0mmmmmmm 0bbbbbbb 43 0n 7E ch cl 4C 4D 20 20 38 43 31 32 4E mh ml bh Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl 'L' 'M' '' STATUS ID No.
Appendix C: MIDI 13.4.6 Parameter change (Edit buffer) Reception If [Parameter change RX] is ON and the [Rx CH] matches the Device Number included in the SUB STATUS, these messages are received. If [Parameter change ECHO] is ON, these messages are echoed. When this is received, the specified parameter will be controlled.
0eeeeeee ee Element no. (If ‘ee’ is 0, ‘ee’ is expanded to two bytes) 0ppppppp pp Parameter no. DATA EOX 0ccccccc cc Channel no. 0ddddddd dd data : : 11110111 F7 End of exclusive 13.4.13 Parameter request (Backup memory) Reception If [Parameter change RX] is ON and the [Rx CH] matches the Device Number included in the SUB STATUS, these messages are received. If [Parameter change ECHO] is ON, these messages are echoed.
Appendix C: MIDI SUB STATUS GROUP ID MODEL ID ADDRESS TITLE EOX 0011nnnn 00111110 01111111 00010000 0100ffff 0mmmmmmm 0mmmmmmm 11110111 3n 3E 7F 10 4f mh ml F7 n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) Universal Function call number High number Low End of exclusive 13.4.17 Parameter change (Function call: scene/library clear) Reception If [Parameter change RX] is ON and the [Rx CH] matches the Device Number included in the SUB STATUS, these messages are received.
Format Details 13.4.21 Parameter Request (Sort table data) Reception This is received if [Parameter change RX] is ON and the [Rx CH] matches the device number included in the SUB STATUS. This is echoed if [Parameter change ECHO] is ON. Sort table data is transmitted as Parameter Change messages on the [Rx CH] channel. STATUS ID No.
Appendix C: MIDI 13.4.27 Parameter change (Remote meter) When transmission is enabled by receiving a Request of Remote meter, the specified meter information is transmitted every 50 msec for 10 seconds. When you want to transmit meter information continuously, a Request must be transmitted continuously within every 10 seconds. ID No. SUB STATUS GROUP ID MODEL ID ADDRESS Reception This is echoed if [Parameter change ECHO] is ON.
Format Details 13.4.32 Parameter request 385 (Automix status) Reception If [Parameter change RX] is ON and the [Rx CH] matches the Device Number included in the SUB STATUS, these messages are received. If [Parameter change ECHO] is ON, these messages are echoed. When the data is received, the Automix Status data is transmitted on the [Rx CH] every second for 10 seconds. When the second byte of Address is received on 0x7F, data transmission will be halted immediately (disable).
Appendix D: Options Appendix D: Options MB2000 Peak Meter Bridge Installation 1 Attach the brackets to the meter bridge. 2 Screw the four fixing screws into the DM2000, but don’t tighten them fully. 3 Align the meter bridge with the four screws, and then tighten the screws. 4 Connect the meter bridge cable to the DM2000’s METER port.
MB2000 Peak Meter Bridge 387 Meter Bridge Controls A Channel indicators BEAT S CLOCK F LAMP DIMMER J B INPUT METERING POSITION button & indicators H CONTROL ROOM TIME CODE MEASURE M 6 L STEREO 1 48 This button is used to set the metering position for Output Channels to pre-EQ, pre-fader, or post-fader. It works in unison with the PRE EQ, PRE FADER, and POST FADER buttons for Output Channels on the Meter pages. The indicators show the current setting.
Appendix D: Options SP2000 Wooden Side Panels Attach the left side panel as shown below. Attach the right side panel in the same way.
Index Index Symbols +48V ON/OFF switches 21 Numerics 1–24 button 34 25–48 button 34 2TR I/O channel status 73 dithering outputs 73 patching digital outputs 81 patching direct outs 81 patching inputs 77 sampling rate conversion 69 2TR IN ANALOG 1 +4 dB (BAL) 47 2TR IN ANALOG 2 –10 dBV (UNBAL) 47 2TR IN DIGITAL AES/EBU 1 & 2 49 2TR IN DIGITAL COAXIAL 3 49 2TR OUT DIGITAL AES/EBU 1 & 2 49 2TR OUT DIGITAL COAXIAL 3 48 2TR OUT DIGITAL OUT PATCH page 81 3-1 surround mode 97 31-band GEQs 183 49–72 button 34 5.
