Yamaha DM-2000 Service Manual

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DM2000

3NA-V628520-3 1

Pattern side

101

DM2000

FD1 Circuit Board

to SUB-CN118

102

12345678

FADER

3NA-V628660-2 1

N118

DM2000

to BRG

-CN022

9 10111213141516

Component side

3NA-V628660-2 1

103

DM2000

FD1 Circuit Board

104

3NA-V628660-3 1

DM2000

3NA-V628660-3 1

Pattern side

105

DM2000

to SUB-CN119

to BRG

-CN023

17 18 19 20 21 22 23 24 STEREO

FADER

FD2 Circuit Board

106

Component side

3NA-V628680-2 1

FD2 Circuit Board

DM2000

3NA-V628680-3 1

Pattern side

107

DM2000

JK1 Circuit Board

2TR IN DIGITAL 2TR OUT DIGITAL

AES/EBU

COAXIAL

AES/EBU

COAXIAL

108

to DSP-CN902 to DSP-CN901

3NA-V628590-2 1

WORD CLOCK TO HOST TIME CODE INPUT

75Ω

1 OUT 2

SERIAL USB MTC SMPTE KEYBOARD

DM2000

3NA-V628590-2 1

to BRG-CN014

Component side

109

DM2000

JK1 Circuit Board

110

3NA-V628590-2 1

DM2000

3NA-V628590-2 1

Pattern side

111

DM2000

JK2 Circuit Board

to BRG-CN015

to DSP-CN903

METER

(from MB2000)

CONTROL

REMOTE

THRU OUT

MIDI

112

3NA-V628620-2

3NA-V628620-3

DM2000

to DSP-CN905 to DSP-CN904

OUT MIDI

CASCADE OUT CASCADE IN

Component side

3NA-V628620-2

Pattern side

3NA-V628620-3

113

DM2000

OPTCircuit Board

to DSP

-CN807

to BRG-CN016

to BRG-CN017 to DSP-CN803

to DSP-CN806

SLOT6

SLOT3

114

3NA-V628580-2

DM2000

to DSP-CN805 to DSP-CN804

to DSP-CN802

SLOT5 SLOT4

SLOT2

to DSP-CN801

SLOT1

Component side

3NA-V628580-2

Pattern side

115

DM2000

PN1 Circuit Board

to SUB

-CN115

to SUB

-CN111

116

3NA-V628630-2 1

DM2000

Component side

to BRG

-CN019

3NA-V628630-2 1

117

DM2000

PN1 Circuit Board

118

3NA-V628630-2 1

DM2000

3NA-V628630-2 1

Pattern side

119

DM2000

PN2 (1/2) Circuit Board

to PN3-CN501

120

to SUB-C

3NA-V628640-2 1

DM2000

to BRG-CN020

PN2 (2/2) Circuit Board

JOY STICK

to PN3

-CN504

Component side

to SUB-CN112to SUB-CN113

3NA-V628640-2 1

121

DM2000

PN2 (1/2) Circuit Board

PN2 (2/2) Circuit Board

Pattern side

122

3NA-V628640-2 1

DM2000

3NA-V628640-2 1

Pattern side

123

DM2000

PN3 Circuit Board

124

to PN2 (1/2)-CN303 to PN2 (2/2)-CN305

3NA-V628650-2 1

DM2000

to DA2-CN100

to BRG

-CN021

to PN4 (1/2)

-CN701

N305 to SUB-CN114

3NA-V628650-2 1

Component side

125

DM2000

PN3 Circuit Board

126

3NA-V628650-2 1

DM2000

3NA-V628650-2 1

Pattern side

127

DM2000

PN4COM (PN4 (1/2)) Circuit Board

to PN3-CN503

PN4COM (PN4 (2/2))

Circuit Board

PN4COM (DS) Circuit Board

to CPU-CN108 to CPU-CN107SMART MEDIA

128

Component side

3NA-V830050-2 1

DM2000

PN4COM (PN4 (1/2)) Circuit Board

PN4COM (PN4 (2/2))

Circuit Board

PN4COM (DS) Circuit Board

3NA-V830050-2 1

Pattern side

129

DM2000

STCOM (ST) Circuit Board

STEREO OUT

to DA2-CN301

Component side

130

Pattern side

3NA-V628800-1 1

STCOM (STD) Circuit Board

STUDIO LEVEL

DM2000

STUDIO MONITOR OUT

to DA2-CN501

Component side

STEREO OUT

L/R

3NA-V628800-1 1

Pattern side

131

DM2000

SUB Circuit Board

to PN2 (1/2)

-CN304

to PN3

-CN506

to PN2 (1/2)

-CN301

to BRG-CN024 to FD2-CN101 to FD1-CN101

132

3NA-V628530-2

DM2000

to PN1

-CN101

to FL Module (Master)

-CN2

to PN1

-CN103

not used (for debug SUB1 (IC101))

to CPU

-CN101

not used

(for check)

3NA-V628530-2

Component side

133

DM2000

SUB Circuit Board

134

3NA-V628530-2

DM2000

3NA-V628530-2

Pattern side

135

DM2000

SW Circuit Board

to AC IN

POWER ON/OFF

to Power Supply Unit-CN1

Component side

136

Pattern side

3NA-V654390-2 4

to LAMP1

DC Circuit Board

to PN1-CN102

DM2000

to PN2-CN201

to LAMP2

to METER

(DM2000)

3NA-V628880-2 2

Component side

137

DM2000

PNCOM (PN1) Circuit Board

138

3NA-V773550-2 2

DM2000

to DC-CN302

to PN2-CN203

Component side

3NA-V773550-2 2

Pattern side

139

DM2000

PNCOM (PN2) Circuit Board

to DC-CN303

to PN1-CN101

140

3NA-V773550-2 2

DM2000

Component side

3NA-V773550-2 2

Pattern side

141

DM2000

INSPECTIONS

Perform the Check of DM2000.

1. Preparation

1-1. Condition

Conditioned as follows unless specified:

WORD CLOCK to be INT 96kHz. Only CH to be checked shall be turned ON. PAN: Center GAIN: MIN PAD: ON INSERT: OFF FADER: NORMAL (0dB) 0dBu = 0.775Vrms 0dBV = 1Vrms = 2.2dBu 0dBFS = 0 decibel full scale Output impedance of oscillator shall be 150Ω. Input impedance of oscilloscope, level gauge shall be over 100kΩ.

Noise measuring shall be at 12.7kHz, and be corrected with LPF of –6dB/OCT. (Not average value but effective value should be measured.) Distortion measurement should be performed at 80kHz and corrected with LPF of –6dB/OCT.

When checking analogue output, the following

conditions shall be added or changed:

When measuring maximum output, unless specified, output 0dB from the built-in oscillator. The load of analogue output shall be as follows: INSERTOUT: 10kΩ STEREO OUT (XLR): 600Ω STEREO OUT (PIN): 10kΩ CONTROL ROOM MONIT OR OUT LARGE: 600Ω CONTROL ROOM MONITOR OUT SMALL: 600Ω STUDIO MONITOR OUT: 10kΩ OMNI OUT: 10kΩ PHONES: 8Ω

1-2. Initialization

Turn the power supply switch ON while pressing the [STORE] key to start and initialize the system in accordance with the instruction on the screen. Important data should be backed up by MIDI dump or Smart Media. (See page.187)

1-3. Main program writing

If the program version is not latest, program of the latest version must be installed.

q How to check the program version.

T urning ON the power while pressing the [UTILITY] key will display the version number.

w Procedure of version up

a.Prepare Smart Media (3.3V, Capacity:

8MB~128MB) and copy the program to be written into the root directory.

b.Insert the Smart Media into the MEMORY CARD

SLOT while power OFF.

142

c.When powered ON, the count down 5-1 will be

displayed on the LCD and the flash memory will be erased and the program writing executed.

d. When the writing completes, the system will be

automatically restarted.

For the latest main program, please download from the

YSISS home page and store into the Smart Media.

2. Check of ANALOGUE IN/OUT at WORD CLOCK INT 96 kHz

2-1. STEREO OUT L/R (XLR)

Condition: Input from the [INSERT IN] terminal of

CH1. Turn ON the [INSERT] switch.

q Gain (L/R common)

Input Frequency Input Level Specified Output Level Permissible range

1kHz +4dBu +4dBu +4±2dBu

w f Characteristic (L/R common)

Condition: Permissible range of 1kHz to be standard.

Input Frequency Input Level Permissible range

20Hz +4dBu -1.5~ +0.5dB

40kHz +4dBu -1.5~ +0.5dB

e Distortion factor (L/R common)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.01% or below

r Residual noise (L/R common)

Condition: [STEREO OUT] key to be s witched OFF.

Permissible range

-92dBu or below

t Level gap between L/R

Level gap measured in q to be decided as follows:

Permissible range

Within 1dB

y Cross talk between L and R

Condition: PAN to fully lean to the L side.

Input Frequency

1kHz +16dBu -64dBu or below

Confirm that the R side also satisfies the above conditions.

u Maximum output (L/R common)

Input Frequency Output Level Permissible range

1kHz +18dBu +18±0.5dBu 0.01% or below

Condition: Connect hot, cold terminal to GND

Input Frequency Output Level Permissible range

1kHz +18dBu +18±1.0dBu 0.02% or below

Output Level (L)

respectively.

Permissible range (R)

Permissible range

(Distortion factor)

Permissible range

(Distortion factor)

DM2000

2-2. STEREO OUT L/R (PIN)

Condition: Input from the [INSERT IN] terminal of

CH1. The [INSERT] switch to be set to ON.

q Gain (L/R common)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu -10dBV -10±2dBV

w Characteristic (L/R common)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.5~ +0.5dB

40kHz +4dBu -1.5~ +0.5dB

e Maximum output (L/R common)

Input Frequency Output Level Permissible range

1kHz +4dBV +4±0.5dBV 0.02% or below

Permissible range

(Distortion factor)

r Cross talk between L and R

Condition: PAN to fully lean to the L side.

Input Frequency

1kHz +2dBV -78dBu or below

Output Level (L)

Permissible range (R)

Confirm that the R side also satisfies the above conditions.

2-3. CONTROL ROOM MONITOR OUT LARGE L/R

CONTROL ROOM MONITOR OUT SMALL L/R

Condition: Input from the [INSERT IN] terminal of

CH1. The [INSERT] switch to be set to ON. Set the [CONTROL ROOM MONIT OR LEVEL] control to MAX. Set the [SMALL TRIM] control to MAX. Set the [STEREO] key of CONTROL ROOM to ON. Set the [SMALL] switch to OFF for LARGE measurement and ON for SMALL.

q Gain (L/R common for LARGE/SMALL)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu +4dBu +4±2dBu

w f Characteristic (L/R common for LARGE/SMALL)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.5~ +0.5dB

40kHz +4dBu -1.5~ +0.5dB

e Distortion factor (L/R common for LARGE/SMALL)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

r Residual noise (L/R common for LARGE/SMALL)

Condition: [STEREO OUT] key to be s witched OFF.

CONTROL ROOM MONITOR LEVEL Permissible range

MAX -92dBu or below

MIN -98dBu or below

(L/R common for only SMALL) Condition: [STEREO OUT] key to be s witched OFF.

CONTROL ROOM MONITOR LEVEL Permissible range

MAX -92dBu or below

MIN

-100dBu or below

t Level gap between L/R (LARGE/SMALL common)

Level gap measured in q to be decided as follows:

Permissible range

Within 1dB

y Cross talk between L and R (LARGE/SMALL

common) Condition: PAN to fully lean to the L side.

Input Frequency

1kHz +16dBu -64dBu or below

Output Level (L)

Permissible range (R)

Confirm that the R side also satisfies the above conditions.

u Maximum output (L/R common for LARGE/SMALL)

Input Frequency Output Level Permissible range

1kHz +18dBu +18±0.5dBu 0.02% or below

Permissible range (Distortion factor)

Condition: Connect hot, cold terminal to GND

respectively.

Input Frequency Output Level Permissible range

1kHz +18dBu +18±1.0dBu 0.02% or below

Permissible range (Distortion factor)

2-4. STUDIO MONITOR OUT L/R

Condition: Input from the [INSERT IN] terminal of

CH1. The [INSERT] switch to be set to ON. The [MONITOR OUT LEVEL] control to be set to MAX. The [STEREO] key of STUDIO to be turned ON.

q Gain (L/R common)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu +4dBu +4±2dBu

w f Characteristic (L/R common)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.5~ +0.5dB

40kHz +4dBu -1.5~ +0.5dB

e Distortion factor (L/R common)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

143

DM2000

r Residual noise (L/R common)

Condition: [STEREO OUT] key to be s witched OFF.

MONITOR OUT LEVEL Permissible range

MAX -92dBu or below

MIN

-100dBu or below

t Level gap between L/R

Level gap measured in q to be decided as f ollows:

Permissible range

Within 1dB

y Cross talk between L and R

Condition: PAN to fully lean to the L side.

Input Frequency

1kHz +16dBu -64dBu or below

Output Level (L)

Permissible range (R)

Confirm that the R side also satisfies the above conditions.

u Maximum output (L/R common)

Input Frequency Output Level Permissible range

1kHz +18dBu +18±0.5dBu 0.02% or below

Permissible range

(Distortion factor)

Condition: Connect hot, cold terminal to GND

respectively.

