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CP4 STAGE/CP40 STAGE Data List

36

MIDI Data Format

(3-1-4) PROGRAM CHANGE

STATUS

1100nnnn (CnH)

n = 0 - 15 CHANNEL NUMBER

PROGRAM NUMBER

0ppppppp

p = 0 - 127

(3-1-5) CHANNEL AFTER TOUCH

STATUS

1101nnnn (DnH)

n = 0 - 15 CHANNEL NUMBER

VALUE

0vvvvvvv

v = 0 - 127 AFTER TOUCH VALUE

(3-1-6) PITCH BEND CHANGE

STATUS

1110nnnn (EnH)

n = 0 - 15 CHANNEL NUMBER

LSB

0vvvvvvv

PITCH BEND CHANGE LSB

MSB

0vvvvvvv

PITCH BEND CHANGE MSB

Transmitted with a resolution of 7 bits.

(3-2) CHANNEL MODE MESSAGES

STATUS

1011nnnn (BnH)

n = 0 - 15 CHANNEL NUMBER

CONTROL NUMBER

0ccccccc

c = CONTROL NUMBER

CONTROL VALUE

0vvvvvvv

v = DATA VALUE

(3-2-1) ALL SOUND OFF (CONTROL NUMBER = 78H, DATA VALUE = 0)

All the sounds currently played including the channel messages such as note-on and hold-on in a certain 
channel are muted when receiving this message.

(3-2-2) RESET ALL CONTROLLERS (CONTROL NUMBER = 79H, DATA VALUE = 0)

Resets the values set for the following controllers.
PITCH BEND CHANGE

0 (center)

MODULATION

0 (minimum)

EXPRESSION

127 (maximum)

FOOT CONTROLLER 1

0 (minimum)

FOOT CONTROLLER 2

0 (minimum) 

*8

SUSTAIN SWITCH

0 (off)

SOSTENUTO SWITCH

0 (off)

RPN

Not assigned; No change

Doesn’t reset the following data:
PROGRAM CHANGE, BANK SELECT MSB/LSB, VOLUME, PAN, HARMONIC CONTENT, RELEASE TIME, 
ATTACK TIME, DECAY TIME, BRIGHTNESS, EFFECT1 DEPTH, EFFECT3 DEPTH, PORTAMENTO SWITCH, 
PITCH BEND SENSITIVITY, FINE TUNING, COARSE TUNING

*8 For CP4 STAGE only 

(3-2-3) ALL NOTE OFF (CONTROL NUMBER = 7BH, DATA VALUE = 0)

All the notes currently set to on in certain channel(s) are muted when receiving this message. However, if Sustain 
or Sostenuto is on, notes will continue sounding until these are turned off.

(3-2-4) OMNI MODE OFF (CONTROL NUMBER = 7CH, DATA VALUE = 0)

Performs the same function as when receiving ALL NOTES OFF.

(3-2-5) OMNI MODE ON (CONTROL NUMBER = 7DH, DATA VALUE = 0)

Performs the same function as when receiving ALL NOTES OFF.

(3-2-6) MONO (CONTROL NUMBER = 7EH, DATA VALUE = 0..16)

Performs the same function as when receiving ALL SOUNDS OFF. If the 3rd byte (mono) is within 0 through 16, 
the channel will be Mode 4 (m = 1).

(3-2-7) POLY (CONTROL NUMBER = 7FH, DATA VALUE = 0)

Performs the same function as when receiving ALL SOUNDS OFF. The channel will be Mode 3.

(3-3) REGISTERED PARAMETER NUMBER

STATUS

1011nnnn (BnH)

n = 0 - 15 CHANNEL NUMBER

LSB

01100100 (64H)

RPN LSB

0ppppppp

p = RPN LSB

 (Refer to the table as shown below.)

MSB

01100101 (65H)

RPN MSB

0qqqqqqq

q = RPN MSB

 (Refer to the table as shown below.)

DATA ENTRY MSB

00000110 (06H)

DATA VALUE

0mmmmmmm

m = Data Value

DATA ENTRY LSB

00100110 (26H)

DATA VALUE

0lllllll

l = Data Value

First, designate the parameter using RPN MSB/LSB numbers. Then, set its value with data entry MSB/LSB.