Index grouping mutes 149 inserts 135 link pan to input channels 116 master level setting 119 metering 129 Mix minus 117 muting 112, 119 naming 156 pairing 144 pan modes 116 panning 116 patching GEQs 82 patching to 2TR digital outputs 81 patching to effects 78 patching to input channels 77 patching to omni outs 80 patching to slot outputs 79 pre/post fader 111 scene recall safe 190 setting levels 111 soloing 142 variable mode 110 viewing fader settings 151 viewing parameter settings 150 viewing setting
Index Control surface & rear panel chapter 20 Cooling fan 50 COPY button 33 Copy Initial Fader preference 277 Copy, channel status 73 Copying automix events 209 Copying channels 155 Cubase SX 253 Current scene display 52 Currently selected channel display 52 name display 52 selecting 59 Currently selected page page number display 52 selecting 53 title display 52 Cursor buttons 40 D DATA button 24 Data entry & transport section about 39 machine transport 257 Pro Tools 237 Date preference 277 DAW MIDI port
Index EQ automix 193 channel strip displays 55 EQUALIZER EDIT page 134 features 18 frequency 133 gain 133 grouping input channels 87 grouping output channels 135 library 172 presets 132 Q 133 using 131 EQ button, automix 37 EQ displays 33 EQ GAIN controls 33 EQ ON button 33 EQUALIZER EDIT page 134 EQUALIZER section about 33 using 133 Erasing automix events 209 EVENT EDIT page 213 Event editing 209 EVENT JOB page 209 Event list, automix 213 Expander 137 F F1–F4 buttons 27 FADER button 24 FADER button,
Index Input channels attenuating 130 automix 193 channel library 166 compressors 137 copying 155 delay 141 EQ 131 gating 85 grouping compressors 88 grouping EQs 87 grouping faders 91 grouping mutes 89 inserts 135 level setting 90 metering 128 muting 88 naming 156 pairing 144 panning 95 patching 77 reversing phase 84 selecting layers 58 soloing 142 viewing fader settings 151 viewing parameter settings 150 Input channels chapter 84 INPUT COMP LINK page 88 INPUT EQUALIZER LINK page 87 INPUT FADER GROUP MASTER
Index Matrix sends attenuating 130 automix 193 balance 126 channel library 166 channel strip displays 56 compressors 137 copying 155 delay 141 EQ 131 grouping faders 146 grouping mutes 149 inserts 135 level setting 125 metering 129 muting 122, 125 naming 156 panning 123 patching GEQs 82 patching to 2TR digital outputs 81 patching to omni outs 80 patching to slot outputs 79 pre/post fader 121 scene recall safe 190 setting levels 121 soloing 142 viewing fader settings 151 viewing parameter settings 150
Index OUTPUT PORT NAME page 82 Output port naming 82 Overwrite parameters 196 P P2.
Index Program changes assignments 218 echoing 217 omni 217 receive enable 217 storing assignments to smartmedia 271 storing assignments via bulk dump 220 transmit enable 217 Protecting automix memories 173 Protecting scene memories 188 PS/2 keyboard 55 Punch in/out, individual parameters 207 Q Q controls 33 Q indicators 33 Q, EQ 133 QUICK PUNCH button 38 R R button 31 RANGE control 31 RATIO control 31 RCA connectors 45 Read-only memories 165 Rear panel 45 REC button, automix 36 REC button, transport
Index Slots about 50, 70 available cards 70 channel status 73 dithering outputs 73 double channel 72 double speed 72 installing cards 71 MIDI 215 patching direct outs 81 patching inputs 77 patching output channel insert ins 80 patching outputs 79 timecode source 201 SMALL button 44 SMALL CONTROL ROOM MONITOR OUT +4 dB (BAL) 47 SMALL TRIM control 41 Smartmedia card slot 22 formatting 273 handling 5 loading 272 managing 273 saving 271 SMPTE TIME CODE INPUT connector 48 Solo cascading consoles 74 configuring
Index Turning on the DM2000 51 Type I/II EQ 134 U Undo automix 197 Undo scene memory 186 UPDATE 194 USB TO HOST port 48 drivers 215 MIDI 215 timecode source 201 USER ASSIGNABLE LAYER 269 USER DEFINED KEY ASSIGN page 270 USER DEFINED KEYS 1–16 buttons 37 USER DEFINED KEYS section about 37 Pro Tools 234 using 270 User defined layers automix 193 configuring 254 storing to smartmedia 271 storing via bulk dump 220 using 255 User defined plug-ins about 179 automix 193 configuring 180 editing 181 storing to
A3_Block & Level Diagram_E Page 1 Monday, March 27, 2006 11:29 AM DM2000 Block Diagram (Gain Reduction) (Out Meter) METER METER INPUT 1(...96) METER PAD 0 26 INSERT OFF AD Input 1-24 AD INSERT IN GATE AD IN 1(...
DM2000 Level Diagram Analog Analog dBu Digital dBFS PAD GAIN INSERT 0 –10 +4 0 –20 –10 PHASE GATE INSERT ATT. EQ INSERT COMP DELAY ON LEVEL INSERT PAN CASCADE IN BUS Adder INSERT ATT. EQ INSERT COMP MASTER ON MASTER LEVEL INSERT BAL DELAY GEQ OUTPUT PATCH [+18dBu] 2 [+10dBu] 3 Nominal Input 5 [+4dBu] GAIN MIN., PAD ON –20 –50 –30 7 –40 –50 –80 –60 –70 –80 –110 –90 Max. Input –100 –40 13 15 –50 Nominal Input [–60dBu] –60 GAIN MAX.
YAMAHA [Digital Mixing Console-Internal Parameters] Model: DM2000 Function... Date: Feb 01, 2002 MIDI Implementation Chart Version: 1.
For details of products, please contact your nearest Yamaha representative or the authorized distributor listed below. Pour plus de détails sur les produits, veuillez-vous adresser à Yamaha ou au distributeur le plus proche de vous figurant dans la liste suivante. NORTH AMERICA CANADA Yamaha Canada Music Ltd. 135 Milner Avenue, Scarborough, Ontario, M1S 3R1, Canada Tel: 416-298-1311 U.S.A. Yamaha Corporation of America 6600 Orangethorpe Ave., Buena Park, Calif. 90620, U.S.A.