Input Frequency Output Level Permissible range

1kHz +18dBu +18±1.0dBu 0.02% or below

Permissible range

(Distortion factor)

2-5. OMNI OUT 1~8

Condition: Input from the [INSERT IN] terminal of

CH1. Turn ON the [INSERT] switch. T urn ON BUS1~8 at ROUTING of CH1. Assign BUS nCH to OMNI nCH with the [OUTPUT PATCH] key. T urn ON MASTER F ADER of BUS 1~8. The slide switches SW101~801 (8 switches) in DA1 circuit board are to be +18dB.

q Gain (OMNI OUT 1~8)

Input Frequency Input Level Specified Output Level Permissible range

1kHz +4dBu +4dBu +4±2dBu

w f Characteristic (OMNI OUT 1~8)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.5~ +0.5dB

40kHz +4dBu -1.5~ +0.5dB

t Level gap among the terminals [OMNI OUT 1~8]

Level gap measured in q and w to be decided as follows:

Permissible range

Within 1dB

y Cross talk between odd CH/even CH

Input Frequency Output Level (odd CH) Permissible range (even CH)

1kHz +16dBu -64dBu or below

Confirm that the even side also satisfies the above conditions.

u Maximum output (OMNI OUT 1~8)

Input Frequency Output Level Permissible range

1kHz +18dBu +18±0.5dBu 0.02% or below

Permissible range

(Distortion factor)

Condition: Connect hot, cold terminal to GND

respectively.

Input Frequency Output Level Permissible range

1kHz +18dBu +18±1.0dBu 0.02% or below

Permissible range

(Distortion factor)

2-6. Output Level Gap

Condition: [STERO OUT L/R] terminal

[CONTROL ROOM MONITOR OUT LARGE L/R] terminal [CONTROL ROOM MONITOR OUT SMALL L/R] terminal [STUDIO MONITOR OUT L/R] terminal [OMNI OUT 1~8] terminal (SW101~ 801(8 switches) in DA1 circuit board are of at +18dB.) The range of the gain gaps measured at 1kHz for these terminals is specified as follows:

Permissible range

Within 2dB

2-7. PHONES OUT L/R

Condition: Input from the [INSERT IN] terminal of

CH1. The [INSERT] switch to be set to ON. The [PHONES LEVEL] control to be set to MAX.

q Gain (L/R common)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu -12.8dBu -12.8±2dBu

144

e Distortion factor (OMNI OUT 1~8)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

r Residual noise (OMNI OUT 1~8)

Condition: [BUS OUT] key to be switched OFF.

Permissible range

-92dBu or below

w f Characteristic (L/R common)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -3~0.5dB

40kHz +4dBu -3~0.5dB

DM2000

e Distortion factor (L/R common)

Input Frequency Output Level Permissible range

1kHz -10dBu 0.04% or below

r Residual noise (L/R common)

Condition: The [PHONE LEVEL] control to be set

to MIN.

Permissible range

-100dBu or below

t Level gap between L/R

Level gap measured in q to be decided as follows:

Permissible range

Within 1dB

y Maximum output (L/R common)

Condition: To output –6dB from the built-in

oscillator.

Input Frequency Output Level Permissible range

1kHz -4.8dBu -4.8±0.5dBu 0.04% or below

Permissible range

(Distortion factor)

u Cross talk between L and R

Condition: PAN to fully lean to the L side.

Input Frequency

1kHz -10dBu -75dBu or below

Output Level (L)

Permissible range (R)

Confirm that the R side also satisfies the above conditions.

2-8. 2TR IN ANALOG 1 L/R

Condition:

Check at the [STEREO OUT L] terminal (XLR).

q Gain (L/R common)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu +4dBu +4±2dBu

y Cross talk between L and R

Condition: Input the signal into the L side.

The R side to be shorted at 150Ω.

Input Frequency

1kHz +16dBu -64dBu or below

Output Level (L)

Permissible range (R)

Confirm that the R side also satisfies the above conditions.

2-9. 2TR IN ANALOG 2 L/R

Condition:

Check at the [STEREO OUT L] terminal (XLR).

q Gain (L/R common)

Input Frequency Input Level Specified output level Permissible range

1kHz -10dBV +4dBu +4±2dBu

w f Characteristic (L/R common)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz -10dBV -1.5~0.5dB

40kHz -10dBV -1.5~0.5dB

e Distortion factor (L/R common)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

r Residual noise (L/R common)

Condition: [2TR IN ANALOG 2] terminal to be

shorted at 150Ω.

Permissible range

-86dBu or below

t Level gap between L/R

Level gap measured in q to be decided as follows:

Permissible range

Within 1dB

w f Characteristic (L/R common)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.5~0.5dB

40kHz +4dBu -1.5~0.5dB

e Distortion factor (L/R common)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

r Residual noise (L/R common)

Condition: [2TR IN ANALOG 1] terminal to be

shorted at 150Ω.

Permissible range

-86dBu or below

t Level gap between L/R

Level gap measured in q to be decided as follows:

Permissible range

Within 1dB

y Cross talk between L and R

Condition: Input the signal into the L side.

The R side to be shorted at 150Ω.

Input Frequency

1kHz +16dBu -64dBu or below

Output Level (L)

Permissible range (R)

Confirm that the R side also satisfies the above conditions.

2-10.

CH IN 1~24 (XLR, PHONE)

Condition:

Check at the [STEREO OUT L] terminal (XLR). Turn OFF the [INSERT] switch.

A. GAIN MAX, PAD OFF q Gain (CH1~24)

Input Frequency Input Level Specified output level Permissible range

1kHz -60dBu +4dBu +4±2dBu

145

DM2000

w f Characteristic (CH1~24)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz -60dBu -1.5~0.5dB

40kHz -60dBu -1.5~0.5dB

e Distortion factor (CH1~24)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

r Noise level EIN(CH1~24)

Condition: Measured CH IN to be shorted at 150Ω.

Permissible range

-64dBu or below

Howev er , if not be within the abo v e range , confirm that the measured value is (Gain at 1kHz)

-128.

t Level gap (CH1~24)

Level gap measured in q to be decided as f ollows:

Permissible range

Within 2dB

B. GAIN MIN, PAD ON q Gain (CH1~24)

Input Frequency Input Level Specified output level Permissible range

1kHz +10dBu +4dBu +4±2dBu

w Distortion factor (CH1~24)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.01% or below

e Noise level (CH1~24)

Condition: Measured CH IN to be shorted at 150Ω.

Permissible range

-86dBu or below

Light OFF

LED level Input frequency Input level

PEAK 1kHz +19dBu +13dBu

SIGNAL 1kHz -12dBu -18dBu

Reference output level

(INSERT OUT)

C. Phantom (CH1~24)

Voltage with XLR Pin 2 and Pin3 shorted, a load of 10kΩ between Pin 2 and 1, and the Phantom Switch ON is prescribed as follows:

Permissible range

DC 31~37V

Check if a discharge of electricity occurs quickly when the Phantom switch is turned OFF.

2-11.

TALKBACK

Condition: Check at the [STEREO OUT L/R]

terminal (XLR). Set the [TALKBACK LEVEL] control to MAX. T urn ON the [SLATE] key of TALKBACK. Confirm the signal through the microphone.

3. ANALOGU IN/OUT check at 48kHz WORD CLOCK INT

3-1. STEREO OUT L/R (XLR)

Condition: Input from the [INSERT IN] terminal of

CH1. Turn ON the [INSERT] switch.

q Gain (L/R common)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu +4dBu +4±2dBu

r INSERT OUT gain (CH1~24)

Input Frequency Input Level Specified output level Permissible range

1kHz +10dBu +4dBu +4±1.5dBu

t INSERT OUT noise level (CH1~24)

Condition: Measured CH IN to be shorted at 150Ω.

Permissible range

-90dBu or below

y Checking the action of the Level Meter (CH1~24)

Condition: Input the specified levels into the CH

to be measured. Concurrent inputs into CH 1~24 are possible. Confirm visually each LED ON/OFF of PEAK, NOMINAL, SIGNAL.

Light ON

LED level Input frequency Input level

PEAK 1kHz +23dBu +17dBu

SIGNAL 1kHz -8dBu -14dBu

Reference output level

(INSERT OUT)

146

w f Characteristic (L/R common)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.5~ +0.5dB

20kHz +4dBu -1.5~ +0.5dB

e Distortion factor (L/R common)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.01% or below

r Residual noise (L/R common)

Condition: Turn OFF the [STEREO OUT] key.

Permissible range

-92dBU or below

3-2. CONTROL ROOM MONITOR OUT LARGE L/R

Condition: Input from the [INSERT IN] terminal of

CH1. Turn ON the [INSERT] switch. Set the [CONTROL ROOM MONIT OR LEVEL] control to MAX.

DM2000

Turn ON the [STEREO] key of CONTROL ROOM.

q Gain (LARGE L/R common)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu +4dBu +4±2dBu

w f Characteristic (LARGE L/R common)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.5~ +0.5dB

20kHz +4dBu -1.5~ +0.5dB

e Distortion factor (LARGE L/R common)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

r Residual noise (LARGE L/R common)

Condition: Set the [STEREO OUT] key to OFF.

CONTROL ROOM MONITOR OUT LEVEL Permissible range

MAX -92dBu or below

3-3. STUDIO MONITOR OUT L/R

Condition: Input from the [INSERT IN] terminal of

CH1. Turn ON the [INSERT] switch. Set the [MONITOR OUT LEVEL] control to MAX. T urn ON the [STEREO] key of STUDIO .

q Gain (L/R common)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu +4dBu +4±2dBu

w f Characteristic (L/R common)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.5~ +0.5dB

20kHz +4dBu -1.5~ +0.5dB

e Distortion factor (L/R common)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

r Residual noise (L/R common)

Condition: Set the [STEREO OUT] key to OFF.

MONITOR OUT LEVEL Permissible range

MAX -92dBu or below

3-4. OMNI OUT 1~8

Condition: Input from the [INSERT IN] terminal of

CH1. Switch ON the [INSERT] switch. T urn ON BUS1~8 at R OUTING of CH1. Assign BUS nCH to OMNI nCH with the [OUTPUT PATCH] key.

T urn ON MASTER F ADER of BUS 1~8. The slide switches SW101~801 (8 switches) in DA1 circuit board are to be +18dB.

q Gain (OMNI OUT 1~8)

Input Frequency Input Level Specified Output Level Permissible range

1kHz +4dBu +4dBu +4±2dBu

w f Characteristic (OMNI OUT 1~8)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.5~ +0.5dB

20kHz +4dBu -1.5~ +0.5dB

e Distortion factor (OMNI OUT 1~8)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

r Residual noise (OMNI OUT 1~8)

Condition: [BUS OUT] key to be switched OFF.

Permissible range

-92dBU or below

3-5. PHONES OUT L/R

Condition: Input from the [INSERT IN] terminal of

CH1. Turn ON the [INSERT] switch. Set the [PHONES LEVEL] control to MAX.

q Gain (L/R common)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu -12.8dBu -12.8±2dBu

w f Characteristic (L/R common)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -3~0.5dB

20kHz +4dBu -3~0.5dB

e Distortion factor (L/R common)

Input Frequency Output Level Permissible range

1kHz -10dBu 0.04% or below

r Residual noise (L/R common)

Condition: Set the [PHONES LEVEL] control to MIN.

Permissible range

-100dBu or below

3-6. 2TR IN ANALOG 1 L/R

Condition:

Check at the [STEREO OUT L] terminal (XLR).

q Gain (L/R common)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu +4dBu +4±2dBu

147

DM2000

w f Characteristic (L/R common)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.5~0.5dB

20kHz +4dBu -1.5~0.5dB

e Distortion factor (L/R common)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

r Residual noise (L/R common)

Condition: [2TR IN ANALOG 1] terminal to be

shorted at 150Ω.

Permissible range

-88dBu or below

3-7. 2TR IN ANALOG 2 L/R

Condition:

Check at the [STEREO OUT L] terminal (XLR).

q Gain (L/R common)

Input Frequency Input Level Specified output level Permissible range

1kHz -10dBV +4dBu +4±2dBu

w f Characteristic (L/R common)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz -10dBV -1.5~0.5dB

20kHz -10dBV -1.5~0.5dB

e Distortion factor (L/R common)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

r Residual noise (L/R common)

Condition: [2TR IN ANALOG 2] terminal to be

shorted at 150Ω.

Permissible range

-88dBu or below

3-8. CH IN 1~24 (XLR, PHONE)

Condition:

Check at the [STEREO OUT L] terminal (XLR). Turn OFF the [INSERT] switch. Set the [GAIN] control to MIN and the [PAD] switch to ON.

q Gain (CH1~24)

Input Frequency Input Level Specified output level Permissible range

1kHz +10dBu +4dBu +4±2dBu

w f Characteristic (CH1~24)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +10dBu -1.5~0.5dB

20kHz +10dBu -1.5~0.5dB

e Distortion factor (CH1~24)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.01% or below

r Noise level (CH1~24)

Condition: Measured CH IN to be shorted at 150Ω.

Permissible range

-88dBu or below

4. Checking DIGITAL IN/OUT

4-1. 2TR DIGITAL OUT 1,2,3

Condition: Use System Two.

Input from the [INSERT IN] terminal of CH1. Turn ON the [INSERT] switch.

A. WORD CLOCK INT 48kHz.

Condition: Set WORD CLOCK INT to 48kHz.