RPN     D.ENTRY

LSB MSB MSB LSB

PARAMETER NAME

DATA RANGE

00H 00H mmH ---

PITCH BEND SENSITIVITY

00H - 18H (0 - 12 semitones)

01H 00H mmH llH

MASTER FINE TUNE

{mmH,llH}={00H,00H}-{40H,00H}-{7FH,7FH}

(-8192*100/8192) - 0 - (+8192*100/8192)

02H 00H mmH ---

MASTER COARSE TUNE

28H - 40H - 58H (-24 - 0 - +24 semitones)

7FH 7FH --- ---

RPN RESET

RPN numbers will be left not designated.

The internal values are not affected.

(3-4) NON-REGISTERED PARAMETER NUMBER

There are no applicable parameters.

(3-5) SYSTEM REAL TIME MESSAGES

(3-5-1) ACTIVE SENSING

STATUS

11111110 (FEH)

Transmitted at every 200 msec.
Once this code is received, the instrument starts sensing. When no status nor data is received for over 
approximately 350 ms, MIDI receiving buffer will be cleared, and the sounds currently played and the Sustain 
Switch are forcibly turned off. Also, the values of the Controllers are reset to the default settings.

(3-6) SYSTEM EXCLUSIVE MESSAGE

(3-6-1) UNIVERSAL NON REALTIME MESSAGE

         (3-6-1-1) IDENTITY REQUEST (Receive only)

F0H 7EH 0nH 06H 01H F7H 

(“n” = Device No. However, this instrument receives under “omni.”)

         (3-6-1-2) IDENTITY REPLY (Transmit only)

F0H 7EH 7FH 06H 02H 43H 00H 41H ddH 06H 00H 00H 00H 7FH F7H

dd = CP4 STAGE: 49, CP40 STAGE: 4A

(3-6-2) PARAMETER CHANGE

         (3-6-2-1) NATIVE PARAMETER CHANGE

11110000

F0

Exclusive Status

01000011

43

YAMAHA ID

0001nnnn

1n

Device Number

01111111

7F

Model ID

0*******

**

Model ID

CP4 STAGE: 1A, CP40 STAGE: 1B

0aaaaaaa

aaaaaaa

Address High

0aaaaaaa

aaaaaaa

Address Mid

0aaaaaaa

aaaaaaa

Address Low

0ddddddd

ddddddd

Data

|

|

11110111

F7

End of Exclusive

For parameters with data size of 2 or more, the appropriate number of data bytes will be transmitted.
See the following MIDI Data Table for Address.

(3-6-3) BULK DUMP

11110000

F0

Exclusive Status

01000011

43

YAMAHA ID

0000nnnn

0n

Device Number

01111111

7F

Model ID

0*******

**

Model ID

CP4 STAGE: 1A, CP40 STAGE: 1B

0bbbbbbb

bbbbbbb

Byte Count

0bbbbbbb

bbbbbbb

Byte Count

0aaaaaaa

aaaaaaa

Address High

0aaaaaaa

aaaaaaa

Address Mid

0aaaaaaa

aaaaaaa

Address Low

0

0

Data

|

|

0ccccccc

ccccccc

Check-sum

11110111

F7

End of Exclusive

See the following BULK DUMP Table for Address and Byte Count.
The Check sum is the value that results in a value of 0 for the lower 7 bits when the Byte Count, Start Address, 
Data and Check sum itself are added.

(3-6-4) DUMP REQUEST

11110000

F0

Exclusive Status

01000011

43

YAMAHA ID

0010nnnn

2n

Device Number

01111111

7F

Model ID

0*******

**

Model ID

CP4 STAGE: 1A, CP40 STAGE: 1B

0aaaaaaa

aaaaaaa

Address High

0aaaaaaa

aaaaaaa

Address Mid

0aaaaaaa

aaaaaaa

Address Low

11110111

F7

End of Exclusive

See the following DUMP REQUEST Table for Address and Byte Count.

