(3-6-1-2) TEMPO CONTROL

binary

hexadecimal

 

11110000

F0

Exclusive status

01000011

43

YAMAHA ID

01111110

7E

Style

00000000

01

 

0ttttttt

TT

Tempo4

0ttttttt

TT

Tempo3

0ttttttt

TT

Tempo2

0ttttttt

TT

Tempo1

11110111

F7

End of Exclusive

The internal clock will be set to the received Tempo value.

Tempo Meta Event is a large data block (24-bit), it is divided into 4 groups with 7-bits going into each of the Tempos 1-4 (4 receives the remaining 3 bits).

(3-6-2) UNIVERSAL SYSTEM EXCLUSIVE

(3-6-2-1) UNIVERSAL REALTIME MESSAGE

(3-6-2-1-1) MIDI MASTER VOLUME (Recive only)

binary

hexadecimal

 

11110000

F0

Exclusive status

01111110

7F

Universal Realtime

01111111

7F

ID of target Device

00001001

04

Sub-ID #1=Device Control Message

00000001

01

Sub-ID #2=Master Volume

0sssssss

SS

Volume LSB

0ttttttt

TT

Volume MSB

11110111

F7

End of Exclusive

or

 

 

11110000

F0

Exclusive status

01111110

7F

Universal Realtime

0xxxnnnn

XN

When N is received N=0-F, whichever is received.

 

 

When N is transmitted N always=0.

 

 

X = don’t care

00001001

04

Sub-ID #1=Device Control Message

00000001

01

Sub-ID #2=Master Volume

0sssssss

SS

Volume LSB

0ttttttt

TT

Volume MSB

11110111

F7

End of Exclusive

The volume for all channels will be changed simultaneously.

The TT value is used as the MIDI Master Volume value. (the ss value is ignored.)

(3-6-2-2) UNIVERSAL NON REALTIME MESSAGE

(3-6-2-2-1) GENERAL MIDI SYSTEM ON

binary

hexadecimal

 

11110000

F0

Exclusive status

01111110

7E

Universal Non-Realtime

01111111

7F

ID of target Device

00001001

09

Sub-ID #1=General MIDI Message

00000001

01

Sub-ID #2=General MIDI On

11110111

F7

End of Exclusive

or

 

 

11110000

F0

Exclusive status

01111110

7E

Universal Non-Realtime

0xxxnnnn

XN

When N is received N=0-F, whichever is received.

 

 

When N is transmitted N always=0.

 

 

X = don’t care

00001001

09

Sub-ID #1=General MIDI Message

00000001

01

Sub-ID #2=General MIDI On

11110111

F7

End of Exclusive

Depending upon the received ON message, the System Mode will be changed to XG. Except MIDI Master Tuning, all control data be reset to default values.

This message requires approximately 50ms to execute, so sufficient time should be allowed before the next message is sent.

The bank select message for the channel 10 and the NRPN messages are not received in the GM mode.

(3-6-3) XG STANDARD

(3-6-3-1) XG PARAMETER CHANGE

(3-6-3-1-1) XG SYSTEM ON

binary

hexadecimal

 

11110000

F0

Exclusive status

01000011

43

YAMAHA ID

0001nnnn

1N

Device Number

01001100

4C

Model ID

00000000

00

Address High

00000000

00

Address Mid

01111110

7E

Address Low

00000000

00

Data

11110111

F7

End of Exclusive

Depending upon the received ON message, the SYSTEM MODE will be changed to XG.Controllers will be reset, all values of Multi Part and Effect, and All System values denoted by “XG” data within All System will be reset to default values in the table. This message requires approximately 50ms to execute, so sufficient time should be allowed before the next message is sent.

MIDI Data Format

(3-6-3-1-2) XG PARMETER CHANGE

binary

hexadecimal

 

11110000

F0

Exclusive status

01000011

43

YAMAHA ID

0001nnnn

1N

Device Number

01001100

4C

Model ID

0aaaaaaa

AA

Address High

0aaaaaaa

AA

Address Mid

0aaaaaaa

AA

Address Low

0ddddddd

DD

Data

 

11110111

F7

End of Exclusive

For parameters with data size of 2 or 4, transmit the appropriate number of data bytes. For more information on Address and Parameters, refer to < Table 1-2 > ~ < Table 1-6 > (pages 115 ~ 118).

The 4 data types listed below are transmitted and received.

(These are transmitted only after a Parameter change request is received.) XG System Data

Multi Effect Data Multi Part Data Drums Setup Data

(3-6-3-2) XG BULK DUMP

binary

hexadecimal

 

11110000

F0

Exclusive status

01000011

43

YAMAHA ID

0000nnnn

0N

Device Number

01001100

4C

Model ID

0bbbbbbb

BB

ByteCount

0bbbbbbb

BB

ByteCount

0aaaaaaa

AA

Address High

0aaaaaaa

AA

Address Mid

0aaaaaaa

AA

Address Low

0ddddddd

DD

Data

 

0ccccccc

CC

Check sum

11110111

F7

End of Exclusive

For more information on Address and Byte Count, refer to < Table 1-2 > ~ < Table 1-6 > (pages 115 ~ 118).

The Check Sum value is set such that the sum of Byte Count, Address, Data, and Check Sum has value zero in its seven least significant bits.

If the top of the block is appointed to the Address the XG Bulk Dump, Bulk Request will be received.

The Block is a unit that consists of the data, arranged in the list, as the Total Size.

The 5 data types listed below are transmitted and received.

(These are transmitted only after a Bulk Dump request is received.) System Data

Multi Effect Data (Individual effect unit) Multi Part Data (Individual part unit) Drums Setup Data (Individual note unit) System Information (Individual only)

(3-6-3-3) XG PARAMETER REQUEST (Recive only)

binary

hexadecimal

 

11110000

F0

Exclusive status

01000011

43

YAMAHA ID

0011nnnn

3n

Device Number

01001100

4C

Model ID

0aaaaaaa

AA

Address High

0aaaaaaa

AA

Address Mid

0aaaaaaa

AA

Address Low

11110111

F7

End of Exclusive

For more information on Address and Byte Count refer to < Table 1-2 > ~ < Table 1-6 > (pages 115 ~ 118).

The 4 data types listed below are received. System Data

Multi Effect Data Multi Part Data Drums Setup Data

(3-6-3-4) XG DUMP REQUEST (Recive only)

binary

hexadecimal

 

11110000

F0

Exclusive status

01000011

43

YAMAHA ID

0010nnnn

2n

Device Number

01001100

4C

Model ID

0aaaaaaa

AA

Address High

0aaaaaaa

AA

Address Mid

0aaaaaaa

AA

Address Low

11110111

F7

End of Exclusive

For more information on Address and Byte Count refer to < Table 1-2 > ~ < Table 1-6 > (pages 115 ~ 118).

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