Turn OFF SRC of the [2TR DIGITAL OUT] terminal.

q Gain (2TR DIGITAL OUT 1,2,3 common)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu -14dBFS -14±2dBFS

w f Characteristic (2TR DIGITAL OUT 1)

Condition:

Input Frequency Input Level Permissible range

e Distortion factor (2TR DIGITAL OUT 1)

Input Frequency Output Level Permissible range

B. WORD CLOCK INT 96kHz.

Condition: Set WORD CLOCK INT to 96kHz.

q Gain (2TR DIGITAL OUT 1,2,3 common)

Input Frequency Input Level Specified output level Permissible range

1kHz +4dBu -14dBFS -14±2dBFS

w f Characteristic (2TR DIGITAL OUT 1)

Condition:

Input Frequency Input Level Permissible range

e Distortion factor (2TR DIGITAL OUT 1)

Input Frequency Output Level Permissible range

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.0~0.5dB

20kHz +4dBu -1.0~0.5dB

1kHz -2dBFS 0.02% or below

Turn OFF SRC of the [2TR DIGITAL OUT] terminal.

Permissible range of 1kHz to be standard.

20Hz +4dBu -1.0~0.5dB

40kHz +4dBu -1.5~0.5dB

1kHz -2dBFS 0.02% or below

148

DM2000

C. SRC action

Condition: Set WORD CLOCK INT to 96kHz.

Turn ON SRC of CH to be measured.

q FS (2TR DIGITAL OUT 1,2,3 common)

Input Frequency Input Level Specified output level Permissible range

1kHz -2dBFS 44.1kHz 44.1kHz±100Hz

w Distortion factor (2TR DIGIT AL OUT 1,2,3 common)

Input Frequency Output Level Permissible range

1kHz -2dBFS 0.005% or below

4-2. 2TR DIGITAL IN 1,2,3

Condition: Use System Two.

Check at the [STEREO OUT L/R] terminal (XLR). Select as follows for WORD CLOCK.

When checking the [2TR DIGITAL IN 1] terminal: 2TR D1 When checking the [2TR DIGITAL IN 2] terminal: 2TR D2 When checking the [2TR DIGITAL IN 3] terminal: 2TR D3

A. 48kHz.

Condition: Set the frequency setting (Sample

Rate) of System Two to 48kHz. Turn OFF SRC of the [2TR DIGITAL IN] terminal.

q Gain (2TR DIGITAL IN 1,2,3 common)

Input Frequency Input Level Specified output level Permissible range

1kHz -14dBFS +4dBu +4±2dBu

w f Characteristic (2TR DIGITAL IN 1)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz -14dBFS -1.0~0.5dB

20kHz -14dBFS -1.0~0.5dB

e Distortion factor (2TR DIGITAL IN 1)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

w f Characteristic (2TR DIGITAL IN 1)

Condition:

Input Frequency Input Level Permissible range

Permissible range of 1kHz to be standard.

20Hz -14dBFS -1.0~0.5dB

40kHz -14dBFS -1.5~0.5dB

e Distortion factor (2TR DIGITAL IN 1)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

C. SRC action

Condition: Set WORD CLOCK INT to 96kHz.

Check at the [2TR DIGITAL OUT1] terminal. Set the frequency setting of System Two (Sample Rate) to 44.1kHz. Turn ON SRC of CH to be measured.

q FS (2TR DIGITAL IN 1,2,3 common)

Input Frequency Input Level Specified output level Permissible range

1kHz -14dBFS 96kHz 96kHz±100Hz

w Distortion factor (2TR DIGITAL IN 1,2,3 common)

Input Frequency Output Level Permissible range

1kHz -14dBFS 0.005% or below

4-3. PLL action range of WORD CLOCK IN and 2TR

DIGITAL IN 1,2,3

Condition: Use System Two.

Check at the [STEREO OUT L/R] terminal (XLR). Select as follows for WORD CLOCK.

When checking the [WORD CLOCK IN] terminal: WC IN When checking the [2TR DIGITAL IN 1] terminal: 2TR D1 When checking the [2TR DIGITAL IN 2] terminal: 2TR D2 When checking the [2TR DIGITAL

IN 3] terminal: 2TR D3 Input from the [INSERT IN] terminal of CH1. Turn ON the [INSERT] switch.

B. 96kHz.

Condition: Set the frequency setting (Sample

Rate) of System Two to 96kHz. Turn OFF SRC of the [2TR DIGITAL IN] terminal.

q Gain (2TR DIGITAL IN 1,2,3 common)

Input Frequency Input Level Specified output level Permissible range

1kHz -14dBFS +4dBu +4±2dBu

A. 96kHz + 6% (101.76kHz)

Condition: When checking the [WORD CLOCK IN]

terminal, set the frequency setting of the oscillator to 96kHz + 6%. When checking the [2TR DIGITAL IN 1,2,3] terminal, set the setting of System Two (Sample Rage) to 96kHz + 6%.

q Distortion factor (WORD CLOCK IN, 2TR DIGITAL

IN 1,2,3 common)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

149

DM2000

B. 44.1kHz - 10% (39.69kHz)

Condition: When checking the [WORD CLOCK IN]

terminal, set the frequency setting of the oscillator to 44.1kHz - 10%. When checking the [2TR DIGITAL IN 1,2,3] terminal, set the setting of System Two (Sample Rage) to 44.1kHz - 10%.

q Distortion factor (WORD CLOCK IN, 2TR DIGITAL

IN 1,2,3 common)

Input Frequency Output Level Permissible range

1kHz +16dBu 0.02% or below

5. Measuring jitter

Condition: Use System Two.

Select Sec, PK

BW: Select 700Hz~100kHz. Check at the [2TR DIGITAL OUT1] terminal.

5-1. WORD CLOCK INT

Condition: For WORD CLOCK, select as follows:

q Jitter

WORD CLOCK Permissible range

INT 44.1kHz 5nsec. or below INT 48kHz 5nsec. or below INT 88.2kHz 5nsec. or below INT 96kHz 5nsec. or below

5-2. WORD CLOCK EXT

Condition: Select as follows for WORD CLOCK.

When checking the [WORD CLOCK

IN] terminal: WC IN

When checking the [2TR DIGITAL

IN 1] terminal: 2TR D1 When checking the [2TR DIGITAL IN 2] terminal: 2TR D2 When checking the [2TR DIGITAL

IN 3] terminal: 2TR D3 When checking the [WORD CLOCK IN] terminal, select the values in the following table f or the frequency setting of the oscillator. When checking the [2TR DIGITAL IN 1,2,3] terminals, select the values in the following table f or the frequency setting of the System Two (Sample Rate).

q Jitter (WORD CLOCK IN, 2TR DIGITAL IN 1,2,3

common)

WORD CLOCK Permissible range

44.1kHz 10nsec. or below 48kHz 10nsec. or below

88.2kHz 10nsec. or below 96kHz 10nsec. or below

6. Sound check

Check the following items with the sense of hearing.

EFT 1~8 Check at No.13 and 19 of EFFECT LIBRARY. ANALOG INPUT, ANALOG OUTPUT Check at the [STEREO OUT L/R] terminal (XLR) of CH1, CH12, CH24. 2TR DIGITAL IN 1,2,3

Condition: Set WORD CLOCK INT to 96kHz.

Check at the [STEREO OUT L/R] terminal (XLR). Set the frequency setting of System Two (Sample Rate) to 44.1kHz. Turn ON SRC of CH to be measured.

150

DM2000

151

DM2000

152

DM2000

153

DM2000

154

DM2000

155

DM2000

156

DM2000

157

DM2000

158

SERVICE CHECK PROGRAM

1-1 1-2 1-3 1-4 1-5 1-6 1-7 1-8 1-9 1-10 1-11 1-12 1-13 1-14 1-15 1-16 1-17 1-18

1-19 1-25 1-26 1-27 1-28 1-29 1-30 1-31 1-32 1-33 1-36 1-37

MCS(FPGA) BATT RTC DSP6,SIO DSP7,SIO,ATSC2

MIDI

2TR IN/OUT(DIO) WORD CLOCK

CASCADE SMART Media TIME Code

LCD PANEL LED PANEL ALL LED PANEL SW FADER TSense FADER Move ENCODER(CH) ENCODER(etc.) FL METER LED METER SW

Check the FPGA register by Read/Write. Check the voltage of the backup battery. Initiate, set, or display the Real Time Clock. Check the SIO connection by Reading/Writing the register of each DSP6. Check the SIO and ATSC2 connection by Reading/Writing the register of each DSP7.

MIDI OUT-->Check the Send/Receive of IN.

Check by Loop Backing the 2TR IN/OUT DIGITAL. Count the Fs of WCLK OUT at WCLK IN to judge the LOCK of PLL.

Check the Send/Receive of CASCADE OUT > IN. Check the control panel, Check the Smart Media by Read/Write. Check the MTC MIDI input.

Display the entire screen in black and white to check contrast volume

. LEDs (including 7 Seg LEDs) will light sequentially as specified. Check all LEDs for gradual brightness and for each color. Press the SW sequentially as specified for check. Check the touch sense sensitivity of the FADER. Check the moving time and stop position of the FADER. Rotate the Encoder (CH1-24) for check. Rotate the Encoder (etc.) for check. Turn ON/OFF all symbols of FL and display characters. MB2000 LEDs (including 7 Seg LEDs) will light sequentially as specified. Pressing the SW of MB2000 will turn ON/OFF corresponding LED.

Auto Auto

Semi-Auto

Auto Auto

Auto

Semi-Auto

Auto

Semi-Auto

Auto

Visual check Visual check Visual check

Semi-Auto Semi-Auto Semi-Auto Semi-Auto

Semi-Auto Visual check Visual check Visual check

Item Check name Outline of check item

Judge

Execute the service check programs for DM2000 and MB2000.

DM2000

0. Outline 0-1 How to operate

Keys used for the service check on the panel

[DEC] key: used to Exit or Cancel check

[↑][↓][←][→]key: used to select check item and select OK/NG

[ENTER] key: used to decide selection or EXIT

0-2. Explanation of screen

(Fig.1) Example of screen for the entire check items

--- DM2000 test --- (C)YAMAHA 2001

F/W Ver. MAIN Vx.xx METER Vx.xx SUB1 Vx.xx SUB2 Vx.xx

MCS(FPGA) Reg.

BATT

RTC

DSP6,SIO

DSP7,SIO,ATSC2

MIDI

2TR IN/OUT(DIO)

WORD CLOCK

CASCADE

SMART Media

TIME Code

OK 25 OK 26 NG 27 OK 28 OK 29 OK 30 OK 31 OK 32 OK 33 OK 36 OK 37

LCD PANEL LED PANEL ALL LED PANEL SW FADER TSense FADER Move ENCODER(CH)

ENCODER(etc.)

FL METER LED METER SW

Version number of each CPU ROM

Each check result

Selected item is displayed in reverse. How to select: Use the [↑], [↓], [←], or [→] key in the lower right of the panel to select items. After this, pressing the [ENTER] key will call each individual check screen.

(Fig.3) Example B of individual check screen (when checking each one of multiple items automatically (semi-automatically) or visually)

--- METER LED ---

OK 1 Channel Bargraph NG 2 Stereo Bargraph OK 3 Time Code OK 4 Others

OK NG

EXIT ([DEC Key]->[ENTER Key])

1) When starting the check, OK/NG selection items will be displayed. Judging by actions and results, select OK/NG. Use the [←] or [→] key for the selection and decide by using the [ENTER] key.

2) Choice of OK or NG displays the next check item automatically.

3) Pressing the [DBC] key while the entry of OK/NG decision is being waited will reverse the appearance of [EXIT] and this screen is terminated when the [ENTER] key is pressed. (Some check items can be processed the [EXIT] by pressing the [DEC] key even during the execution.)

If executed the [EXIT] before all the check items are

completed, the judges of Fig.1 will be displayed as NG.

4) Check items with numbers at the head as such Fig.3 are selectable. Select an item using the [↑] or [↓] key and press the [ENTER] key to start a check. For the ones without numbers at the head the check will be automatically initiated.

0-3 List of check items

36 and 37 are the test programs of MB2000.

(Fig.2) Example A of individual check screen (when forwarding check items by automatic judge)

OK INSert line OK BUSY line OK PROTECT line NG Media W/R

NG:W->R[Addr=01:W34:R3F]

EXIT ([DEC Key]->[ENTER Key])

1) Check is carried out automatically and turns to the [EXIT]

--- SMART Media ---

mode when all items are completed. Pressing the [ENTER] key will display the screen of Fig.1.

2) If redo the check, return to Fig.1 to select items.

Check is executed from the upper sequentially. Item being checked is displayed in reverse.

Display area of indicative message Display area of NG message

A long message will be displayed over two lines. (Scroll up)

Checked items and item numbers correspond to those of the test program.

159

DM2000

1. Service Check Common contents

1) The contents and example screens of execution for each check item are displayed.

Common preparation

1) Objectives to be checked: DM2000 + MB2000

2) Cable: MIDI cable: 2

CANNON cable: 2 COAXIAL cable: 1 BNC cable: 1 D-SUB 68pin (CASCADE) cable: 1

3) Others SMART Media: 2 (3.3 V, one is attached

to the PROTECT seal)

4) How to During normal operation, pressing the

start

DM2000

[SEL] key in the order CH [6 7 1 1] and pressing the [ENTER] key will display the dialogue box for appro val. After this , selecting YES and pressing the [ENTER] key will restart the DM2000 in the Service Check mode.

Connection diagram of Service Check

DM2000

2TR OUT D1 2TR OUT D2 2TR OUT D3

WCLK OUT 1 WCLK OUT 2

TO HOST-SERIAL

SLOT1

SLOT2

SLOT3

SLOT4

SLOT5

SLOT6

TO HOST-USB

TIME CODE-MTC

TIME CODE-SMPTE

KEYBOARD

CASCADE

2TR IN D1 2TR IN D2

2TR IN D3

WCLK IN

OUT

MIDI IN

OUT

THRU

REMOTE

CONTROL

METER

(Replace OUT1 with OUT2 in the middle of the procedure.)