(3-6-5) PARAMETER REQUEST

11110000

F0

Exclusive Status

01000011

43

YAMAHA ID

0011nnnn

3n

Device Number

01111111

7F

Model ID

0*******

**

Model ID

CP4 STAGE: 1A, CP40 STAGE: 1B

0aaaaaaa

aaaaaaa

Address High

0aaaaaaa

aaaaaaa

Address Mid

0aaaaaaa

aaaaaaa

Address Low

11110111

F7

End of Exclusive

See the following MIDI Data Table for Address.

(4) SYSTEM OVERVIEW (Keyboard and Tone Generator)

Although two types of note on/note off data, received via MIDI and played on the keyboard will be distinguished, the other 
controllers (channel messages) equally affect the entire notes.

ALL SOUND OFF clears all the sounds in the specific channel(s) played by both the keyboard and the data via MIDI.
ALL NOTES OFF received via MIDI clears the sounds in the specific channel(s) played via MIDI.

KBD

TG

MIDI In

MIDI Out

From USB

To USB

USB/MIDI = MIDI

Local Sw

KBD

TG

Local Sw

Thru Port

USB/MIDI = USB

MIDI In

MIDI Out

From USB

To USB

Summary of Contents for CP4 Stage

Page 1: ...TAGE PIANO Table of Contents Performance List 2 Voice List 7 Drum Kit Assign List 12 Effect Type List 15 Effect Parameter List 17 Effect Data Assign Table 25 Effect Preset List 32 MIDI Data Format 34...

Page 2: ...trings 3 40 0 3 AcousticBa 0 0 26 B10 User 69Wr single F 2 RichHall 2 Mod 1 69Wr 16 0 2 Soft Pad 2 35 56 3 FingerBa 2 0 0 27 B11 User 73Rd Pad split C3 RichHall 2 Mod 1 73Rd I 54 0 2 Strings 3 40 0 3...

Page 3: ...Perf Type Performance Name Keyboard Mode Split Point Reverb Type Chorus Type Part No Voice Name Rev Send Cho Send 79 E15 User CP Detuned single F 2 RichHall Ensemble 1 CP80Detune 16 38 2 Soft Pad 2 35...

Page 4: ...cousticBa 0 0 117 H05 User Chapel split C3 RichRoom 2 Mod 1 PipeOrganT 24 30 2 Light Pad 40 0 3 PipeOrgan2 25 0 118 H06 User Clavi St single F 2 RichRoom 2 Mod 1 Clavi St 22 30 2 71Rd I 40 0 3 FingerB...

Page 5: ...split F 2 RichHall 2 Mod 1 75Rd I 0 30 2 Fundamentl 0 0 39 E07 User CP80 single C3 RichHall 2 Mod 1 CP80 16 0 2 Soft Pad 2 35 56 40 E08 User Rich Pad 2 layer C3 RichHall 2 Mod 1 Celestial 40 30 2 Sof...

Page 6: ...er C3 RichHall 2 Mod 1 Celestial 40 30 2 Soft Pad 1 40 0 105 N01 User CF Tacky layer C3 RichHall 2 Mod 1 CF Rock 24 30 2 DX Legend2 40 0 106 N02 User 69Wr single C3 RichHall 2 Mod 1 69Wr 16 0 2 Soft P...

Page 7: ...etune 63 5 006 007 CP80Chorus 63 5 007 008 CP88 Trem 63 5 008 E PIANO3 009 DX Legend1 63 5 009 010 DX Woody 1 63 5 010 011 DX FTine 1 63 5 011 012 DX 7II 1 63 5 012 013 DX Mellow1 63 5 013 014 DX Cris...

Page 8: ...10 010 011 Twist 63 10 011 Category No Voice Name Bank Select MSB Bank Select LSB Program Change 1 origin PAD 001 NeoCrystal 63 11 001 002 Bell Pad 2 63 11 002 003 SharpTeeth 63 11 003 004 Ring Pad 63...

Page 9: ...Clean Gt 1 63 14 006 007 60 s Clean 63 14 007 008 FunkGuitar 63 14 008 009 Clean Gt 3 63 14 009 010 12StrClean 63 14 010 011 Dist Gt 1 63 14 011 012 OverTheTop 63 14 012 013 Crunch Gt 63 14 013 Catego...

