Yamaha 01v 96 I Manual

							Initial Parameter to Control Change Table171
01V96i—Reference Manual
Appendix: MIDICHANNEL15
# High Mid Low
0 NO ASSIGN
1 SURROUND LR INPUT1
2 SURROUND LR INPUT2
3 SURROUND LR INPUT3
4 SURROUND LR INPUT4
5 SURROUND LR INPUT5
6 SURROUND LR INPUT6
7 SURROUND LR INPUT7
8 SURROUND LR INPUT8
9 SURROUND LR INPUT9
10 SURROUND LR INPUT10
11 SURROUND LR INPUT11
12 SURROUND LR INPUT12
13 SURROUND LR INPUT13
14 SURROUND LR INPUT14
15 SURROUND LR INPUT15
16 SURROUND LR INPUT16
17 SURROUND LR INPUT17
18 SURROUND LR INPUT18
19 SURROUND LR INPUT19
20 SURROUND LR INPUT20
21 SURROUND LR INPUT21
22 SURROUND LR INPUT22
23 SURROUND LR INPUT23
24 SURROUND LR INPUT24
25 NO ASSIGN
26 NO ASSIGN
27 NO ASSIGN
28 NO ASSIGN
29 NO ASSIGN
30 NO ASSIGN
31 NO ASSIGN
32 NO ASSIGN
33 SURROUND FR INPUT1
34 SURROUND FR INPUT2
35 SURROUND FR INPUT3
36 SURROUND FR INPUT4
37 SURROUND FR INPUT5
38 SURROUND FR INPUT6
39 SURROUND FR INPUT7
40 SURROUND FR INPUT8
41 SURROUND FR INPUT9
42 SURROUND FR INPUT10
43 SURROUND FR INPUT11
44 SURROUND FR INPUT12
45 SURROUND FR INPUT13
46 SURROUND FR INPUT14
47 SURROUND FR INPUT15
48 SURROUND FR INPUT16
49 SURROUND FR INPUT17
50 SURROUND FR INPUT18
51 SURROUND FR INPUT19
52 SURROUND FR INPUT20
53 SURROUND FR INPUT21
54 SURROUND FR INPUT22
55 SURROUND FR INPUT23
56 SURROUND FR INPUT24
57 NO ASSIGN
58 NO ASSIGN
59 NO ASSIGN
60 NO ASSIGN
61 NO ASSIGN
62 NO ASSIGN
63 NO ASSIGN
64 SURROUND WIDTH INPUT1
65 SURROUND WIDTH INPUT2
66 SURROUND WIDTH INPUT3
67 SURROUND WIDTH INPUT4
68 SURROUND WIDTH INPUT5
69 SURROUND WIDTH INPUT6
70 SURROUND WIDTH INPUT7
71 SURROUND WIDTH INPUT8
72 SURROUND WIDTH INPUT9
73 SURROUND WIDTH INPUT10
74 SURROUND WIDTH INPUT11
75 SURROUND WIDTH INPUT12
76 SURROUND WIDTH INPUT13
77 SURROUND WIDTH INPUT14
78 SURROUND WIDTH INPUT15
79 SURROUND WIDTH INPUT16
80 SURROUND WIDTH INPUT17
81 SURROUND WIDTH INPUT18
82 SURROUND WIDTH INPUT19
83 SURROUND WIDTH INPUT20
84 SURROUND WIDTH INPUT21
85 SURROUND WIDTH INPUT22
86 SURROUND WIDTH INPUT23
87 SURROUND WIDTH INPUT24
88 NO ASSIGN
89 SURROUND DEPTH INPUT1
90 SURROUND DEPTH INPUT2
91 SURROUND DEPTH INPUT3
92 SURROUND DEPTH INPUT4
93 SURROUND DEPTH INPUT5
94 SURROUND DEPTH INPUT6
95 SURROUND DEPTH INPUT7
102 SURROUND DEPTH INPUT8
103 SURROUND DEPTH INPUT9
104 SURROUND DEPTH INPUT10
105 SURROUND DEPTH INPUT11
106 SURROUND DEPTH INPUT12
107 SURROUND DEPTH INPUT13
108 SURROUND DEPTH INPUT14
109 SURROUND DEPTH INPUT15
110 SURROUND DEPTH INPUT16
111 SURROUND DEPTH INPUT17
112 SURROUND DEPTH INPUT18
113 SURROUND DEPTH INPUT19
114 SURROUND DEPTH INPUT20
115 SURROUND DEPTH INPUT21
116 SURROUND DEPTH INPUT22
117 SURROUND DEPTH INPUT23
118 SURROUND DEPTH INPUT24
119 NO ASSIGN# High Mid Low 
						

							172Appendix: MIDI
01V96i—Reference Manual
CHANNEL16
#High Mid Low
0 NO ASSIGN
1 SURROUND LR INPUT25
2 SURROUND LR INPUT26
3 SURROUND LR INPUT27
4 SURROUND LR INPUT28
5 SURROUND LR INPUT29
6 SURROUND LR INPUT30
7 SURROUND LR INPUT31
8 SURROUND LR INPUT32
9 SURROUND LR ST-IN1L
10 SURROUND LR ST-IN1R
11 SURROUND LR ST-IN2L
12 SURROUND LR ST-IN2R
13 SURROUND LR ST-IN3L
14 SURROUND LR ST-IN3R
15 SURROUND LR ST-IN4L
16 SURROUND LR ST-IN4R
17 NO ASSIGN
18 NO ASSIGN
19 NO ASSIGN
20 NO ASSIGN
21 NO ASSIGN
22 NO ASSIGN
23 NO ASSIGN
24 NO ASSIGN
25 NO ASSIGN
26 NO ASSIGN
27 NO ASSIGN
28 NO ASSIGN
29 NO ASSIGN
30 NO ASSIGN
31 NO ASSIGN
32 NO ASSIGN
33 SURROUND FR INPUT25
34 SURROUND FR INPUT26
35 SURROUND FR INPUT27
36 SURROUND FR INPUT28
37 SURROUND FR INPUT29
38 SURROUND FR INPUT30
39 SURROUND FR INPUT31
40 SURROUND FR INPUT32
41 SURROUND FR ST-IN1L
42 SURROUND FR ST-IN1R
43 SURROUND FR ST-IN2L
44 SURROUND FR ST-IN2R
45 SURROUND FR ST-IN3L
46 SURROUND FR ST-IN3R
47 SURROUND FR ST-IN4L
48 SURROUND FR ST-IN4R
49 NO ASSIGN
50 NO ASSIGN
51 NO ASSIGN
52 NO ASSIGN
53 NO ASSIGN
54 NO ASSIGN
55 NO ASSIGN
56 NO ASSIGN
57 NO ASSIGN
58 NO ASSIGN
59 NO ASSIGN
60 NO ASSIGN
61 NO ASSIGN
62 NO ASSIGN
63 NO ASSIGN
64 SURROUND WIDTH INPUT25
65 SURROUND WIDTH INPUT26
66 SURROUND WIDTH INPUT27
67 SURROUND WIDTH INPUT28
68 SURROUND WIDTH INPUT29
69 SURROUND WIDTH INPUT30
70 SURROUND WIDTH INPUT31
71 SURROUND WIDTH INPUT32
72 SURROUND WIDTH ST-IN1L
73 SURROUND WIDTH ST-IN1R
74 SURROUND WIDTH ST-IN2L
75 SURROUND WIDTH ST-IN2R
76 SURROUND WIDTH ST-IN3L
77 SURROUND WIDTH ST-IN3R
78 SURROUND WIDTH ST-IN4L
79 SURROUND WIDTH ST-IN4R
80 NO ASSIGN
81 NO ASSIGN
82 NO ASSIGN
83 NO ASSIGN
84 NO ASSIGN
85 NO ASSIGN
86 NO ASSIGN
87 NO ASSIGN
88 NO ASSIGN
89 SURROUND DEPTH INPUT25
90 SURROUND DEPTH INPUT26
91 SURROUND DEPTH INPUT27
92 SURROUND DEPTH INPUT28
93 SURROUND DEPTH INPUT29
94 SURROUND DEPTH INPUT30
95 SURROUND DEPTH INPUT31
102 SURROUND DEPTH INPUT32
103 SURROUND DEPTH ST-IN1L
104 SURROUND DEPTH ST-IN1R
105 SURROUND DEPTH ST-IN2L
106 SURROUND DEPTH ST-IN2R
107 SURROUND DEPTH ST-IN3L
108 SURROUND DEPTH ST-IN3R
109 SURROUND DEPTH ST-IN4L
110 SURROUND DEPTH ST-IN4R
111 NO ASSIGN
112 NO ASSIGN
113 NO ASSIGN
114 NO ASSIGN
115 NO ASSIGN
116 NO ASSIGN
117 NO ASSIGN
118 NO ASSIGN
119 NO ASSIGN# High Mid Low 
						

							MIDI Data Format173
01V96i—Reference Manual
Appendix: MIDI
MIDI Data Format
1. DATA FORMAT
1.1 CHANNEL MESSAGE
1.2 SYSTEM COMMON MESSAGE
1.3 SYSTEM REALTIME MESSAGE
1.4 EXCLUSIVE MESSAGE
1.4.1 Real Time System Exclusive
1.4.2 System Exclusive Message
1.4.2.1 Bulk Dump
The following data types of bulk dump are used on the 01V96i.
1.4.2.2 PARAMTER CHANGE
The following data types of parameter change are used by the 01V96i.
* ‘tx’ indicates that the data can be transmitted from the 01V96i, and 
‘rx’ indicates that the data can be received by the 01V96i.
2. Format Details
2.1 NOTE OFF (8n)
Reception
If [OTHER ECHO] is ON, these message are echoed from MIDI OUT.
If the [Rx CH] matches, these messages are received and used to control effects.
2.2 NOTE ON (9n)
Reception
If [OTHER ECHO] is ON, these messages are echoed from MIDI OUT.
If the [Rx CH] matches, these messages are received and used to control effects.
2.3 CONTROL CHANGE (Bn)
Reception
If [Control Change ECHO] is ON, these messages are echoed from MIDI OUT.
If [TABLE] is selected, these message are received if [Control Change Rx] is ON, 
and will control parameters according to the [Control assign table] settings.
The parameters that can be set are defined in the Control Change Assign Pa-
rameter List.
If [NRPN] is selected, these messages are received if [Control Change Rx] is ON 
and the [Rx CH] matches, and will control the parameter that is specified by the 
four messages NRPN control number (62h, 63h) and Data Entry control num-
ber (06h, 26h). Parameter settings are defined in the Control Change Assign Pa-
rameter List.
Transmission
If [TABLE] is selected, operating a parameter specified in the [Control assign 
table] will cause these messages to be transmitted 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 a specified parameter will cause data to be 
transmitted on the [Tx CH] if [Control Change Tx] is ON, using the four mes-
sages NRPN control number (62h, 63h) and Data Entry control number (06h, 
26h). Parameter settings are defined in the Control Change Assign Parameter 
List.
This data cannot be transmitted via control change to Studio Manager since 
there is no guarantee that the contents of the tables will match. (Parameter 
Change messages will always be used.)
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
Command rx/tx function
F1 MIDI TIME CODE QUARTER 
FRAMErx MTC
Command rx/tx function
F8 TIMING CLOCK rx MIDI clock
FE ACTIVE SENSING rx Check MIDI cable connections
FF RESET rx Clear running status
Command rx/tx function
F0 7F dd 06 … F7 MMC 
COMMANDtx MMC command
F0 7F dd 07 … F7 MMC RESPONSE rx MMC response
F0 7F dd 01 … F7 MIDI TIME CODE rx MTC full message
Command rx/tx function
F0 43 0n 7E … F7 BULK DUMP 
DATA 
rx/txBULK DUMP DATA
F0 43 2n 7E … F7 BULK DUMP 
REQUEST 
rx/txBULK DUMP REQUEST
Data name tx/rx function
‘m’ tx/rx Scene Memory & Request
(compressed data)
‘S’ tx/rx Setup Memory & Request
‘L’ tx/rx User defined MIDI remote & 
Request
‘V’ tx/rx User defined keys & Request
‘U’ tx/rx User assignable layer & Request
‘C’ tx/rx Control change table & Request
‘P’ tx/rx Program change table & Request
‘Q’ tx/rx Equalizer library & Request
‘Y’ tx/rx Compressor library & Request
‘G’ tx/rx Gate library & Request
‘E’ tx/rx Effect library & Request
‘H’ tx/rx Channel library & Request
‘R’ tx/rx Input patch library & Request
‘O’ tx/rx Output patch library & Request
‘N’ tx/rx Plug-in Effect Card Data & Request
Command rx/tx function
F0 43 1n 3E 0D … F7 RARAMETER 
CHANGErx/tx 01V96i-specific parameter change
F0 43 3n 3E 0D … F7 PARAMETER 
REQUESTrx/tx 01V96i-specific parameter change
F0 43 1n 3E 7F … F7 PARAMETER 
CHANGErx/tx General purpose digital mixer 
parameter change
F0 43 3n 3E 7F … F7 PARAMETER 
REQUESTrx/tx General purpose digital mixer 
parameter request
Type (HEX) tx/rx function
1 (01) tx/rx Edit buffer
2 (02) tx/rx Patch data
3 (03) tx/rx Setup data
4 (04) tx/rx Backup data
16 (10) tx/rx Function (recall, store, title, clear)
17 (11) rx Function (pair, copy)
18 (12) rx Function (effect)
19 (13) tx/rx Sort table
20 (14) tx/rx Function (attribute, link)
32 (20) rx Key remote
33 (21) tx/rx Remote meter
34 (22) tx/rx Remote time counter
STATUS 1000nnnn 8nNote off message
DATA 0nnnnnnn nnNote number
0vvvvvvv vvVelocity(ignored)
STATUS 1001nnnn 9nNote on message
DATA 0nnnnnnn nnNote number
0vvvvvvv vvVelocity(1-127:on, 0:off) 
						

							174Appendix: MIDI
01V96i—Reference Manual
If [TABLE] is selected
If [NRPN] is selected
*1) The second and subsequent STATUS need not be added during 
transmission. Reception must be implemented so that reception oc-
curs whether or not STATUS is present.
2.4 PROGRAM CHANGE (Cn)
Reception
If [Program Change ECHO] is ON, these messages are echoed from MIDI 
OUT.
If [Program Change RX] is ON and the [Rx CH] matches, these messages will 
be received. However if [OMNI] is ON, they will be received regardless of the 
channel. When a message is received, a Scene Memory will be recalled accord-
ing to the settings of the [Program Change Table].
Transmission
If [Program Change TX] is ON, this message is transmitted according to the set-
tings 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.)
2.5 TIMING CLOCK (F8)
Reception
It is used to control effects. This message is transmitted 24 times per quarter 
note.
2.6 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.
2.7 SYSTEM RESET (FF)
Reception
When this message is received, MIDI communications will be cleared, e.g., by 
clearing the Running Status.
2.8 SYSTEM EXCLUSIVE MESSAGE (F0)
2.8.1 MIDI MACHINE CONTROL (MMC)
These messages are transmitted when the Machine Control section of the 
01V96i is operated. For details, refer to the MMC specification.
2.8.2 BULK DUMP
This message sends or receives the contents of various memories stored within 
the 01V96i.
The basic format is as follows.
For DUMP DATA
F0 43 0n 7E cc cc  tt mm mm [Data …] cs F7
For DUMP REQUEST
F0 43 2n 7E  tt mm mm F7
A unique header (Model ID) is used to determine whether the device is a 
01V96i.
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 transmit-
ted.
Transmission
This message is transmitted on the [Tx CH] by key operations in the 
[MIDI]-[BULK DUMP] screen.
A  bul k dum p is t ran smit te d on  t he [Rx C H] in  re spo n se  t o a  bulk d ump req uest.
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
						

							MIDI Data Format175
01V96i—Reference Manual
Appendix: MIDI
2.8.2.2 Scene memory bulk dump request format 
(compress)
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. 
If this is 8192, the data of the Undo Buffer will be bulk-dumped.
2.8.2.3 Setup memory bulk dump format
Of the setup memory of the 01V96i, this bulk-dumps data other than the User 
Define MIDI Remote, User Defined Keys, User Assignable Layer, Control 
Change Table, and Program Change Table.
2.8.2.4 Setup memory bulk dump request format2.8.2.5 User Defined MIDI Remote 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.
2.8.2.6 User Defined MIDI Remote bulk dump request 
format
The second and third bytes of the DATA NAME indicate the bank number.
2.8.2.7 User Defined Keys 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. 0mmmmmmm ml
Receive is effective 1-99, 256, 8192
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsScene data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01101101 6D‘m’
0mmmmmmm mhm=0-99, 256, 8192(Scene0-99, EDIT 
BUFFER, UNDO)
0mmmmmmm ml
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010011 53‘S’
00000010 02
00000000 00No.256 = Current
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsSetup data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010011 53‘S’
00000010 02
00000000 00No.256 = Current
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01001100 4C‘L’
00000000 00
0bbbbbbb bbb=0-3(bank no.1-4)
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsUser define layer data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01001100 4C‘L’
00000000 00
0bbbbbbb bbb=0-3(bank no.1-4)
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’ 
						

							176Appendix: MIDI
01V96i—Reference Manual
2.8.2.8 User Defined Keys bulk dump request format
The second and third bytes of the DATA NAME indicate the bank number.
2.8.2.9 User Assignable 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.
2.8.2.10 User Assignable Layer bulk dump request format
The second and third bytes of the DATA NAME indicate the bank number.
2.8.2.11 Control change table bulk dump format
2.8.2.12 Control change table bulk dump request format
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010110 56‘V’
00000000 00
0bbbbbbb bbb=0-7(bank no.A-H)
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsUser define key data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010110 56‘V’
00000000 00
0bbbbbbb bbb=0-7(bank no.A-H)
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010101 55‘U’
00000000 00
0bbbbbbb bbb=0-3(bank no.1-4)
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsUser assignable layer data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010101 55‘U’
00000000 00
0bbbbbbb bbb=0-3(bank no.1-4)
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01000011 43‘C’
00000010 02
00000000 00No.256 = Current
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsControl change table data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01000011 43‘C’
00000010 02
00000000 00No.256 = Current
EOX 11110111 F7End of exclusive 
						

							MIDI Data Format177
01V96i—Reference Manual
Appendix: MIDI2.8.2.13 Program change table bulk dump format
2.8.2.14 Program change table bulk dump request format
2.8.2.15 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 – 287:CH32, 288:STEREO 1L – 295:STEREO 4R, 384:BUS1 – 
391:BUS8, 512:AUX1 – 519:AUX8, 768:STEREO, 8192:UNDO
256 and following are data for the corresponding channel of the edit buffer.
For reception by the 01V96i, only the user area is valid. (40-199, 256-)
2.8.2.16 Equalizer library bulk dump request format
The second and third bytes of the DATA NAME indicate the bank number. (See 
above)
2.8.2.17 Compressor library bulk dump format
The second and third bytes of the DATA NAME indicate the bank number.
0:Library no.1 – 127:Library no.128,
256:CH1 – 287:CH32, 384:BUS1 – 391:BUS8, 512:AUX1 – 519:AUX8, 
768:STEREO, 8192:UNDO
256 and following are data for the corresponding channel of the edit buffer.
For reception by the 01V96i, only the user area is valid. (36-127, 256-) STATUS 11110000 F0
System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010000 50‘P’
00000010 02
00000000 00No.256 = Current
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsProgram change table data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010000 50‘P’
00000010 02
00000000 00No.256 = Current
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010001 51‘Q’
0mmmmmmm mh0-199(EQ Library no.1-200),
0mmmmmmm ml256-(Channel current data)
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsEQ Library data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010001 51‘Q’
0mmmmmmm mh0-199(EQ Library no.1-200),
0mmmmmmm ml256-(Channel current data)
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01011001 59‘Y’
0mmmmmmm mh0-127(COMP Library no.1-128),
0mmmmmmm ml256-(Channel current data)
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsCOMP Library data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive 
						

							178Appendix: MIDI
01V96i—Reference Manual
2.8.2.18 Compressor library bulk dump request format
The second and third bytes of the DATA NAME indicate the bank number. (See 
above)
2.8.2.19 Gate library bulk dump format
The second and third bytes of the DATA NAME indicate the bank number.
0:Library no.1 – 127:Library no.128, 256:CH1 – 287:CH32, 8192:UNDO
256 and following are data for the corresponding channel of the edit buffer.
For reception by the 01V96i, only the user area is valid. (4-127, 256-)
2.8.2.20 Gate library bulk dump request format
The second and third bytes of the DATA NAME indicate the bank number. (See 
above)
2.8.2.21 Effect library bulk dump format
The second and third bytes of the DATA NAME indicate the bank number.
0:Library no.1 – 127:Library no.128, 256:EFFECT1 – 259:EFFECT4, 8192:UN-
DO
256-259 are the data for the corresponding area of the edit buffer.
For reception by the 01V96i, only the user area is valid. (xx-127, 256-259, 8192) 
(xx varies with the firmware version.)
2.8.2.22 Effect library bulk dump request format
The second and third bytes of the DATA NAME indicate the bank number. (See 
above)
2.8.2.23 Channel library bulk dump format
The second and third bytes of the DATA NAME indicate the bank number.
0:Library no.0 – 128:Library no.128,
256:CH1 – 287:CH32, 288:STEREO 1L – 295:STEREO 4R, 384:BUS1 – 
391:BUS8, 512:AUX1 – 519:AUX8, 768:STEREO, 8192:UNDO
256 and following are data for the corresponding channel of the edit buffer.
For reception by the 01V96i, only the user area is valid. (2-128, 256-) STATUS 11110000 F0
System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01011001 59‘Y’
0mmmmmmm mh0-127(COMP Library no.1-128),
0mmmmmmm ml256-(Channel current data)
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01000111 47‘G’
0mmmmmmm mh0-127(GATE Library no.1-128),
0mmmmmmm ml256-351(Channel current data)
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsGATE Library data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01000111 47‘G’
0mmmmmmm mh0-127(GATE Library no.1-128),
0mmmmmmm ml256-351(Channel current data)
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01000101 45‘E’
0mmmmmmm mh0-127(Effect Library no.1-128),
0mmmmmmm ml256-259(Effect1-4 current)
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsEffect Library data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01000101 45‘E’
0mmmmmmm mh0-127(Effect Library no.1-128),
0mmmmmmm ml256-259(Effect1-4 current)
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’ 
						

							MIDI Data Format179
01V96i—Reference Manual
Appendix: MIDI
2.8.2.24 Channel library bulk dump request format
The second and third bytes of the DATA NAME indicate the bank number. (See 
above)
2.8.2.25 Input patch library bulk dump format
The second and third bytes of the DATA NAME indicate the bank number.
0:Library no.0 – 32:Library no.32, 256:current input patch data, 8192:UNDO
For reception by the 01V96i, only the user area is valid. (1-32, 256, 8192)
2.8.2.26 Input patch library bulk dump request format
The second and third bytes of the DATA NAME indicate the bank number. (See 
above)
2.8.2.27 Output patch library bulk dump format
The second and third bytes of the DATA NAME indicate the bank number.
0:Library no.0 – 32:Library no.32, 256:current output patch data, 8192:UNDO
For reception by the 01V96i, only the user area is valid. (1-32, 256)
2.8.2.28 Output patch library bulk dump request format
The second and third bytes of the DATA NAME indicate the bank number. (See 
above) 01000011 43
‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01001000 48‘H’
0mmmmmmm mh0-128(Channel Library no.0-128),
0mmmmmmm ml256-(Current data)
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsChannel Library data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01001000 48‘H’
0mmmmmmm mh0-128(Channel Library no.0-128),
0mmmmmmm ml256-(Current data)
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010010 52‘R’
0mmmmmmm mh0-32(Input patch Library no.0-32),
0mmmmmmm ml256(Current data)
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsInput patch Library data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01010010 52‘R’
0mmmmmmm mh0-32(Input patch Library no.0-32),
0mmmmmmm ml256(Current data)
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01001111 4F‘O’
0mmmmmmm mh0-32(Output patch Library no.0-32),
0mmmmmmm ml256(Current data)
BLOCK INFO. 0ttttttt tttotal block number(minimum number is 0)
0bbbbbbb bbcurrent block number(0-total block number)
DATA 0ddddddd dsOutput patch Library data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01001111 4F‘O’
0mmmmmmm mh0-32(Output patch Library no.0-32),
0mmmmmmm ml256(Current data)
EOX 11110111 F7End of exclusive 
						

							180Appendix: MIDI
01V96i—Reference Manual
2.8.2.29 Plug-in effect card bulk dump format
The second byte of the DATA NAME indicates the slot number.
0:SLOT 1
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.
2.8.2.30 Plug-in effect card bulk dump request format
The second and third bytes of the DATA NAME indicate the slot number. (See 
above)
2.8.3  PARAMETER CHANGE
2.8.3.1 Basic behavior
Reception
If [Parameter change ECHO] is ON, these messages are echoed.
If [Parameter change RX] is ON and the [Rx CH] matches the Device Number 
included in the SUB STATUS, these messages are received. A specific parameter 
is controlled when a Parameter Change is received. When a Parameter Request 
is received, the current value of the specified parameter will be transmitted as a 
Parameter Change with the Device Number set to [Rx CH].Transmission
If [Parameter change TX] is ON and you operate a parameter for which Control 
Change transmission is not enabled, a parameter change will be transmitted 
with [Tx CH] as the Device Number.
As a response to a Parameter Request, a parameter change will be transmitted 
with [Rx CH] as the Device Number.
2.8.3.1.1 Parameter change basic format
*) For parameters with a data size of 2 or more, data for that size will be 
transmitted.
2.8.3.1.2 Parameter Change basic format (Universal 
format)
*) For parameters with a data size of 2 or more, data for that size will be 
transmitted.
2.8.3.1.3 Parameter request basic format
2.8.3.1.4 Parameter request basic format (Universal 
format)
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0000nnnn 0nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
COUNT HIGH 0ccccccc chdata count = ch * 128 + cl
COUNT LOW 0ccccccc cl
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01001110 4E‘N’
0mmmmmmm mhm=0(SLOT 1)
0mmmmmmm ml
BLOCK INFO. 0bbbbbbb bhcurrent block number(0-total block number)
0bbbbbbb bl
0ttttttt thtotal block number(minimum number is 0)
0ttttttt tl
0000iiii 0iDeveloper id (High)
0000iiii 0iDeveloper id (Low)
0000jjjj 0jProduct id (High)
0000jjjj 0jProduct id (Low)
DATA 0ddddddd dsPlug-in Effect card memory data of block[bb]
::
0ddddddd de
CHECK SUM 0eeeeeee ee
ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0010nnnn 2nn=0-15 (Device number=MIDI Channel)
FORMAT No. 01111110 7EUniversal bulk dump
01001100 4C‘L’
01001101 4D‘M’
00100000 20‘ ’
00100000 20‘ ’
00111000 38‘8’
01000011 43‘C’
00111001 39‘9’
00110011 33‘3’
DATA NAME 01001110 4E‘N’
0mmmmmmm mhm=0(SLOT 1)
0mmmmmmm ml
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0001nnnn 1nn=0-15 (Device number=MIDI Channel)
GROUP ID 00111110 3EMODEL ID (digital mixer)
MODEL ID 00011010 1A01V96i
ADDRESS 0ttttttt ttData type
0eeeeeee eeElement no.
(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)
0ppppppp ppParameter no.
0ccccccc ccChannel no.
DATA *) 0ddddddd dddata
::
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0001nnnn 1nn=0-15 (Device number=MIDI Channel)
GROUP ID 00111110 3EMODEL ID (digital mixer)
MODEL ID 01111111 7FUniversal
ADDRESS 0ttttttt ttData type
0eeeeeee eeElement no.
(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)
0ppppppp ppParameter no.
0ccccccc ccChannel no.
DATA *) 0ddddddd dddata
::
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0011nnnn 3nn=0-15 (Device number=MIDI Channel)
GROUP ID 00111110 3EMODEL ID (digital mixer)
MODEL ID 00011010 1A01V96i
ADDRESS 0ttttttt ttData type
0eeeeeee eeElement no.
(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)
0ppppppp ppParameter no.
0ccccccc ccChannel no.
EOX 11110111 F7End of exclusive
STATUS 11110000 F0System exclusive message
ID No. 01000011 43Manufacture’s ID number (YAMAHA)
SUB STATUS 0011nnnn 3nn=0-15 (Device number=MIDI Channel)
GROUP ID 00111110 3EMODEL ID (digital mixer)
MODEL ID 01111111 7FUniversal
ADDRESS 0ttttttt ttData type
0eeeeeee eeElement no.
(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)
0ppppppp ppParameter no.
0ccccccc ccChannel no.
EOX 11110111 F7End of exclusive