MB2000

1-1 MCS(FPGA) Test

Contents: Read/Write the Reg. (00, 0f, 10, 11, 15, 16)

of FPGA to compare and judge and then readout the Reg.12 (Ver) and display it.

Example of execution screen

--- MCS(FPGA) ---

NG Adrs,Data BUS OK Ver.Check

Version: 0212

NG: MCS Wxx:12 --> Rxx:FF

EXIT ([DEC Key]->[ENTER Key])

Reg.12 (Ver) is displayed

Displayed when NG.

For the Ver.Check test, select OK when “Version: 0212” is displayed.

1-2 BATT Test

Contents: Measure the voltage of the backup battery

in A/D for automatic judge.

Example of execution screen

--- BATT ---

OK BATT

NG:BATT (2.56V)

EXIT ([DEC Key]->[ENTER Key])

Certified voltage range

2.80V~3.50V Below 0.5V is NG: BATT NONE

1-3 RTC Test

Contents: Initiate, set, and display the Real Time Cloc k.

Example of execution screen

--- RTC ---

-- 1 Init RTC

-- 2 Set Date Time OK 3 Display Date Time

01/07/04 WEDNESDAY 12:00:00

parameter error SET Year/Month/Day WeekName Hour:Min:Sec

EXIT ([DEC Key]->[ENTER Key])

Display Date Time is displayed.

Displayed for wrong entry for Set Date time.

Confirm the current date and time displayed are correct by executing “3 Display Date Time.” If not correct, enter correct date and time at “2 Set Date Time” and confirm again the date and time at “3 Display Date Time.” In case of abnormal Real Time Clock mov ement or when the backup battery of the CPU circuit board, initialize Real Time Clock at “1 Init RTC” and perform the above setting.

160

DM2000

1) When selecting “2 Set Date Time”

Selected item will be displayed inversely. Move to an item to be changed using the [←] or [→] key. Change values using the [↑] or [↓] key and press the [ENTER] key to decide. The [DEC] key cancels the setting. Day of the week is automatically entered.

yy /mm/dd hh:mm:ss

01 /07/04 12:34:56

1-4 DSP6, S10 Test 1-5 DSP7, S10, ATSC2 test

Contents: Check DataBUS and AddressBUS for good

or bad by Writing/Reading the Register of each DSP6 and DSP7. Compare and check by Writing/Reading DRAM and SDRAM of each DSP6 and DSP7 through the Register. Check the SIO connection between each DSP, and between ATSC by sending/ receiving signal.

Example of execution screen

--- DSP6 ---

OK DSP6,SIO

1: CPU Interface (Data bus) NG: TxBusy

--- DSP7 ---

OK DSP7,SIO,ATSC2

Items are not selectable since all items are auto matically selected.

During execution, displayed one after another from “1:”.

Details when NG are displayed. Too many NGs will stop the display within about 20.

Explanation about expression when DSP6 and DSP7 are common, or when NG:

1) CPU Interface (Data Bus) 0000 0000 XXXX 0000 0000 0000 0000 X00X MSB X=Error bit LSB

2) SIO Connection (DSP7 -> DSP6) NG: 1 IC111(1)[Soxx] -> IC401(1)[Sixx]

...

NG: IC401(1)

...

IC number

DSP number (#1..#nn)

1-7 MIDI Test

Contents: Sending/Receiving the string

“SCI2:TEST¥n”(¥n=0Ah) at 31.25Kbps from/ into MIDI OUT→MIDI IN, verify if identical.

Preparation: Connect MIDI OUT and MIDI IN connector

of the unit.

Example of execution screen

--- MIDI Loopback ---

OK MIDI Check

OK: SCI2

EXIT ([DEC Key]->[ENTER Key])

1-13 2TR IN/OUT (DIO) Test

Contents: Connect 2TR OUT DIGITAL 1,2,3 to 2TR IN

DIGITAL 1,2,3 and verify by using DSP SIO. Check the SRC function of 2TR OUT DIGITAL 1,2,3 by using 2TR IN DIGITAL 1,2,3.

Preparation: Connect each MIDI OUT DIGITAL 1,2,3 and

each MIDI IN DIGITAL 1,2,3 connector of the unit respectively.

1: CPU Interface (Data bus) NG: BIF #01 0000 XXXX 0000

EXIT ([DEC Key]->[ENTER Key])

...

Test item for DSP6 Test item for DSP7

1: CPU Interface (Data bus) 1: CPU Interface (Data Bus) 2: CPU Interface (Data bus) 2: CPU Interface (Chip Select) 3:

CPU Interface (Chip Select, TXB) CPU Interface (Address bus)

CPU Interface (BUS W/R Reg.)

5: 6:

DRAM Interface (Data Bus)

DRAM Interface (Address Bus)

DRAM Interface (Address Bus & MPR) 9: SIO Connection 9: (DSP6--->DSP6 SIO test) A:

3: CPU Interface (Address Bus) 4: E-RAM Interface (Data Bus) 5:

E-RAM Interface (Address Bus)

SIO Connection (DSP7 -> DSP6)

SIO Connection (DSP6 -> DSP7)

SIO Connection (DSP7 -> DSP7) SIO Connection (ATSC -> DSP7)

SIO Connection (DSP7 -> ATSC) A: PIO Connection (DSP6--->DSP6 SIO test)

Example of execution screen

--- 2TR IN/OUT ---

FS,SRC ON/OFF

OK OUT-->IN OK DIR Lock(RERR) OK DIT,DIR CDIN,CDOUT

NG: DIO IC114-SO62-->IC651-->IC902

-->IC903-->IC604-->IC101-SI30

EXIT ([DEC Key]->[ENTER Key])

161

DM2000

1-14 WORD CLOCK Test

Contents: Count FPGA over WORD CLOCK OUT→IN

for automatic judge (Fs=44.1/48/88.2/96kHz). For the LOCK check of PLL, read the UNLOCK signal for judge after the clock becomes stable (after about 100ms).The UnLock check of PLL inspect after disconnecting the cable connected to WORD CLOCK IN. UnLock confirmation is automatically checked when the cable is replaced.

Preparation: Connect W ORD CLOCK OUT1→IN with the

BNC cable. In the midwa y , connect to W ORD CLOCK OUT2.

Example of execution screen

--- WORD CLOCK ---

OK OUT1->IN OK OUT2->IN NG PLL(DIR2,DBL) NG PLL(DIR2,DBL) UnLock

Change connect to OUT2

NG:DBL_PLL_48K_COUNT=220

EXIT ([DEC Key]->[ENTER Key])

This message appears when judged with OUT1. Connect the cable to OUT2 and press the [ENTER] key.

Example of execution screen

--- SMART Media ---

OK INSert line OK BUSY line OK PROTECT line NG Media W/R

Insert Protected SmartMedia NG: W->R[Addr=12:W34:R00]

EXIT ([DEC Key]->[ENTER Key])

If this message appeared, replace the card to which the protect seal is attached. The procedure will be automatically continued.

1-18 TIME Code Test

Contents: Receiving the MIDI OUT signal from the unit

and compare with the Send/Receive signal “Test MTC¥n” for judge. (Only MTC can be checked. SMPTER check is unavailable.)

Preparation: Connect MIDI THRU of the unit to MTC.

Example of execution screen

--- TIME Code ---

OK MTC

1-16 CASCADE Test

Contents: Send each signal from CASCADE OUT to

CASCADE IN for automatic judge.

Preparation: Connect CASCADE OUT to CASCADE IN

of the unit.

Example of execution screen

--- CASCADE ---

OK WCK OK SIO OK COM NG LINES OK ID Read

NG: CAS:AUX1-2 [W:12345678 -> R:00FF0011]

EXIT ([DEC Key]->[ENTER Key])

1-17 SMART Media Test

Contents: Check three control signal lines of SMART

Media. Read/Write the data of 00, 01, …ff, 01, 02…00(512Bytes) from/into sector 0 of the media for comparison.

Preparation: Prepare two 3.3V-Smart media cards. One

is for attaching PRO TECT seal. Don’t insert the smart media when starting the check.

EXIT ([DEC Key]->[ENTER Key])

1-25 LCD Test

Contents: Display the entire LCD screen in black and

white alternatively for visual check.

Example of execution screen

--- LCD ---

OK Turn on LCD(white<-->black)

[ENTER] key to Start, [DEC] key to Stop

OK NG

EXIT ([DEC Key]->[ENTER Key])

Check if good or bad.

Check if the entire screen is displayed in black and white respectively. Check for no dot less. Check if the contrast of the screen changes when the contrast volume is changed.

If the above is confirmed, then press the [DEC] key and select OK/NG.

162

DM2000

1-26 PANEL LED Test

Contents: Check visually if each LED on the panel and

7-SegLEDs lights in a specified order.

Example of execution screen

--- PANEL LED ---

OK 1 MATRIX...EFFECTS OK 2 CH1...CH24 AUTO-SEL-SOLO-ON OK 3 ROUTING...LAYER OK 4 TRACK...LOCATOR OK 5 STUDIO...TALKBACK OK 6 PAN4 OK 7 ALL LED ON

[ENTER] key to Start

OK NG

EXIT ([DEC Key]->[ENTER Key])

Check if good or bad.

For the lighting order , see 2. Supplement “LED lighting order Fig. 1,2.” For 7-SegLEDs, they light in the order 1..9,0-dot.

1-27 PANEL LED Test

Contents: Check if all the LEDs on the panel light

properly in the four grades (for two-color LED is in red). Confirm that only red LEDs light (including two-color LED). Confirm that only green LEDs light (including two-color LED). Confirm that only orange LEDs light.

Example of execution screen

--- PANEL ALL LED ---

OK 1 BRIGHTNESS OK 2 RED LEDs OK 3 GREEN LEDs OK 4 ORANGE LEDs

[ENTER] key to Start

1) For the operation sequence, see 2. Supplement “SW operation Fig1, 2.”

2) LCD display will change to that of 2. Supplement “LCD display Fig.1” and if the [DEC] k ey is pressed, it goes ahead forcibly to the ne xt screen and thus the [DEC] ke y chec k is not required.

1-29 FADER TSense Test

Contents: Touch sense is automatically check ed by the

variation of input when the Fader is touched by hand.

Example of execution screen

--- FADER Tsense ---

OK CH1 ** NG CH2 * NG CH3 ** OK CH4 ** OK CH5 ** OK CH6 ** NG CH7 ** NG CH8 * NG CH9 * NG CH10 * NG CH11 * OK CH12 *

EXIT ([DEC Key]->[ENTER Key])

NG CH13 ** OK CH14 ********** NG CH15 * NG CH16 ** NG CH17 * NG CH18 * NG CH19 * NG CH20 * NG CH21 * NG CH22 * NG CH23 * OK CH24 * OK STEREO *

When the Fader is touched, the bar graph changes. (Up to 10)

If the judged OK, the check will go to the next channel. If not OK, press the [DEC] key to go to the next check.

1-30 FADER Move Test

Contents: 1) Move up/down all the Faders. (Aging)

2) Move a Fader one by one and measure the time for auto-judge (two kinds).

3) Check if the stop position of F ader position 1 is within ±2mm of specified position. Check if the stop position of F ader position 2,3 does not exceed too much from specified position. (F or the specified positions, see the table below.)

4) Move the all Faders up/down to visually check for excessively slow Fader.

OK NG

EXIT ([DEC Key]->[ENTER Key])

1-28 PANEL SW Test

Contents: Check if each switch on the panel

corresponds correctly as specified when pressed. (Auto-judge)

Example of execution screen

--- PNL SW ---

NG GROUP1 GROUP2 GROUP3

[ENTER] key to Start

EXIT ([DEC Key]->[ENTER Key])

Check if good or bad.

Example of execution screen

--- FADER Move ---

-- 1 Aging 100

-- 2 Aging OK 3 FADER Speed1 NG 4 FADER Speed2 OK 5 FADER Position1 OK 6 FADER Position2 OK 7 FADER Position3 OK 8 FADER UpDown

[ENTER] key to Start NG:CH2 U=yymS,D=zzmS

1 OK NG

EXIT ([DEC Key]->[ENTER Key])

When entering this screen, wait at 2. Starting item can be selected with the [↑] or [↓] key. The [ENTER] key starts the check which then goes forward automatically up to 8.

Pressing the [ENTER] key enables to execute Aging 100 times. Pressing the [ENTER] key enables to execute Aging 3 times.

163

DM2000

1) Specified position of FADER Position

FADER Position 1 FADER Position 2 FADER Position 3

0dB at the index of the Fade’s left

-10dB at the index of the Fade’s left

-30dB at the index of the Fade’s left

CH1-24 STEREO

1-31 ENCODER (CH) Test

Contents: Check the rotation response of Encoder of

CH1 through CH24. Rotating the Encoder in clockwise moves the mark “>” located on the left end to the right direction. When the mark “>” reaches the right end, it turns into the mark “<.” After this, rotating the Encoder counterclockwise moves the mark “<” to the left direction. If the mark “<” reaches the left end, it will be OK.

Example of execution screen

--- ENCODER(CH) ---

OK CH1 OK CH2 OK CH3 OK CH4 OK CH5 OK CH6 OK CH7 OK CH8 OK CH9 OK CH10 OK CH11 OK CH12

CCW ------>---------- CW

NG CH13 NG CH14 NG CH15 NG CH16 NG CH17 NG CH18 NG CH19 NG CH20 NG CH21 NG CH22 NG CH23 NG CH24

-10dB

-20dB

-50dB

If judged as OK, the check moves to the next channel. If not OK, press the [DEC] key to move to the next check.