Page 10: ...004 005 70sPrcOrRt 63 7 005 006 RotaryOrg 63 7 006 007 FastRotarC 63 7 007 008 Rock Rotar 63 7 008 ORGAN 009 DetPercOrg 63 7 009 010 Draw Org 63 7 010 011 Perc Organ 63 7 011 012 Vintage C 63 7 012 0...

Page 11: ...009 010 Brass Str 63 13 010 011 Trumpet 63 13 011 012 Tb Section 63 13 012 Category No Voice Name Bank Select MSB Bank Select LSB Program Change 1 origin BRASS 013 SynthBrass 63 13 013 014 Big Squish...

Page 12: ...G 1 HI HAT PEDAL A1 TOM BRUSH 3 A 1 HI HAT OPEN B1 TOM BRUSH 4 C2 TOM BRUSH 5 C 2 CRASH CYMBL1 D2 TOM BRUSH 6 D 2 RIDE CYMBL 2 E2 CHINESE CYM F2 RIDE CYM CUP 3 F 2 TAMBOURINE G2 SPLASH CYM G 2 COWBELL...

Page 13: ...ET C1 KICK TIGHT H C 1 STCK AMBIENT D1 SNR AMBIENT D 1 HAND CLAP 2 E1 SNARE TIGHT2 F1 HYBRID TOM 1 F 1 HI HAT CLS 2 G1 HYBRID TOM 2 G 1 HI HAT PDL 2 A1 HYBRID TOM 3 A 1 HI HAT OPN 2 B1 HYBRID TOM 4 C2...

Page 14: ...CRATCH L 4 G 4 TRIANGLE MT A4 TRIANGLE OPN A 4 SHAKER B4 JINGLE BELLS C5 BELL TREE C 5 D5 D 5 E5 F5 F 5 G5 Note Wave Name C 1 KICK DANCE 1 D 1 KICK DANCE 2 D 1 HI Q DANCE 2 E 1 WHIP SLAP Dance F 1 SCR...

Page 15: ...SPX Chorus 03 20 CHO Ensemble Detune 03 40 FLANGER FLG Classic Flanger 04 10 FLG Tempo Flanger 04 20 PHASER PHA Tempo Phaser 05 20 TOREMOLO ROTARY T R Auto Pan 06 00 T R Tremolo 06 10 T R Rotary Spea...

Page 16: ...RE Pre Amp Cp 14 00 PRE Pre Amp Cp88 14 01 PRE Mic 2Band 1 15 05 PRE Mic 2Band 2 15 06 PRE Mic 2Band 3 15 07 PRE Mic 3Band 1 15 08 PRE Mic 3Band 2 15 09 PRE Mic 3Band 3 15 0A PRE Line 16 00 MOD EFFECT...

Page 17: ...59 3 16 EQ High Gain 12dB 0dB 12dB 52 76 No Parameter Range Value Table No Ctrl 1 Delay Time L R 0 1ms 1638 3ms 1 16383 2 Delay Time R L 0 1ms 1638 3ms 1 16383 3 Feedback Level 63 63 1 127 4 Input Se...

Page 18: ...e parameters shaded in gray in Cross Delay on page 17 10 Dry Wet Balance D63 W D W D W63 1 127 11 EQ Mid Frequency 2 100Hz 10 0kHz 14 54 3 12 EQ Mid Gain 2 12dB 12dB 52 76 13 EQ Mid Width 2 0 1 12 0 1...

Page 19: ...Mode Mono Stereo 0 1 16 No Parameter Range Value Table No Ctrl 1 Rotor Speed Slow 0 0Hz 2 65Hz 0 63 1 2 Horn Speed Slow 0 0Hz 2 65Hz 0 63 1 3 Rotor Speed Fast 2 69Hz 39 70Hz 64 127 1 4 Horn Speed Fast...

Page 20: ...3000ms 0 23 9 16 No Parameter Range Value Table No Ctrl 1 Mod Depth 0 10 0 10 2 Mod Speed 0 127 0 127 3 Mod Feedback 63 63 1 127 4 Mod Mix Balance 1 127 1 127 5 Drive 0 127 0 127 6 AM Speed 0 00Hz 39...