The bar moves to the rotating direction. > means to rotate CW (Clockwise) < means to rotate CCW (Counterclockwise)

1-33 FL Test

Contents: All the symbols and the dots of FL module

will be lit. Confirm that no lack of dot in displa y and no irregular brightness in display are found. And then, all the symbols and the dots will be turned off. Confirm that all of them disappeared. Confirm that “A, B, C, D” is display ed normally in the character display area on the FL module.

Example of execution screen

--- FL Symbol ---

OK 1 Turn on all FL symbols OK 2 Turn off all FL symbols OK 3 Display character

[ENTER] key to Start

OK NG

EXIT ([DEC Key]->[ENTER Key])

All symbols and dots are lit. Alphabet character is displayed one by one.

1-36 METER LED Test

Contents: Visually check if MB2000’s LEDs and 7-seg

LEDs light correctly in the order specified.

Example of execution screen

--- METER LED ---

OK 1 Channel Bargraph NG 2 Stereo Bargraph NG 3 Time Code NG 4 Others

1-32 ENCODER (etc.) Test

Contents: From CH1, check the rotation response of

Encoder of other than CH24. The way of operation is the same as 1-31.

Example of execution screen

--- ENCODER(etc.) ---

NG PAN/SURROUND NG ATT NG LOW-F NG LOW-G NG LOW-MID-F NG LOW-MID-G NG HIGH-MID-F NG HIGH-MID-G NG HIGH-F NG HIGH-G NG SOLO CONTRAST NG MONITOR LEVEL NG WHEEL NG Joystick(L-R) NG Joystick(D-U)

D >----------------U

Expression of other than Joystick

OK EFFECT1 OK EFFECT2 OK EFFECT3 OK EFFECT4 OK TIME OK DELAY OK LEVEL1 OK LEVEL2 OK LEVEL3 OK LEVEL4 OK THRESHOLD OK RANGE OK ATTACK OK DECAY NG HOLD

CCW >----------------CW L >----------------R

164

If judged as OK, the check moves to the next channel. If not OK, press the [DEC] key to move to the next check.

Expression of Joystick (When L-R finished, moves to D-U.)

[ENTER] key to Start

OK NG

EXIT ([DEC Key]->[ENTER Key])

The orders of lighting are as follows:

1) Channel bar graph is turned on. (LED lighting order: CH1: Lower→Upper..CH24: Lower→Upper)

2) Stereo bar graph is turned on. (LED lighting order: Stereo L: Lower→Upper, Stereo R: Lower→Upper)

3) TIME CODE: lighting repeated as H10→H1→M10→M1→

S10→S1→F10→F1(Lighting order: →1..9→.(dot))

4) Other lighting

(CH1-24_1 → CH25-48_1 → .. → BUS1-24_1 → CH1-48_1

→ CH49-96_1 →CH1-24_2 → CH25-48_2 → .. →

BUS1-24_4 → CH1-48_4 → CH49-96_4 →INPUT PRE

EQ → PRE FADER → .. → OUTPUT PRE FADER →

POST FADER → PEAK HOLD SW → 1-24 SW → 25-48 SW → .. → MASTER SW → REMOTE1 SW → .. →

REMOTE4 SW → 1-48 SW→ 49-96 SW →

CONTROL ROOM)

DM2000

1-37 METER SW Test

Correspondence between SWs and LEDs is as follow:

Contents: Press the SWs of MB2000 to check if the

corresponding LED turns ON/OFF.

Example of execution screen

--- METER SW ---

OK METER SW

OK NG

EXIT ([DEC Key]->[ENTER Key])

2. Supplement LCD Display Fig.1 PANEL SW operation sequence Screen

(For operation sequence, see “SW operation Fig.1and 2.)

LCD display: 53 columns x 30 lines (320 x 240 dots with Font5x7)

INPUT METERING POSTION

Switch LED

OUTPUT METERING POSTION PEAK HOLD 1-24 25-48 49-72 73-96 MASTER 1-48 49-96 REMOTE1 REMOTE2 REMOTE3 REMOTE4 CONTROL ROOM

PRE EQ PRE EQ PEAK HOLD 1-24 25-48 49-72 73-96 MASTER 1-48 49-96 REMOTE1 REMOTE2 REMOTE3 REMOTE4 CONTROL ROOM

Pressed SW will disappear.

The next SW to be pressed will blink.

The SWs not pressed in specified order are shown. Press as specified to return to normal display.

165

DM2000

SW Operation Fig.1

GROUP1

3 4

GROUP2

1 2 3 4 5 6 7 8 9 10111213141516 1718192021222324

166

SW Operation Fig.2

GROUP3

DM2000

167

DM2000

LED Lighting Sequence Fig.1

2 3

2 3 4 5 6 7 8 9 10111213141516 1718192021222324

168

LED Lighting Sequence Fig.2

DM2000

169

DM2000

170

DM2000

171

DM2000

172

DM2000

173

DM2000

174

DM2000

175

DM2000

176

DM2000

177

DM2000

178

DM2000

179

DM2000

180

TEST PROGRAM

Execute the test program for MB2000.

1. Preparation

1) Connect the D-sub 15pin cable to the [MBTER] terminal in the rear of DM2000.

2) If DM2000 is not provided, supply +12V between +12V and GND from an external power supply. Note) Loop Back test will result in ERROR if independent test is carried out with being connected to the body of DM2000.

2. Starting the test program

1) Turn on the power while pressing the [PEAK HOLD] switch and the [CONTROL ROOM] switch to go to the independent test mode and start the SW check.

2) Press the [PEAK HOLD] switch and the [CONTROL ROOM] switch again to start the LED check 1. (To restart the SW check, turn on the power once again.)

3) After this, the test item will be changed by pressing the [REMOTE 1] switch and the [REMTE 2] switch.

4) Pressing [1-48] switch and [49-96] switch will change LED light duration time.

3. Check items 3-1 SW check

Judge by LED light ON/OFF when each switch is pressed.

Switch Action

INPUT METERING POSTION OUTPUT METERING POSTION PEAK HOLD 1-24 25-48 49-72 73-96 MASTER 1-48 49-96 REMOTE1 REMOTE2 REMOTE3 REMOTE4 CONTROL ROOM

PRE EQ turned ON/OFF PRE EQ turned ON/OFF PEAK HOLD LED turned ON/OFF 1-24 LED turned ON/OFF 25-48 LED turned ON/OFF 49-72 LED turned ON/OFF 73-96 LED turned ON/OFF MASTER LED turned ON/OFF 1-48 LED turned ON/OFF 49-96 LED turned ON/OFF REMOTE1 LED turned ON/OFF REMOTE2 LED turned ON/OFF REMOTE3 LED turned ON/OFF REMOTE4 LED turned ON/OFF CONTROL ROOM LED turned ON/OFF

DM2000

3-2 LED check

Check number Check item

1 Communication Loop Back test Normal:’0’, Error:H10=’E’

REMOTE↓↑REMOTE2

2 LED full bright 3 Green LED full bright 4 Orange LED full bright 5 Red LED full bright 6 Channel bar-graph turned ON (LED light sequence: CH1: lower → upper..CH24: lower → upper) 7 Stereo bar-graph turned ON (LED light sequence: STEREO L: lower → upper, STEREO R: lower

8 Other lights turned ON

(CH1-24_1 → CH25-48_1 → .. → BUS1-24_1 → CH1-48_1 → CH49-96_1 → CH1-24_2 → CH25-48_2 → .. → BUS1-24_4 → CH1-48_4 → CH49-96_4 → INPUT PRE EQ → PRE FADER → .. → OUTPUT PRE FADER → POST FADER → PEAK HOLD SW → 1-24 SW → 25-48 SW → .. → MASTER SW → 1-48 SW → REMOTE1 SW → .. → REMOTE4 SW → 49-96 SW → CONTROL ROOM)

9 TIME CODE H10 → H1 → M10 → M1 → S10 → S1 → F10 → F1 Repeat this sequence.

(Lighting sequence: 0 → 1..9 → . (dot))

→ upper)

181

DM2000

182

USING BULK DUMP

DM2000 data can be stored to an external MIDI device, such as a MIDI data filer, by using MIDI Bulk Dump.

1 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].

DM2000

3 To receive data, use the CATEGORY parameters to

select the type of data you want to receive, select the REQUEST 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. SCENE MEM: ALL Scenes, individual Scenes, or current

(i.e., the Edit buffer). AUTOMIX: ALL Automixes, individual Automixes, or the current Automix. LIBRARY: The following libraries: EQ, Gate, Comp, Channel, Effects, GEQ, Bus to Stereo, Input Patch, Output Patch, Surround Monitor. For each library you can specify ALL user memories, individual user memories, and for the Bus to Stereo, Input Patch, Output Patch, Surround Monitor libraries you can also specify the current settings. BANK: User Defined Remote Layer banks, User Defined Plug-Ins banks, or the User Defined Keys banks. For each item you can specify ALL or individual banks.

SETUP MEM: DM2000 setup data (i.e., system settings). PGM TABLE: Scene to MIDI Program Change table. CTL TABLE: Parameter to MIDI Control Change table. PLUG-IN: The settings of any installed Y56K cards. You

can specify ALL Slots or Slots 4–6 individually.

183

DM2000

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.

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 LIST box displays files and directories alphabetically. Only files of the currently selected CA TEGOR Y are displayed. All files are displayed when the CATEGORY is set to ALL. Use the cursor buttons to select the LIST box, and then use the Parameter wheel or INC/DEC buttons to select files and directories. Directories have a small “D” next to their name. You can open the currently selected directory by pressing [ENTER]. To move up the directory structure, select “up,” and then press [ENTER]. You cannot move up beyond the “/YPE/DM2000” directory. The PATH box indicates the path of the currently selected file. The SmartMedia icon to the right of the PATH box indicates whether or not a SmartMedia card is inserted: “O” when a card is inserted, “X” when no card is inserted.

3 To save data, use the CATEGORY parameters to

select the type of data you want to save, use the LIST box to select where you want to save the data, select the SAVE button, and then press [ENTER].

When the Title Edit window appears, enter a filename, and press OK when you’ve finished. You can save data with a different name by using the SAVE AS button. When saving individual items, such as Scenes or library memories, you can use the SAVE OPTIONS APPEND and OVERWRITE to append individual memories to existing files or to overwrite them. The SAVE OPTIONS are unavailable when ALL, or SCENE MEM ALL, AUTOMIX ALL, LIBRARY ALL, BANK ALL, or PLUG IN ALL is selected. The CATEGORY parameters can be set as follows:

ALL: Saves all data. SCENE MEM: Saves Scenes. You can save ALL Scenes,

individual Scenes, or the Edit Buffer (i.e., the current Scene).

184

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. For each library you can select ALLuser memories, individual user memories, and for the Bus to Stereo, Input Patch, Output Patch, Surround Monitor libraries you can also select the current settings. BANK: Saves the User Defined Remote banks, User Defined Plug-Ins banks, or the User Defined Keys banks. For each item you can select ALL or individual banks. SETUP MEM: Saves the DM2000 setup data (i.e., system settings). PGM TABLE: Saves the Scene to MIDI Program Change table. CTL TABLE: Saves the Parameter to MIDI Control Change table. PLUG-IN: Saves the settings of the effects processing cards installed in the Slots. You can save ALL Slots or individual Slots.

DM2000

DM2000 data can be loaded from SmartMedia as follows.

1 Use the DISPLAY ACCESS [DATA] button to locate

the Load page.

2 Insert your SmartMedia card into the CARD slot.

3 To load data, use the buttons in the CATEGORY box

to select the type of file you want to load, select a file in the LIST box, select the LOAD button, and then press [ENTER].

The FILE INFORMATION box displays the filename and the date when the currently selected file was last stored. See “Saving” on page 184 for information on the P ATH and LIST boxes and the SmartMedia icon.

185

DM2000

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. See “Saving” on page 184 for information on the P ATH and LIST boxes and the SmartMedia icon. The STATUS box displays information about the currently inserted SmartMedia card, including, its Volume Label, total Capacity, amount of Used space, and amount of Free space.

3 To create a new directory, use the LIST box to select

the directory in which you want to create the new directory, select the CREATE DIRECTORY button, and then press [ENTER].

When the Title Edit window appears, enter a name for the new directory, and press OK when you’ve finished.

4 To rename a file or directory, use the LIST box to

select that file or directory, select the RENAME button, and then press [ENTER].

When the Title Edit window appears, edit the name, and press OK when you’ve finished.

5 To delete a file or directory, use the LIST box to

select that file or directory, select the DELETE button, and then press [ENTER].

6 To format a SmartMedia card, select the FORMAT

button, and press [ENTER].

When the Title Edit window appears, enter a volume label for the card, and press OK when you’ve finished. The directory “/YPE/DM2000” is created automatically.

186

CHECKING THE BATTERY

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,” failure to replace a low battery may result in data loss.

DM2000

INITIALIZING THE DM2000

The DM2000 can be initialized as follows.

Warning: This procedur e will clear all user memories and r eset all settings to their initial values. You may want to back up any important data beforehand via MIDI Bulk Dump (see page 183), or to SmartMedia (see page 184). If you want to reset just the mix settings, recall scene memory #0 instead.

1 Turn off the DM2000.

2 While holding down the SCENE MEMORY [STORE]

button, turn on the DM2000.

3 When the confirmation message appears, release

the SCENE MEMORY [STORE] button, select YES, and press [ENTER].

The following message is displayed while initialization is in progress: “Loading Factory Presets & Calibrating the Faders... Do Not Touch the Faders!” It’s important that you do not touch the faders while this message is displayed. The display returns to normal when initialization is complete.

187

DM2000

MIDI DATA FORMAT

Scene Memory to Program Change Table

Program

Change #

101 4444 8787 202 4545 8888 303 4646 8989 404 4747 9090 505 4848 9191 606 4949 9292 707 5050 9393 808 5151 9494

909 5252 9595 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 57 100 00 15 15 58 58 101 — 16 16 59 59 102 — 17 17 60 60 103 — 18 18 61 61 104 — 19 19 62 62 105 — 20 20 63 63 106 — 21 21 64 64 107 — 22 22 65 65 108 — 23 23 66 66 109 — 24 24 67 67 110 — 25 25 68 68 111 — 26 26 69 69 112 — 27 27 70 70 113 — 28 28 71 71 114 — 29 29 72 72 115 — 30 30 73 73 116 — 31 31 74 74 117 — 32 32 75 75 118 — 33 33 76 76 119 — 34 34 77 77 120 — 35 35 78 78 121 — 36 36 79 79 122 — 37 37 80 80 123 — 38 38 81 81 124 — 39 39 82 82 125 — 40 40 83 83 126 — 41 41 84 84 127 — 42 42 85 85 128 — 43 43 86 86

Initial

Scene #

User

Scene #

Program

Change #

Initial

Scene #

User

Scene #

Program Change#

Initial

Scene #

User

Scene #

188

Initial Parameter to Control Change Table

DM2000

# High Mid Low

0 NO ASSIGN 1 FADER H CHANNEL INPUT1 2 FADER H CHANNEL INPUT2 3 FADER H CHANNEL INPUT3 4 FADER H CHANNEL INPUT4 5 FADER H CHANNEL INPUT5 6 FADER H CHANNEL INPUT6 7 FADER H CHANNEL INPUT7 8 FADER H CHANNEL INPUT8

9 FADER H CHANNEL INPUT9 10 FADER H CHANNEL INPUT10 11 FADER H CHANNEL INPUT11 12 FADER H CHANNEL INPUT12 13 FADER H CHANNEL INPUT13 14 FADER H CHANNEL INPUT14 15 FADER H CHANNEL INPUT15 16 FADER H CHANNEL INPUT16 17 FADER H CHANNEL INPUT17 18 FADER H CHANNEL INPUT18 19 FADER H CHANNEL INPUT19 20 FADER H CHANNEL INPUT20 21 FADER H CHANNEL INPUT21 22 FADER H CHANNEL INPUT22 23 FADER H CHANNEL INPUT23 24 FADER H CHANNEL INPUT24 25 FADER H CHANNEL INPUT25 26 FADER H CHANNEL INPUT26 27 FADER H CHANNEL INPUT27 28 FADER H CHANNEL INPUT28 29 FADER H CHANNEL INPUT29 30 FADER H CHANNEL INPUT30 31 FADER H CHANNEL INPUT31 32 NO ASSIGN 33 FADER L CHANNEL INPUT1 34 FADER L CHANNEL INPUT2 35 FADER L CHANNEL INPUT3 36 FADER L CHANNEL INPUT4 37 FADER L CHANNEL INPUT5 38 FADER L CHANNEL INPUT6 39 FADER L CHANNEL INPUT7 40 FADER L CHANNEL INPUT8 41 FADER L CHANNEL INPUT9 42 FADER L CHANNEL INPUT10 43 FADER L CHANNEL INPUT11 44 FADER L CHANNEL INPUT12 45 FADER L CHANNEL INPUT13 46 FADER L CHANNEL INPUT14 47 FADER L CHANNEL INPUT15 48 FADER L CHANNEL INPUT16 49 FADER L CHANNEL INPUT17 50 FADER L CHANNEL INPUT18 51 FADER L CHANNEL INPUT19 52 FADER L CHANNEL INPUT20 53 FADER L CHANNEL INPUT21 54 FADER L CHANNEL INPUT22 55 FADER L CHANNEL INPUT23 56 FADER L CHANNEL INPUT24 57 FADER L CHANNEL INPUT25 58 FADER L CHANNEL INPUT26 59 FADER L CHANNEL INPUT27

# High Mid Low

60 FADER L CHANNEL INPUT28 61 FADER L CHANNEL INPUT29 62 FADER L CHANNEL INPUT30 63 FADER L CHANNEL INPUT31 64 ON CHANNEL INPUT1 65 ON CHANNEL INPUT2 66 ON CHANNEL INPUT3 67 ON CHANNEL INPUT4 68 ON CHANNEL INPUT5 69 ON CHANNEL INPUT6 70 ON CHANNEL INPUT7 71 ON CHANNEL INPUT8 72 ON CHANNEL INPUT9 73 ON CHANNEL INPUT10 74 ON CHANNEL INPUT11 75 ON CHANNEL INPUT12 76 ON CHANNEL INPUT13 77 ON CHANNEL INPUT14 78 ON CHANNEL INPUT15 79 ON CHANNEL INPUT16 80 ON CHANNEL INPUT17 81 ON CHANNEL INPUT18 82 ON CHANNEL INPUT19 83 ON CHANNEL INPUT20 84 ON CHANNEL INPUT21 85 ON CHANNEL INPUT22 86 ON CHANNEL INPUT23 87 ON CHANNEL INPUT24 88 ON CHANNEL INPUT25 89 PAN

PAN

90 CHANNEL INPUT2 91 CHANNEL INPUT3

PAN

92 CHANNEL INPUT4

PAN

93 CHANNEL INPUT5

PAN

94 CHANNEL INPUT6

PAN

95 CHANNEL INPUT7

PAN

96 CHANNEL INPUT8

PAN PAN

97 CHANNEL INPUT9

PAN

98 CHANNEL INPUT10 99 CHANNEL INPUT11

PAN

100 CHANNEL INPUT12

PAN

101 CHANNEL INPUT13

PAN PAN

102 CHANNEL INPUT14

PAN

103 CHANNEL INPUT15

PAN

104 CHANNEL INPUT16

PAN

105 CHANNEL INPUT17

PAN

106 CHANNEL INPUT18

PAN

107 CHANNEL INPUT19 108 CHANNEL INPUT20

PAN

109 CHANNEL INPUT21

PAN

110 CHANNEL INPUT22

PAN

111 CHANNEL INPUT23

PAN PAN

112 CHANNEL INPUT24

PAN

113 CHANNEL INPUT25

PAN

114 CHANNEL INPUT1

PAN

115 CHANNEL INPUT2

PAN

116 CHANNEL INPUT3 117 CHANNEL INPUT4

PAN

118 CHANNEL INPUT5

PAN PAN

119 CHANNEL INPUT6

CHANNEL INPUT1

189

DM2000

MIDI Data Format

1. CHANNEL MESSAGE

Command rx/tx function

8n NOTE OFF rx Control the internal effects 9n NOTE ON rx Control the internal effects Bn CONTROL CHANGE rx/tx Control parameters Cn PROGRAM CHANGE rx/tx Switch scene memories

2. SYSTEM COMMON MESSAGE

Command rx/tx function

F1 MIDI TIME CODE QUARTER FRAME

F2 SONG POSITION POINTER rx

3. SYSTEM REALTIME MESSAGE

Command rx/tx function

F8 TIMING CLOCK rx MIDI clock FA START rx* Start automix (from the

FB CONTINUE rx* Start automix (from the

FC STOP rx* Stop automix FE ACTIVE SENSING rx Check MIDI cable connections FF RESET rx Clear running status

Received only when the Automix TIME REFERENCE setting is

MIDI CLOCK.

4. EXCLUSIVE MESSAGE

4.1 Real Time System Exclusive

Command rx/tx function

F0 7F dd 06 MMC COMMAND tx MMC command (refer to

F0 7F dd 07 MMC RESPONSE rx MMC response(refer to MMC

F0 7F dd 01 MIDI TIME CODE rx

4.2 System Exclusive Message

4.2.1 Bulk Dump

Command rx/tx function

F0 43 0n 7E BULK DUMP DATA rx/tx BULK DUMP DATA F0 43 2n 7E BULK DUMP REQUEST

The following data types of bulk dump are used on the DM2000.

Data name tx/rx function

'm' tx/rx Scene Memory & Request 'S' tx/rx Setup Memory & Request 'a' tx/rx Automix data & Request 'R' tx/rx Input patch library & Request 'O' tx/rx Output patch library & Request 'H' tx/rx Channel library & Request 'G' tx/rx Gate library & Request 'Y' tx/rx Compressor library & Request 'Q' tx/rx Equalizer library & Request 'E' tx/rx Effect library & Request 'F' tx/rx GEQ library & Request 'J' tx/rx Bus to Stereo library & Request 'K' tx/rx Surround Monitor library & Request 'P' tx/rx Program change table & Request 'C' tx/rx Control change table & Request 'L' tx/rx User deﬁne layer & Request 'I' tx/rx Plug-in User deﬁne & Request 'V' tx/rx User deﬁne key & Request 'N' tx/rx Plug-in Effect Card Data & Request

190

Used when TIME REFERENCE is

MIDI CLOCK. Used when TIME REFERENCE is

MIDI CLOCK.

beginning)

middle)

MMC speciﬁcation)

speciﬁcation) Usedwhen TIME REFERENCE is

MTC.

rx/tx BULK DUMP REQUEST

4.2.2 PARAMETER CHANGE

Command rx/tx function

F0 43 1n 3E 06 PARAMETER CHANGE

F0 43 3n 3E 06 PARAMETER REQUEST

F0 43 1n 3E 7F PARAMETER CHANGE

F0 43 3n 3E 7F PARAMETER REQUEST

rx/tx DM2000-speciﬁc parameter

change

rx/tx DM2000-speciﬁc parameter

request

rx/tx General purpose digital mixer

parameter change

rx/tx General purpose digital mixer

parameter request

The following data types of parameter change are used by the DM2000.

Type tx/rx function

1 tx/rx Edit buffer 2 tx/rx Patch data 3 tx/rx Setup data 4 tx/rx Backup data 16 tx/rx Function (recall, store, title, pair) 32 tx/rx Key remote 33 tx/rx remote meter 34 tx/rx remote counter

4.2.3 Card Filer

Command rx/tx Function

F0 43 5n CARD FILER rx/tx Packet for cardﬁler (refer to

Card Filer speciﬁcation)

** tx means that the data can be transmitted from the DM2000. rx means that the data can be received by the DM2000.

Format Details

1. NOTE OFF (8n)

Reception

Received when the [Rx CH] matches. Used to control effects.

STATUS 1000nnnn 8n DATA 0nnnnnnn nn

0vvvvvvv vv

2. NOTE ON (9n)

Reception

Received when the [Rx CH] matches. Used to control effects.

STATUS 1001nnnn 9n DATA 0nnnnnnn nn

0vvvvvvv vv

3. CONTROL CHANGE (Bn)

Reception

Received when [Control Change Rx] is ON and the [Rx CH] matches. However if [OMNI] is ON, this is received regardless of the channel. If [Control Change ECHO] is ON, these messages are echoed to MIDI OUT. If [TABLE] is selected, parameters will be controlled according to the settings of the [Control assign table]. The parameters that can be set are defined in the CONTROL CHANGE ASSIGN PARAMETER LIST. If [NRPN] is selected, four messages are used to control the defined parameter: NRPN control numbers (62h, 63h) and DATA ENTRY control numbers (06h, 26h). Parameter settings are defined in the CONTROL CHANGE ASSIGN PARAMETER LIST.

Transmission

If [TABLE] is selected, operating the parameters specified in the [Control assign table] will cause these messages to be transmitted on the [Tx CH] if [Control Change TX] is ON. The parameters that can be specified are defined in the CONTROL CHANGE ASSIGN PARAMETER LIST. If [NRPN] is selected, operating the specified parameters will cause data to be transmitted on the [Tx CH] if [Control Change TX] is ON, using four messages: NRPN control numbers (62h, 63h) and DATA ENTRY control numbers (06h, 26h). Parameter settings are defined in the CONTROL CHANGE ASSIGN PARAMETER LIST.

Note off message Note number Velocity (ignored)

Note on message Note number Velocity (1-127:on, 0:off)

DM2000

If [TABLE] is selected

STATUS 1011nnnn Bn DATA 0ccccccc cc

0vvvvvvv vv

Control change Control number (0-95, 102-119) Control value (0-127)

If [NRPN] is selected

STATUS 1011nnnn Bn DATA 01100010 62

STATUS 1011nnnn Bn DATA 01100011 63

STATUS 1011nnnn Bn DATA 00100110 26

STATUS 1011nnnn Bn DATA 00000110 06

*1) There is no particular need to add the 2nd, 3rd, and 4th status

for transmission. However if these are present during reception, they should be received.

*2) Does not need to be transmitted if the parameter data fits

within 7 bits.

0vvvvvvv vv

Control change NRPN LSB LSB of parameter number Control change *1 NRPN MSB MSB of parameter number Control change *1 LSB of data entry LSB of parameter data Control change *1, *2 MSB of data entry *2 MSB of parameter data *2

4. PROGRAM CHANGE (Cn)

Reception

This message is received if [Program Change RX] is ON and [Rx CH] matches. However if [OMNI] is ON, this is received regardless of the channel. A scene memory will be recalled according to the settings of the [Program Change Table]. This message will be echoed if [Program Change ECHO] is ON.

Transmission

If [Program Change TX] is ON, this message is transmitted according to the settings of the [Program Change Table] on the [Tx CH] channel when a scene memory is recalled. If the recalled scene has been assigned to more than one program number, the lowest-numbered program number will be transmitted. Transmission to Studio Manager using Program Change messages will not be performed since there is no guarantee that the contents of the tables will match. (Parameter Changes will always be used.)