Page 21: ...0kHz 12 84 34 2 EQ1 LSH Gain 12 0dB 12 0dB 60 300 3 EQ2 Q 0 50 16 00 0 60 36 4 EQ2 Frequency 50 0 Hz 20 0kHz 20 124 34 5 EQ2 Gain 18 0dB 18 0dB 0 360 6 EQ3 Q 0 50 16 00 0 60 36 7 EQ3 Frequency 50 0 Hz...

Page 22: ...0 10 0 0 50 5 Volume 0 127 0 127 6 7 8 9 10 11 12 13 14 15 Input Gain 18 0dB 4 0dB 28 72 16 Vibrato On Off On 0 1 No Parameter Range Value Table No Ctrl 1 Bass 0 10 0 0 50 2 Middle 0 10 0 0 50 3 Treb...

Page 23: ...ange Value Table No Ctrl 1 Speed 0 040Hz 10 00Hz 0 235 22 2 Manual 0 127 0 127 3 Depth 0 127 0 127 4 Feedback 0 127 0 127 5 6 7 Mix 0 127 0 127 8 9 10 11 12 13 14 15 16 No Parameter Range Value Table...

Page 24: ...EQ Gain 12dB 12dB 52 76 2 Low EQ Frequency 32Hz 2 0kHz 4 40 3 3 Low EQ Q 0 1 12 0 1 120 4 Low EQ Shape Shelving Peaking 0 1 5 MidLow EQ Gain 12dB 12dB 52 76 6 MidLow EQ Frequency 100Hz 10kHz 14 54 3...

Page 25: ...2 0 84 8 4 21 2 1 85 8 5 22 2 2 86 8 6 23 2 3 87 8 7 24 2 4 88 8 8 25 2 5 89 8 9 26 2 6 90 9 0 27 2 7 91 9 1 28 2 8 92 9 2 29 2 9 93 9 3 30 3 0 94 9 4 31 3 1 95 9 5 32 3 2 96 9 6 33 3 3 97 9 7 34 3 4...

Page 26: ...16 4 41 6 5 105 16 6 42 6 7 106 16 7 43 6 8 107 16 9 44 7 0 108 17 0 45 7 2 109 17 2 46 7 3 110 17 3 47 7 5 111 17 5 48 7 6 112 17 6 49 7 8 113 17 8 50 7 9 114 18 0 51 8 1 115 18 1 52 8 2 116 18 3 53...

Page 27: ...3 112 2 17k 49 65 9 113 2 29k 50 69 6 114 2 43k 51 73 6 115 2 56k 52 77 8 116 2 71k 53 82 3 117 2 87k 54 87 0 118 3 03k 55 91 9 119 3 20k 56 97 2 120 3 39k 57 102 121 3 58k 58 108 122 3 79k 59 114 12...

Page 28: ...160 1 977 224 7 907 33 0 126 97 0 505 161 2 019 225 8 075 34 0 129 98 0 515 162 2 061 226 8 243 35 0 131 99 0 526 163 2 103 227 8 411 36 0 134 100 0 536 164 2 145 228 8 580 37 0 137 101 0 547 165 2 1...

Page 29: ...62 2 718ms 126 15 90ms 190 44 33ms 63 2 828ms 127 16 21ms 191 44 92ms Table 30 VCM Comp Release Time Data Value Data Value Data Value Data Value 0 10 88ms 64 65 50ms 128 229 34ms 192 502 40ms 1 10 90m...

Page 30: ...120 11 69 57 0 705 121 12 26 58 0 735 122 12 85 59 0 767 123 13 47 60 0 800 124 14 12 61 0 834 125 14 80 62 0 870 126 15 52 63 0 907 127 16 27 Table 33 Small Phaser Color 1 Data Value Data Value 0 0 0...