STATUS 1100nnnn Cn DATA 0nnnnnnn nn

Program change Program number (0-127)

5. SONG POSITION POINTER (F2)

Reception

If this is received when the automix TIME REFERENCE setting is MIDI CLOCK, the automix will move to the song position that was received.

STATUS 11110010 F2 DATA 0vvvvvvv vv

0vvvvvvv vv

Song position pointer Song position LSB Song position MSB

6. TIMING CLOCK (F8)

Reception

If the automix TIME REFERENCE setting is MIDI CLOCK, this message is used to synchronize automix. It is also used to control effects. This message is transmitted 24 times per quarter note.

STATUS 11111000 F8

Timing clock

7. START (FA)

Reception

This message is received if the automix TIME REFERENCE setting is MIDI CLOCK, and will start the automix. In actuality, automix will start when the next TIMING CLOCK is received after receiving the START message.

STATUS 11111010 FA

Start

8. CONTINUE (FB)

Reception

This message is received if the automix TIME REFERENCE setting is MIDI CLOCK, and will cause automix to start from the current song position. In actuality, automix will start when the next TIMING CLOCK is received after receiving the CONTINUE message.

STATUS 11111011 FB

Continue

9. STOP (FC)

Reception

This message is received if the automix TIME REFERENCE setting is MIDI CLOCK, and will cause automix to stop.

STATUS 11111100 FC

Stop

10. 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 11111101 FE

Active sensing

11. 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

12. SYSTEM EXCLUSIVE MESSAGE (F0)

12.1 MIDI MACHINE CONTROL (MMC)

These messages are transmitted when the Machine Control section of the DM2000 is operated. For details, refer to the MMC specification.

12.2 BULK DUMP

This message sends or receives the contents of various memories stored within the DM2000. The basic format is as follows.

For DUMP DATA

F0 43 0n 7E cc cc <Model ID> tt mm mm [Data ...] cs F7

For DUMP REQUEST

F0 43 2n 7E <Model ID> tt mm mm F7 n cc cc

tt mm mm cs

A unique header (Model ID) is used to determine whether the device is a DM2000. CHECK SUM is obtained by adding the bytes that follow BYTE COUNT (LOW) and end before CHECK SUM, taking the binary compliment of this sum, and then setting bit 7 to 0.

CHECK SUM = (-sum)&0x7F

Reception

This message is received if [Bulk RX] is ON and the [Rx CH] matches the device number included in the SUB STATUS. When a bulk dump is received, it is immediately written into the specified memory. When a bulk dump request is received, a bulk dump is immediately transmitted.

Transmission

This message is transmitted on the [Tx CH] by key operations in the [MIDI]-[BULK DUMP] screen. A bulk dump is transmitted on the [Rx CH] in response to a bulk dump

Device Number DATA COUNT (the number of bytes that follow this, ending

before the checksum) Model ID (for the DM2000, this is 4C 4D 20 20 38 43 31

32) DATA TYPE

DATA NUMBER CHECK SUM

191

DM2000

request. The data area is handled by converting seven words of 8-bit data into eight words of 7-bit data.

[Conversion from actual data into bulk data]

d[0~6]: actual data b[0~7]: bulk data b[0] = 0; for( I=0; I<7; I++){

if( d[I]&0x80){

b[0] |= 1<<(6-I); } b[I+1] = d[I]&0x7F;

}

[Restoration from bulk data into actual data]

d[0~6]: actual data b[0~7]: bulk data for( I=0; I<7; I++){

b[0] <<= 1; d[I] = b[I+1]+(0x80&b[0]);

}

12.2.1 Scene memory bulk dump format

The DM2000 can transmit and receive scene memories in compressed form.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01101101 6D

0mmmmmmm mh 0mmmmmmm ml

BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'm' m=0-99, 256(Scene0-99, EDIT BUFFER) Receive is effective 1-99, 256 total block number(minimum number

is 0) current block number(0-total block

number) Scene data of block[mm]

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.2 Scene memory bulk dump request format

The second and third bytes of the DATA NAME indicate the scene number that is being requested. If this is 256, the data of the edit buffer will be bulk-dumped.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01101101 6D

0mmmmmmm mh

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'm' m=0-99, 256(Scene0-99, EDIT BUFFER)

0mmmmmmm ml EOX 11110111 F7

End of exclusive

192

12.2.3 Setup memory bulk dump format

Of the setup memory of the DM2000, this bulk-dumps data other than the User define layer, User define plug-in, User define keys, Control change table, and Program change table.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01010011 53

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'S'

00000010 02

BLOCK INFO. 0ttttttt tt

00000000 00

0bbbbbbb bb

DATA 0ddddddd ds

No.256 = Current total block number(minimum number

is 0) current block number(0-total block

number) Setup memory data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.4 Setup memory bulk dump request format

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01010011 53

00000010 02

00000000 00 EOX 11110111 F7

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'S'

No.256 = Current End of exclusive

12.2.5 User deﬁne layer bulk dump format

The second and third bytes of the DATA NAME indicate the bank number. Be aware that the state of the transmission destination will (in some cases) change if the same bank is being used.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch COUNT LOW 0ccccccc cl

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

'L' 'M' ' ' ' ' '8' 'C' '1' '2'

DM2000

DATA NAME 01001100 4C

'L'

00000000 00

BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

b=0-3(bank no.1-4) total block number(minimum number

is 0) current block number(0-total block

number) User deﬁne layer

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.6 User deﬁne layer bulk dump request format

The second and third bytes of the DATA NAME indicate the bank number.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01001100 4C

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'L'

00000000 00

EOX 11110111 F7

0bbbbbbb bb

b=0-3(bank no.1-4) End of exclusive

12.2.7 User deﬁne plug-in bulk dump format

The second and third bytes of the DATA NAME indicate the bank number. Be aware that the state of the transmission destination will (in some cases) change if the same bank is being used.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01001001 49

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'I'

00000000 00

BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

b=0-7(bank no.1-8) total block number(minimum number

is 0) current block number(0-total block

number) User deﬁne plug-in data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.8 User deﬁne plug-in bulk dump request format

The second and third bytes of the DATA NAME indicate the bank number.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel)

FORMAT No. 01111110 7E

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01001001 49

Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'I'

00000000 00

EOX 11110111 F7

0bbbbbbb bb

b=0-7(bank no.1-8) End of exclusive

12.2.9 User Deﬁne Key bulk dump format

The second and third bytes of the DATA NAME indicate the bank number. Be aware that the state of the transmission destination will (in some cases) change if the same bank is being used.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH cccccccc ch

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

COUNT LOW cccccccc cl

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01010110 56

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'V'

00000000 00

BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

b=0-3(bank no.A-D) total block number(minimum number

is 0) current block number(0-total block

number) User deﬁne key data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.10 User Deﬁne Key bulk dump request format

The second and third bytes of the DATA NAME indicate the bank number.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01010110 56

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'V'

BANK No. 00000000 00

EOX 11110111 F7

0bbbbbbb bb

b=0-3(bank no.A-D) End of exclusive

12.2.11 Control change table bulk dump format

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel)

193

DM2000

FORMAT No. 01111110 7E COUNT HIGH 00000011 ch

Universal bulk dump data count = ch * 128 + cl

COUNT LOW 00010010 cl

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01000011 43

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'C'

00000000 02

BLOCK INFO. 0ttttttt tt

00000000 00

0bbbbbbb bb

DATA 0ddddddd ds

No.256 = Current total block number(minimum number

is 0) current block number(0-total block

number) Control change table data

(342/7)*8+(342%7)+1=391bytes unﬁxed

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.12 Control change table bulk dump request format

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01000011 43

00000000 02

00000000 00 EOX 11110111 F7

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'C'

No.256 = Current End of exclusive

12.2.13 Program change table bulk dump format

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch COUNT LOW 0ccccccc cl

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01010000 50

00000000 02

00000000 00 BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'P'

No.256 = Current total block number(minimum number

is 0) current block number(0-total block

number) Program change table data

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

194

12.2.14 Program change table bulk dump request format

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01010000 50

00000000 02 00000000 00

EOX 11110111 F7

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'P'

No.256 = Current End of exclusive

12.2.15 Equalizer library bulk dump format

The second and third bytes of the DATA NAME indicate the bank number. 0:Library no.1 - 199:Library no.200, 256:CH1 - 351:CH96, 384:BUS1 391:BUS8, 512:AUX1 - 523:AUX12, 640:MATRIX1L - 647:MATRIX4R, 768:STEREO L - 769:STEREO R 256 and following are data for the corresponding channel of the edit buffer. For reception by the DM2000, only the user area is valid. (40-199, 256-)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31

00110010 32 DATA NAME 01010001 51 LIB. No. H 0bbbbbbb bb

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'Q' 0-199(EQ Library no.1-200),

256-(channel current data)

LIB. No. L 0bbbbbbb bb BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

total block number(minimum number is 0)

current block number(0-total block number)

EQ Library data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.16 Equalizer library bulk dump request format

The second and third bytes of the DATA NAME indicate the bank number. (See above)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2'

DM2000

DATA NAME 01010001 51 LIB. No. H 0bbbbbbb bb

'Q' 0-199(EQ Library no.1-200),

256-(channel current data)

LIB. No. L 0bbbbbbb bb EOX 11110111 F7

End of exclusive

12.2.17 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.128, 256:CH1 - 351:CH96, 384:BUS1 391:BUS8, 512:AUX1 - 523:AUX12, 640:MATRIX1L - 647:MATRIX4R, 768:STEREO L - 769:STEREO R 256 and following are data for the corresponding channel of the edit buffer. For reception by the DM2000, only the user area is valid. (36-127, 256-)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31

00110010 32 DATA NAME 01011001 59 LIB. No. H 0bbbbbbb bb

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'Y' 0-127(COMP Library no.1-128),

256-(channel current data)

LIB. No. L 0bbbbbbb bb BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

total block number(minimum number is 0)

current block number(0-total block number)

COMP Library data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.18 Compressor library bulk dump request format

The second and third bytes of the DATA NAME indicate the library number. (See above)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01011001 59 LIB. No. H 0bbbbbbb bb

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'Y' 0-127(COMP Library no.1-128),

256-(channel current data)

LIB. No. L 0bbbbbbb bb EOX 11110111 F7

End of exclusive

12.2.19 Gate library bulk dump format

The second and third bytes of the DATA NAME indicate the library number. 0:Library no.1 - 127:Library no.128, 256:CH1 - 351:CH96 256 and following are data for the corresponding channel of the edit buffer. For reception by the DM2000, only the user area is valid. (4-127, 256-)

STATUS 11110000 F0

System exclusive message

ID No. 01000011 43 SUB STATUS 0000nnnn 0n

FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch

Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI

Channel) Universal bulk dump

data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31

00110010 32 DATA NAME 01000111 47 LIB. No. H 0bbbbbbb bh

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'G' 0-127(GATE Library no.1-128),

256-351(channel current data)

LIB. No. L 0bbbbbbb bl BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

total block number(minimum number is 0)

current block number(0-total block number)

GATE Library data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.20 Gate library bulk dump request format

The second and third bytes of the DATA NAME indicate the library number. (See above)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01000111 47 LIB. No. H 0bbbbbbb bh

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'G' 0-127(GATE Library no.1-128),

256-351(channel current data)

LIB. No. L 0bbbbbbb bl EOX 11110111 F7

End of exclusive

12.2.21 Effect library bulk dump format

The second and third bytes of the DATA NAME indicate the library number. 0:Library no.1 - 127:Library no.128, 256:EFFECT1 - 263:EFFEC8 256-263 are the data for the corresponding area of the edit buffer. For reception by the DM2000, only the user area is valid. (52-127, 256-263)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch COUNT LOW 0ccccccc cl

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01000110 46

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'E'

195

DM2000

LIB. No. H 0bbbbbbb bh

0-127(Effect Library no.1-128), 256-263(Effect1-8 current)

LIB. No. L 0bbbbbbb bl BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

total block number(minimum number is 0)

current block number(0-total block number)

Effect Library data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.22 Effect library bulk dump request format

The second and third bytes of the DATA NAME indicate the library number. (See above)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01000110 46 LIB. No. H 0bbbbbbb bh

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'E' 0-127(Effect Library no.1-128),

256-263(Effect1-8 current)

LIB. No. L 0bbbbbbb bl EOX 11110111 F7

End of exclusive

12.2.23 GEQ library bulk dump format

The second and third bytes of the DATA NAME indicate the library number. 0:Library no.0 - 128:Library no.128, 256:GEQ1 - 261:GEQ6 256-261 are the data for the corresponding area of the edit buffer. For reception by the DM2000, only the user area is valid. (1-128, 256-261)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01000111 47 LIB. No. H 0bbbbbbb bh

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'F' 0-128(GEQ Library no.0-128),

256-261(GEQ1-6 Current)

LIB. No. L 0bbbbbbb bl BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

total block number(minimum number is 0)

current block number(0-total block number)

GEQ Library data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.24 GEQ library bulk dump request format

The second and third bytes of the DATA NAME indicate the library number. (See above)

STATUS 11110000 F0

System exclusive message

196

ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31

00110010 32 DATA NAME 01000111 47 LIB. No. H 0bbbbbbb bh

Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'F' 0-128(GEQ Library no.0-128),

256-261(GEQ1-6 current)

LIB. No. L 0bbbbbbb bl EOX 11110111 F7

End of exclusive

12.2.25 Channel library bulk dump format

The second and third bytes of the DATA NAME indicate the library number. 0:Library no.0 - 128:Library no.128, 256:CH1 - 351:CH96, 384:BUS1 - 391:BUS8, 512:AUX1 - 523:AUX12, 640:MATRIX1L - 647:MATRIX4R, 768:STEREO L - 769:STEREO R 256 and following are the data for the corresponding channel of the edit buffer. For reception by the DM2000, only the user area is valid. (2-128, 256-)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01001001 49 LIB. No. H 0bbbbbbb bh