Page 31: ...14 1 12 15 1 19 16 1 26 17 1 33 18 1 41 19 1 50 20 1 59 21 1 68 22 1 78 23 1 89 24 2 00 25 2 12 26 2 24 27 2 38 28 2 52 29 2 67 30 2 83 31 3 00 32 3 17 33 3 36 34 3 56 35 3 78 36 4 00 37 4 24 38 4 49...

Page 32: ...ange Chorus Metallic Psychedelic Jet Phaser Tempo Phaser Basic Deep Phase Tremolo Rotary Auto Pan E Piano Smooth Oval Right Turn Super Slow Tremolo Fast Slow Super Fast Stereo Vibrato Spring Relax Rot...

Page 33: ...i Edge Mid Edge Talking Modulator Basic Pitch Change Detune Oct Echo Octaver Plus 4th Minus 4th Oval Step Up Step Down Early Reflections Close Far Reverse Gate 70s Gate PRE AMPS Pre Amp 71Rd I Basic P...

Page 34: ...SYSTEM REALTIME MESSAGE TIMING CLOCK F8H ACTIVE SENSING FEH SW3 SYSTEM EXCLUSIVE MESSAGE BULK DUMP F0H 43H 0nH 7FH mmH bhH blH ahH amH alH ddH ddH ccH F7H mm CP4 STAGE 1A CP40 STAGE 1B SYSTEM EXCLUSI...

Page 35: ...5 PORTAMENTO TIME v 0 127 2 c 6 DATA ENTRY MSB v 0 127 1 c 38 DATA ENTRY LSB v 0 127 1 c 7 VOLUME v 0 127 c 10 PAN v 0 127 c 11 EXPRESSION v 0 127 c 64 SUSTAIN SWITCH v 0 127 c 65 PORTAMENTO SWITCH v...

Page 36: ...e internal values are not affected 3 4 NON REGISTERED PARAMETER NUMBER There are no applicable parameters 3 5 SYSTEM REAL TIME MESSAGES 3 5 1 ACTIVE SENSING STATUS 11111110 FEH Transmitted at every 20...

Page 37: ...AV 7 07 0 49 0 31 Preset 8 ORGAN 8 08 0 22 0 12 Preset 9 CH PERC 9 09 0 28 0 20 Preset 10 STRINGS 10 0A 0 10 0 6 Preset 11 CHOIR 11 0B 0 45 0 38 Preset 12 PAD 12 0C 0 45 0 33 Preset 13 SYNTH 13 0D 0 4...

Page 38: ...95 0B 2F 1 00 02 Sustain Pedal Select FC3 Half On FC3 HalfOff FC4 5 00 Address Size Data Range Parameter Name Description Default HEX Notes High Mid Low 00 05 00 1 00 02 MIDI Sync int ext auto 02 01 1...

Page 39: ...r 6 Init value for Rev X Hall Basic 10 2 00 7F 00 7F Reverb Parameter 7 Init value for Rev X Hall Basic 12 2 00 7F 00 7F Reverb Parameter 8 Init value for Rev X Hall Basic 14 2 00 7F 00 7F Reverb Para...

Page 40: ...40 2B 1 00 7F Gain 0 127 64 2C 1 reserved 2D 1 reserved 2E 1 00 7F MW Pitch Modulation Depth 0 127 0A 2F 1 00 7F MW Filter Modulation Depth 0 127 00 30 1 00 7F MW Amp Modulation Depth 0 127 00 31 1 r...

Page 41: ...ddress Size Data Range Parameter Name Description Default HEX Notes High Mid Low 3A zz 00 1 00 1F Transmit Channel Zone Switch bit 0 3 Ch1 16 bit 4 Zone Switch off on 00 03 Default Zone1 10 Zone2 01 Z...

Page 42: ...27 X X X X X X X X X O X 1 Recognized if receive switch is on 2 m is always treated as 1 regardless of its actual value 3 X 0 127 O Mode 1 OMNI ON POLY Mode 2 OMNI ON MONO Mode 3 OMNI OFF POLY Mode 4...

Page 43: ...ish http www yamahasynth com Yamaha Downloads http download yamaha com Yamaha Manual Library http www yamaha co jp manual C S G Digital Musical Instruments Division 2013 Yamaha Corporation 306MW A0 Ya...

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