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'H' 0-128(Channel Library no.0-128),

256-(current)

LIB. No. L 0bbbbbbb bl BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

total block number(minimum number is 0)

current block number(0-total block number)

channel Library data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.26 Channel library bulk dump request format

The second and third bytes of the DATA NAME indicate the library number. (See above)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01001001 49 LIB. No. H 0bbbbbbb bh

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'H' 0-128(Channel Library no.0-128),

256-(current)

DM2000

LIB. No. L 0bbbbbbb bl EOX 11110111 F7

End of exclusive

12.2.27 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 input patch data For reception by the DM2000, only the user area is valid. (1-32, 256)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01010010 52

0bbbbbbb bh

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'R' 0-32(Library no.0-32), 256(Current

data)

0bbbbbbb bl

BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

total block number(minimum number is 0)

current block number(0-total block number)

Input Patch Library data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.28 Input patch library bulk dump request format

The second and third bytes of the DATA NAME indicate the library number. 0:Library no.0 - 32:Library no.32, 256:current input patch data

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01010010 52

0bbbbbbb bh

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'R' 0-32(Library no.0-32), 256(Current

data)

0bbbbbbb bl EOX 11110111 F7

End of exclusive

12.2.29 Output 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 output patch data For reception by the DM2000, only the user area is valid. (1-32, 256)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch COUNT LOW 0ccccccc cl

01001100 4C

01001101 4D

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

'L' 'M'

00100000 20 00100000 20 00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01001111 4F

0bbbbbbb bh

' ' ' ' '8' 'C' '1' '2' 'O' 0-32(Library no.0-32), 256(Current

data)

00100000 bl

BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

total block number(minimum number is 0)

current block number(0-total block number)

Input Patch Library data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.30 Output patch library bulk dump request format

The second and third bytes of the DATA NAME indicate the library number. 0:Library no.0 - 32:Library no.32, 256:current output patch data

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01001111 4F

0bbbbbbb bh

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'O' 0-32(Library no.0-32), 256(Current

data)

0bbbbbbb bl EOX 11110111 F7

End of exclusive

12.2.31 Bus to Stereo 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 For reception by the DM2000, only the user area is valid.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch COUNT LOW 0ccccccc cl

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01001010 4A

0bbbbbbb bh

0bbbbbbb bl BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

0ddddddd de

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'J' 0-32(Library no.0-32), 256(Current

data)

total block number(minimum number is 0)

current block number(0-total block number)

Input Patch Library data

197

DM2000

CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.32 Bus to Stereo library bulk dump request 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

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01001010 4A

0bbbbbbb bh

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'J' 0-32 (Library no.0-32), 256 (Current

data)

0bbbbbbb bl

EOX 11110111 F7

End of exclusive

12.2.33 Surround Monitor 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 For reception by the DM2000, only the user area is valid. (1-32, 256)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01001011 4B

0bbbbbbb bh

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'K' 0-32(Library no.0-32), 256(Current

data)

0bbbbbbb bl

BLOCK INFO. 0ttttttt tt

0bbbbbbb bb

DATA 0ddddddd ds

total block number(minimum number is 0)

current block number(0-total block number)

Input Patch Library data

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.34 Surround Monitor library bulk dump request 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

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' '

198

00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01001011 4B

0bbbbbbb bh

'8' 'C' '1' '2' 'K' 0-32(Library no.0-32), 256(Current

data)

0bbbbbbb bl

EOX 11110111 F7

End of exclusive

12.2.35 Plug-in effect card bulk dump format

The second byte of the DATA NAME indicates the slot number. 0:SLOT 1 - 5:SLOT 6 The data is not received if the Developer ID and Product ID are different than the card that is installed in the slot. The data is not transmitted if a valid plug-in effect card is not installed.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0000nnnn 0n FORMAT No. 01111110 7E COUNT HIGH 0ccccccc ch

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C 01001101 4D 00100000 20 00100000 20 00111000 38 01000011 43 00110001 31 00110010 32

DATA NAME 01000001 41

0mmmmmmm mh

'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'N' 0-5 (SLOT1-6)

0mmmmmmm ml

DATA 0xxxxxxx xh

0xxxxxxx xl 0yyyyyyy yh 0yyyyyyy yl 0000iiii 0000iiii 0000jjjj 0000jjjj 0ddddddd ds ::

block count (High) block count (Low) total size (High) total size (Low) Developer id (High) Developer id (Low) Product id (High) Product id (Low) Plug-in Effect card memory data (1024/7)*8+(1024%7)+1=1171bytes

0ddddddd de CHECK SUM 0eeeeeee ee EOX 11110111 F7

ee=(Invert('L'+...+de)+1)&0x7F End of exclusive

12.2.36 Plug-in effect card bulk dump request format

The second byte of the DATA NAME indicates the library number. 0:SLOT 1 - 5:SLOT 6

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0010nnnn 2n FORMAT No. 01111110 7E

01001100 4C

01001101 4D

00100000 20

00111000 38

01000011 43

00110001 31

00110010 32 DATA NAME 01000001 41

0mmmmmmm mm

0mmmmmmm ml EOX 11110111 F7

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) Universal bulk dump 'L' 'M' ' ' ' ' '8' 'C' '1' '2' 'A' 0-5 (SLOT1-6)

End of exclusive

DM2000

12.3 PARAMETER CHANGE

12.3.1 Parameter change basic format

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0001nnnn 1n GROUP ID 00111110 3E MODEL ID 00000110 06 ADDRESS 0ttttttt tt

0eeeeeee ee

0ppppppp pp 0ccccccc cc

DATA *) 0ddddddd dd

EOX 11110111 F7

For parameters with a data size of 2 or more, data for that size

will be transmitted.

12.3.2 Parameter Change basic format (Universal format)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0001nnnn 1n GROUP ID 00111110 3E MODEL ID 01111111 7F ADDRESS 0ttttttt tt

0eeeeeee ee

0ppppppp pp 0ccccccc cc

DATA *) 0ddddddd dd

EOX 11110111 F7

For parameters with a data size of 2 or more, data for that size

will be transmitted.

12.3.3 Parameter request basic format

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0011nnnn 3n GROUP ID 00111110 3E MODEL ID 00000110 06 ADDRESS 0ttttttt tt

0eeeeeee ee

0ppppppp pp 0ccccccc cc

EOX 11110111 F7

12.3.4 Parameter request basic format (Universal format)

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0011nnnn 3n GROUP ID 00111110 3E MODEL ID 01111111 7F ADDRESS 0ttttttt tt

0eeeeeee ee

0ppppppp pp 0ccccccc cc

EOX 11110111 F7

12.3.5 Parameter Address

Consult your dealer for parameter address details.

12.3.6 Parameter change (Edit buffer)

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) DM2000 Data type Element No.

(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)

Parameter No. Channel No. Data

End of exclusive

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) Universal Data type Element No.

(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)

Parameter No. Channel No. Data

End of exclusive

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) DM2000 Data type Element No.

(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)

Parameter No. Channel No. End of exclusive

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) Universal Data type Element No.

(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)

Parameter No. Channel No. End of exclusive

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. When this is received, the specified parameter will be controlled.

Transmission

If [Parameter change TX] is ON and a parameter not specified in the [Control assign table] is modified, this message will be transmitted with the device number specified by the [Tx CH].

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0001nnnn 1n GROUP ID 00111110 3E MODEL ID 01111111 7F ADDRESS 00000001 01

0eeeeeee ee

0ppppppp pp 0ccccccc cc

DATA 0ddddddd dd

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) Universal Edit Buffer Element No.

(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)

Parameter No. Channel No. Data

EOX 11110111 F7

End of exclusive

12.3.7 Parameter request (Edit buffer)

Reception

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0011nnnn 3n GROUP ID 00111110 3E MODEL ID 01111111 7F ADDRESS 00000001 01

0eeeeeee ee

0ppppppp pp 0ccccccc cc

EOX 11110111 F7

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) Universal Edit Buffer Element No.

(If ‘ee’ is 0,‘ee’ is expanded to two bytes)

Parameter No. Channel No. End of exclusive

12.3.8 Parameter change (Patch data)

Reception

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0001nnnn 1n GROUP ID 00111110 3E MODEL ID 00000110 06 ADDRESS 00000010 02

0eeeeeee ee

0ppppppp pp 0ccccccc cc

DATA 0ddddddd dd

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) DM2000 Patch data Element No.

(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)

Parameter No. Channel No. Data

EOX 11110111 F7

End of exclusive

12.3.9 Parameter request (Patch data)

Reception

STATUS 11110000 F0

System exclusive message

199

DM2000

ID No. 01000011 43 SUB STATUS 0011nnnn 3n GROUP ID 00111110 3E MODEL ID 00000110 06 ADDRESS 00000010 02

0eeeeeee ee

0ppppppp pp 0ccccccc cc

EOX 11110111 F7

Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) DM2000 Patch data Element No.

(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)

Parameter No. Channel No. End of exclusive

12.3.10 Parameter change (Setup memory)

Reception

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0001nnnn 1n GROUP ID 00111110 3E MODEL ID 00000110 06 ADDRESS 00000011 03

0eeeeeee ee

0ppppppp pp 0ccccccc cc

DATA 0ddddddd dd

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) DM2000 Setup memory Element No.

(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)

Parameter No. Channel No. Data

EOX 11110111 F7

End of exclusive

12.3.11 Parameter request (Setup memory)

Reception

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0011nnnn 3n GROUP ID 00111110 3E MODEL ID 00000110 06 ADDRESS 00000011 03

0eeeeeee ee

0ppppppp pp 0ccccccc cc

EOX 11110111 F7

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) DM2000 Setup memory Element No.

(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)

Parameter No. Channel No. End of exclusive

12.3.12 Parameter change (Backup memory)

Reception

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0001nnnn 1n GROUP ID 00111110 3E MODEL ID 00000110 06 ADDRESS 00000100 04

0aaaaaaa ee 0aaaaaaa pp 0ccccccc cc

DATA 0ddddddd dd

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) DM2000 Backup memory Element No. Parameter No. Channel No. Data

200

EOX 11110111 F7

End of exclusive

12.3.13 Parameter request (Backup memory)

Reception

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0011nnnn 3n GROUP ID 00111110 3E MODEL ID 00000110 06 ADDRESS 00000100 04

0aaaaaaa ee

0aaaaaaa pp

0ccccccc cc EOX 11110111 F7

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) DM2000 Backup memory Element No. Parameter No. Channel No. End of exclusive

12.3.14 Parameter change (Function call Library: store/recall)

Reception

Transmission

If [Parameter change ECHO] is ON, this message will be retransmitted without change.

STATUS 11110000 F0 ID No. 01000011 43 SUB STATUS 0001nnnn 1n GROUP ID 00111110 3E MODEL ID 00000110 7F ADDRESS 00010000 10

00ffffff ff

0aaaaaaa aa

0aaaaaaa aa DATA 0ddddddd dd

0ddddddd dd EOX 11110111 F7

function number channel*1) tx/rx

SCENE RECALL 0x00 0-99 256 tx*2)/r

EQ LIB RECALL 0x01 1-200 0-513 tx/rx GATE LIB RECALL 0x02 1-128 0-95 tx/rx COMP LIB RECALL 0x03 1-128 0-513 tx/rx EFF LIB RECALL 0x04 1-128 0-7 tx/rx GEQ LIB RECALL 0x05 0-128 0-5 tx/rx CHANNEL LIB RECALL 0x06 0-128 0-513 tx/rx INPATCH LIB RECALL 0x07 0-32 256 tx/rx OUTPATCH LIB RECALL 0x08 0-32 256 tx/rx Bus to Stereo LIB RECALL 0x09 0-32 256 tx/rx Surround Monitor LIB RECALL 0x0A 0-32 256 tx/rx AUTOMIX LIB RECALL 0x0B 1-16 256 tx/rx

SCENE STORE 0x20 1-99 256, 16383 tx/rx EQ LIB STORE 0x21 41-200 0-513, 16383 tx/rx GATE LIB STORE 0x22 5-128 0-96, 16383 tx/rx COMP LIB STORE 0x23 37-128 0-513, 16383 tx/rx EFF LIB STORE 0x24 53-128 0-7, 16383 tx/rx GEQ LIB STORE 0x25 1-128 0-5, 16383 tx/rx CHANNEL LIB STORE 0x26 3-128 0-513, 16383 tx/rx INPATCH LIB STORE 0x27 1-32 256, 16383 tx/rx OUTPATCH LIB STORE 0x28 1-32 256, 16383 tx/rx Bus to Stereo LIB STORE 0x29 1-32 256, 16383 tx/rx Surround Monitor LIB STORE 0x2A 1-32 256, 16383 tx/rx AUTOMIX LIB STORE 0x2B 1-32 256, 16383 tx/rx

*1) 0:CH1 - 95:CH96, 128:BUS1 - 135:BUS8, 256:AUX1 -

267:AUX12, 384:MATRIX1L - 391:MATRIX4R, 512:STEREO L - 513:STEREO R Use 256 if the recall destination or store source is a single

System exclusive message Manufacture's ID number (YAMAHA) n=0-15 (Device number=MIDI Channel) MODEL ID (digital mixer) Universal Address UU Address UL (function) Address LU (number H) Address LL (number L) channel High channel Low End of exclusive

Yamaha DM-2000 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual