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PM1D System Software V1.5

Supplementary Manual

PM1D System Software V1.5 Supplementary Manual

Copying or distributing this manual in part or in whole using any method without the written permission of

Yamaha Corporation is prohibited.

Tr ade marks

Company names and product names are trademarks and registered trademarks of their respective owners.

Symbols such as ® and TM are not explicitly given in this document.

The illustrations and LCD screens as shown in this owner’s manual are for instructional purposes only, and may

appear somewhat different from those on your instrument.

Contents

Additions/changes in V1.5. . . . . . . . . . . . . . . . 4

Changes to the constantly-displayed screen. . 6

Upper part of the display . . . . . . . . . . . . . . . 6

Lower part of the display. . . . . . . . . . . . . . . . 8

DUAL CONSOLE mode added . . . . . . . . . . . . 11

About Dual Console mode . . . . . . . . . . . . . 11

About scene/library memories. . . . . . . . . . . 13

About the console shutdown function. . . . . 14

DUAL CONSOLE screen . . . . . . . . . . . . . . . 14

Connections in Dual Console mode . . . . . . 17

Establishing communication between con-

soles . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Transmitting only the necessary scenes / li-

braries. . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Limitations of Dual Console mode. . . . . . . . 21

Powering-off the consoles . . . . . . . . . . . . . . 26

Cascade connections . . . . . . . . . . . . . . . . . . . 27

About cascade connections. . . . . . . . . . . . . 27

CASCADE screen. . . . . . . . . . . . . . . . . . . . . 27

Cascade connections . . . . . . . . . . . . . . . . . 29

Establishing a cascade connection. . . . . . . . 31

Cautions when using cascade connection . . 33

Using GPI (General Purpose Interface) . . . . . 35

GPI screen. . . . . . . . . . . . . . . . . . . . . . . . . . 36

Using GPI IN . . . . . . . . . . . . . . . . . . . . . . . . 40

Using GPI OUT . . . . . . . . . . . . . . . . . . . . . . 41

Fader Start function . . . . . . . . . . . . . . . . . . . . 42

FADER START screen . . . . . . . . . . . . . . . . . . 43

Using the Fader Start function. . . . . . . . . . . 45

Tap Tempo function. . . . . . . . . . . . . . . . . . . . 51

Added functions in the USER DEFINE screen 52

Input channel panel assignments . . . . . . . . . 52

PANEL ASSIGN screen. . . . . . . . . . . . . . . . . 52

Switching the panel assign setting . . . . . . . 55

Horizontal pair and vertical pair . . . . . . . . . . 56

Mix minus. . . . . . . . . . . . . . . . . . . . . . . . . . . . 58

New functions in the PAN/ROUTING screen 58

Using mix minus . . . . . . . . . . . . . . . . . . . . . 59

Cautions regarding mix minus . . . . . . . . . . 60

Job select . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61

Mix send on/off . . . . . . . . . . . . . . . . . . . . . 61

Mix send point . . . . . . . . . . . . . . . . . . . . . . 62

Mix send level. . . . . . . . . . . . . . . . . . . . . . . 62

Mix send pan/balance. . . . . . . . . . . . . . . . . 63

Auto Store function . . . . . . . . . . . . . . . . . . . . .64

Using Auto Store from the screen . . . . . . . . 64

Using Auto Store from the [STORE] switch . .65

Global Paste function . . . . . . . . . . . . . . . . . . .66

GLOBAL PASTE screen . . . . . . . . . . . . . . . . 66

Using the Global Paste function . . . . . . . . . .68

Parameter control via CONTROL CHANGE and

NRPN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .71

MIDI CTRL CHANGE screen . . . . . . . . . . . . 71

Using CONTROL CHANGE / NRPN messag-

es to record/play parameter changes . . . . .74

Manual Fading function . . . . . . . . . . . . . . . . 76

New functions in the FADE TIME screen . . . 76

Using Manual Fading (1) . . . . . . . . . . . . . . 76

Using Manual Fading (2) . . . . . . . . . . . . . . .78

Unit name . . . . . . . . . . . . . . . . . . . . . . . . . . . .79

UNIT NAME screen. . . . . . . . . . . . . . . . . . . 79

Naming a unit/port . . . . . . . . . . . . . . . . . . .81

Matrix send shortcuts . . . . . . . . . . . . . . . . . . .82

DCA mute indicator . . . . . . . . . . . . . . . . . . . . 85

Oscillator improvements . . . . . . . . . . . . . . . . .86

Improvements in the OSCILLATOR screen . 86

Improvements in the INPUT PATCH / OUT-

PUT PATCH screens . . . . . . . . . . . . . . . . . . . .89

USB PC (computer) connection . . . . . . . . . . 89

Automatic scrolling in the CH to MIX screen

and MATRIX/ST ROUTING screen. . . . . . . . 90

ON/OFF button for COMM IN . . . . . . . . . . . .91

Added functions in the PREFERENCE screen. .92

Supplementary explanation for existing func-

tions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93

Scene Memory/Effect Library to Program

Change Table. . . . . . . . . . . . . . . . . . . . . . . . .94

MIDI control change NRPN (Non Registered

Parameter Number) assignment table . . . . 94

MIDI control change parameter assignment

table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .97

MIDI Data Format . . . . . . . . . . . . . . . . . . . . .100

PM1D System Software V1.5 Supplementary Manual

This manual explains the functionality that has been added or changed in PM1D system software V1.5. Please

refer to the original manual in conjunction with this manual.

*In cases where the display of the console (CS1D) differs from the screen of the PM1D Manager application program,

explanations that apply only to PM1D Manager are indicated as [PM1D Manager].

Additions/changes in V1.5

This section brieﬂy summarizes the additions and changes in PM1D system software V1.5. For details on each

function, refer to the appropriate page.

■

Changes to the constantly-displayed

screen

Major changes have been made to the items that are

always shown in the top and bottom of the screen

(

→

p.6).

■

New DUAL CONSOLE mode

As an operation mode of the PM1D system, a DUAL

CONSOLE mode has been added, allowing two con-

soles to be used with one system (

→

p.11).

■

Cascade connection

Two systems can now be cascade-connected. A cas-

cade-connected system can send any bus output to

the same bus of the other system (

→

p.27).

■

GPI connector is now enabled

The D-sub 25 pin GPI connector provided on the

console and engine can now be used to input/output

eight channels of control signals (

→

p.35).

■

REMOTE connector is now enabled

The D-sub 9-pin REMOTE connector of the console

and engine can now be used to control a recorder or

other device (

→

p.35).

■

Fader Start function

You can now specify that various commands be

transmitted from an assigned connector when the

level of a speciﬁed channel is raised above –60 dB or

lowered to –

∞

dB (

→

p.42).

■

Tap tempo function

A “tap tempo” function has been added, allowing

you to manually set the TEMPO parameter of an

internal effect by tapping an external switch con-

nected to the GPI connector (

→

p.51).

■

Expanded USER DEFINE functions

In conjunction with the addition of various func-

tionality, the user-deﬁnable functions have been sig-

niﬁcantly expanded (

→

p.52).

■

Input channel panel assignment can

now be selected

The input channels assigned to INPUT blocks 1–4 of

the console can now be freely speciﬁed in blocks of

twelve consecutive channels. Similarly, the ST IN

channels assigned to ST IN blocks 1–2 can also be

assigned in blocks of two adjacent channels (

→

p.52).

Also, the DISPLAY SELECT section of the TRACK-

ING RECALL screen now has an INPUT [PANEL]

button that causes the current panel assignment state

to be displayed in the screen.

■

New pairing mode

In addition to the existing pairing mode in which

adjacent input channels 1+2, 3+4, ... can be paired,

you can now use “vertical pairing mode” in which

input channels 1+49, 2+50 ... are paired. This mode

allows you to use a single fader as if it were a stereo

fader (

→

p.56).

■

Mix minus setting

A MIX MINUS button has been added to the CH to

MIX screen of the PAN/ROUTING function. This

button provides a simple way to subtract only a spe-

ciﬁc channel from the signal that is being sent to a

certain MIX bus. This is useful when a performer or

announcer wishes to monitor the sound without his

own voice (

→

p.58).

■

Job select

Now you can move the cursor to a parameter and

press the [SHIFT] + [ENTER] keys to access a

popup-menu that lists the jobs available for that

parameter. The cursor will turn yellow to indicate

parameters for which you can use this function

(

→

p.61).

■

Auto Store function

When storing a scene, you can now use an “Auto

Store function” that automatically selects the unit,

patch, or name library number and title (

→

p.64).

■

Global Paste function

Using the new “Global Paste function,” the settings of

any channel or parameter in the current scene can be

copied and pasted to one or more scenes in scene

memory. This is a convenient way by which changes

in the current scene can be applied to previously-

stored scenes (

→

p.66).

Additions/changes in V1.5

■

Operate parameters via control

changes

Now you can use MIDI control changes to remotely

control PM1D parameters from an external device,

or transmit console operations as control changes

(

→

p.71).

■

Manual fading

A new “Manual Fading” function has been added.

When recalling a scene for which a fade time has

been set, you can now use the [DATA] encoder to

fade in the positive or negative direction. This is con-

venient when you want to vary the volume in con-

junction with action on stage (

→

p.76).

■

Unit name

You can now assign a unit name to each port of an

input/output unit or card. If necessary, the unit

name of each port can be displayed in the ﬁeld in

which the short name of an input channel was shown

in the screen (

→

p.79).

■

Matrix send shortcut

The send level from a MIX channel or STEREO A/B

channel to a MATRIX channel can now be controlled

from a panel encoder (

→

p.82).

■

DCA mute indicator

When you mute a DCA group, the [ASSIGN DCA]

LED of the channels associated with that DCA can

now be made to blink if desired. This is convenient

when you want to know which channels are actually

being muted (

→

p.85).

■

Improved oscillator

The oscillator now lets you use two sine waves simul-

taneously. You can specify the frequency and level for

each, and output them independently to odd-num-

bered / even-numbered channels (

→

p.86).

■

Improvements in the INPUT PATCH /

OUTPUT PATCH screens

The unit name of each port is now displayed in the

UNIT PATCH / OUTPUT PATCH screens. Vertical

and horizontal red lines can also indicate the cur-

rently selected grid (

→

p.89).

■

USB connection to a PC

In addition to the serial connection supported on

earlier versions, you can now use a USB connection

to connect the PM1D to a PC (

→

p.89).

■

Improved operation in the CH to MIX

and MATRIX/ST ROUTING screens

Cursor movement now follows scrolling in the CH to

MIX function of the PAN/ROUTING function and

in the MATRIX/ST ROUTING screen of the

MATRIX/ST function (

→

p.90).

■

ON/OFF button added to COMM IN

The COMM IN function can now be turned ON/

OFF independently (

→

p.91).

■

Additional functions in the PREFER-

ENCE screen

A variety of setting items have been added in the

PREFERENCE screen (

→

p.92).

■

Channel selection can now be sepa-

rately speciﬁed for the AUTO DISPLAY

function (SELECTED CH ON/OFF but-

ton)

One of the AUTO DISPLAY functions automatically

moves the cursor to the corresponding parameter

when you switch the channel that is being operated.

In the PREFERENCE screen AUTO DISPLAY sec-

tion, this function can now be switched on/off inde-

pendently of the other AUTO DISPLAY items

(

→

p.92).

PM1D System Software V1.5 Supplementary Manual

Changes to the constantly-displayed screen

In PM1D system software V1.5, the following changes have been made to the items that are always shown in

the top and bottom of the console display.

Upper part of the display

DISPLAY FUNCTION

Shows the currently selected function as an abbrevia-

tion.

Hint

Click this to switch between the FUNCTION MENU

screen and the screen of the currently selected func-

tion. (Equivalent to the MENU button of the previ-

ous version.)

CONNECTION

Indicates the status of the connections between the

engine(s) and console(s).

•

Console 1/2

If DUAL CONSOLE is selected as the console opera-

tion mode (SYSTEM CONFIGURATION in the

SYSTEM CONNECTION screen, etc.), this indicates

whether that console (CS1D) is speciﬁed as console 1

or as console 2 (

→

p.19).

The color of this numeral will depend on how CAS-

CADE is set for the operation mode. In the case of

CASCADE OFF or CASCADE ON [MASTER], this

numeral will be white on a black background. If

CASCADE ON [SLAVE], this numeral will be black

on a white background.

If cascade communication between the systems

cannot be established even though CASCADE

ON is selected, this numeral will blink.

•

DUAL

If DUAL CONSOLE is selected as the operation

mode for the console, “DUAL” will be displayed here

(

→

p.19).

If communication between the consoles cannot

be established even though DUAL CONSOLE

mode is selected, an X mark will be displayed

over the “DUAL” indication.

•

Engine A/B

If the PM1D system is being used in mirror mode,

this indicates which engine (A or B) is currently

enabled, and the number of usable channels. The

enabled engine is shown on a green background. You

can also click this button to switch between engines

A/B.

If the engine that should be enabled is not oper-

ating normally, or if the connection has been

broken, an X mark will be displayed over the A

or B symbol.

PANEL STATUS

Indicates the current panel assignment (the channel

numbers assigned to the INPUT block / ST IN

block).

FADER FLIP

Indicates the state of the FADER FLIP switch located

on the console panel (i.e., whether [MIX] or [CH] is

on). You can also use these buttons to switch [MIX]

and [CH].

Hint

If the FADER FLIP LINK button is turned off in the

UTILITY function PANEL ASSIGN screen (a new

screen added in V1.5), fader ﬂip can be switched

independently for INPUT blocks 1/2 (left) and 3/4

(right) (

→

p.54).

1 2 3 5 6

Console 1/2

DUAL Engine A/B

Changes to the constantly-displayed screen

5 SCENE MEMORY

Displays the number and title used when most

recently recalling/storing the currently selected scene

memory. Depending on the state of the scene, the

following symbols may be displayed in the margin of

the SCENE MEMORY ﬁeld.

• EDIT

This symbol will be displayed if you edit a parameter

of a scene, patch, unit, or name after recalling/storing

a scene memory. When you recall/store a scene

memory, this symbol will disappear. (However, it

may not disappear if Recall Safe is turned on.)

• TC

This symbol will be displayed if the EVENT

RECALLING button is set to ENABLE in the TC

EVENT screen. You cannot rewrite scene memories

or patch/unit/name libraries while this symbol is dis-

played. This means that you will also be unable to use

functions such as store, undo store, link on/off, title

editing, sort, or load.

• PREVIEW

In PREVIEW mode, this symbol will be displayed.

In PREVIEW mode, the scene number and title will

be displayed in white characters on a red back-

ground.

• READ ONLY

• PROTECT

The READ ONLY symbol will be displayed if the

scene currently selected for store/recall is read-only

(00.0-00.9). The PROTECT symbol will be displayed

if protect is turned on.

6 Other symbols

The following symbols will be displayed at the upper

right of the display according to the state of the con-

sole.

• SOLO/CUE

According to the current solo or cue state, this area

will display the following symbols:

SOLO, EFFECT CUE, SUBIN CUE, INPUT CUE,

DCA CUE, OUTPUT CUE, KEY IN CUE

• TB/OSC (Talkback / Oscillator)

The TB symbol will be displayed if talkback is on,

and the OSC symbol will be displayed if the oscillator

is on.

Hint

If the above operations occur simultaneously, they

will be displayed in the order of TB → OSC.

• COMM IN (Communication In)

If COMM IN is turned on in the MONITOR A

screen, the COMM IN symbol will be displayed on a

green background. In addition if a port is assigned to

COMM IN, the background of this symbol will

change to red when the input signal passes through

the COMM IN gate.

• LCR

The LCR symbol will be displayed if LCR is turned

on for at least one input channel or output channel

(in the LCR screen of the PAN/ROUTING or

MATRIX/ST function). In addition if the CENTER

BUS CONTROL button (in the LCR screen of the

PAN/ROUTING or MATRIX/ST function) is on, the

LCR [B] symbol will be displayed.

• RS422, MIDI, BUSY

- RS422

This symbol will be displayed when a response to a

transport command sent via the RS422 connector

is received.

- MIDI

This symbol will be displayed when a program

change or control change is received.

- BUSY

This symbol will be displayed during startup or

while internal memory or a PC card ﬁle is being

accessed.

Hint

• If the above states occur simultaneously, they will

be displayed in descending priority of RS422 →

MIDI → BUSY.

• The RS422 and MIDI symbols will remain visible

for approximately 200 msec after reception is com-

pleted.

• The BUSY symbol will disappear immediately

when access is completed.

• MANUAL FADE, AUTO FADE, TRACKING

ENABLE

- MANUAL FADE

This symbol will be displayed if Manual Fading is

enabled (even if a fade operation is not actually

being performed) (→p.76).

- AUTO FADE

This symbol will be displayed while Auto Fading is

being executed.

- TRACKING (Tracking Recall)

This symbol will be displayed if tracking recall is

enabled (the TRACKING RECALL button is set to

ENABLE in the TRACKING RECALL screen).

Hint

If the above states occur simultaneously, they will be

displayed in descending priority of MANUAL FADE

→ AUTO FADE → TRACKING.

PM1D System Software V1.5 Supplementary Manual

[PM1D Manager]

In PM1D Manager, the following information will be displayed instead of 3 PANEL STATUS and 4 FADER

FLIP described on page 6.

1 Connection status

This area of the PM1D Manager screen will indicate

the status of the connection between the PC and the

console or engine.

• ........... Indicates that a cable is con-

nected between the PC and

console or engine, but com-

munication has not been

established.

• ........... Indicates that a cable is con-

nected between the PC and

console or engine, and that

communication has been

established. In this state, the

PM1D system can be con-

trolled from the computer.

• ...........Indicates that either the

cable is not connected,

or that the other device

is not powered-on.

2 Connection destination / connection

method

In OFFLINE or ONLINE states, this area will

show a graphic that indicates the connection des-

tination (console or engine), and the connector

(COM port name or USB port name) that is

selected in the Communication Port (Option

menu) of Communication Setup.

Lower part of the display

The lower part of the display is divided into the following four parts. Click the √/® buttons at the lower left of the

screen to switch the items that are shown.

■ CONSOLE STATUS

1 Select buttons

Click the √/® buttons to switch the items that are

displayed.

2 IN SEL (Selected input channel)

Indicates the input channel that is currently selected

by the [SEL] switch.

3 NAME MODE

Selects whether the display will show the short name

of the input channel (CH NAME), or the name of

the unit assigned to that input channel (UNIT

NAME) (→p.79).

4 MODULE FLIP

Indicates the on/off state of the MODULE [FLIP]

switch in the SELECTED INPUT CHANNEL block.

You can also click this button to change the module

ﬂip setting.

Hint

• If the PATTERN CHANGE button is turned on in

the MODULE FLIP BUTTON MODE section of

the UTILITY function PANEL ASSIGN screen (a

new screen added in V1.5), the indications of these

buttons will change to “PATT.” In this case, they are

used to switch channel assign patterns for the

INPUT block (→p.52).

• If the MODULE FLIP / PATTERN CHANGE

LINK button in the same screen is turned off, set-

tings for module ﬂip and patterns can be made

independently for the left and right INPUT blocks

(→p.54).

2 3 4 65 71

Changes to the constantly-displayed screen

5 MIX SEND NO. (Mix send number)

Indicates the number of the MIX bus that is cur-

rently selected as the send destination for INPUT

blocks 1–4.

6 MASTER FADER

Indicates the function that is currently assigned to

DCA faders 1–12 (DCA GROUP block).

7 OUT SEL (Selected output channel)

Indicates the output channel that is currently

selected by the [SEL] switch.

[PM1D Manager]

In PM1D Manager, the following information will be displayed instead of 4–6 described above.

1 DIRECT RECALL / MUTE MASTER

According to the setting of the RECALL button or

MUTE button, these buttons either directly recall

twelve previously-assigned scenes, or switch mute

groups 1–12 on/off. These buttons have the same

function as SCENE MEMORY [1]–[12] switches on

the panel of the console.

■ USER DEFINE

1 Select buttons

Click the √/® buttons to switch the items that are

displayed. If you click the middle, you will return to

the CONSOLE STATUS display.

2 User deﬁne buttons

These list the functions that are assigned to the USER

DEFINE [1]–[8] switches in the USER DEFINE

block of the console. You can also click a button to

execute the corresponding function.

Hint

Functions for the USER DEFINE [1]–[8] switches

can be assigned in the UTILITY function USER

DEFINE screen.

1 2

PM1D System Software V1.5 Supplementary Manual

■ CONSOLE GPI IN

1 Select buttons

Click the √/® buttons to switch the items that are

displayed. If you click the middle, you will return to

the CONSOLE STATUS display.

2 Console GPI IN test buttons

These buttons list the functions that are assigned via

the GPI connector of the console to GPI IN (ports 1–

8). You can also click a button to test the correspond-

ing function (→p.40).

Hint

• Functions for the GPI IN test buttons can be

assigned in the MIDI/GPI/TC function GPI screen.

• Even if you are not using the GPI port, you can use

these buttons in place of the USER DEFINE

switches by assigning functions to the GPI IN test

buttons.

■ ENGINE GPI IN

1 Select buttons

Click the √/® buttons to switch the items that are

displayed. If you click the middle, you will return to

the CONSOLE STATUS display.

2 Engine GPI IN test buttons

These buttons list the functions that are assigned via

the GPI connector of the engine to GPI IN (ports 1–

8). You can also click a button to test the correspond-

ing function (→p.40).

Hint

• Functions for the GPI IN test buttons can be

assigned in the MIDI/GPI/TC function GPI screen.

• Even if you are not using the GPI port, you can use

these buttons in place of the USER DEFINE

switches by assigning functions to the GPI IN test

buttons.

Since the GPI IN of the engine can be controlled

only from console 1, the GPI IN test buttons will

not be displayed in DUAL CONSOLE mode if con-

sole 2 is speciﬁed.

However in PM1D Manager, the display is not

restricted even if console 2 is speciﬁed in DUAL

CONSOLE mode when OFFLINE.

1 2

DUAL CONSOLE mode added

As an operation mode of the PM1D system, version 1.5 adds Dual Console mode, in which two console are

used by one system. The functionality and operation of Dual Console mode is explained below.

In the following explanation, functions and operations that apply only to console 1 are indicated as [Console

1], and functions and operations that apply only to console 2 as [Console 2].

If the console (CS1D) you are using was manufactured before June 2002, you may be unable to select Dual Console

mode even if connections are correct. In this case, you will need to have a gate array rewritten in order to use Dual

Console mode. Please contact your Yamaha dealer.

It is necessary to have the gate array rewritten only if you wish to use Dual Console mode. If you are using the sys-

tem in other modes, rewriting is not necessary, and you may continue using the system without change.

About Dual Console mode

Dual Console mode is a mode in which two consoles

(CS1D) are used in a single PM1D system. In this mode,

two consoles share one (in standard mode) or two (in

mirror mode) engines (DSP1D-EX {DSP1D}). Here are

some examples of how Dual Console mode can be used:

• Use two consoles to control the main mix and mon-

itor mix

In this application, the same input channels are

patched to the panels of both consoles. One engineer

controls the main mix, and another engineer con-

trols the monitor mix.

• Use two consoles to control the same mix from two

locations

In this application, two consoles are placed in sepa-

rate locations (for example one near the stage and

the other in the audience seating), and two engineers

control the same mix.

• Use two consoles to control 96 channels simulta-

neously

In this application, input channels 1–48 are patched

to one console, and input channels 49–96 to the

other console, allowing one or more engineers to

control 96 channels simultaneously.

In Dual Console mode, the console that is connected

to the engine will operate as the master unit, and the

other console will operate as the slave unit. However,

in order to avoid confusion with the master/slave

relationship in “engine cascade” (described later in

this document), we refer to the master unit as “con-

sole 1,” and the slave unit as “console 2.”

Console 1 and console 2 differ in the functions they can

control, and in the order of priority when operations

overlap. The differences between consoles 1 and 2 can be

summarized as follows.

• Items that are linked between consoles 1 and 2

In general, changes that you make to the mix param-

eters in the current scene are linked between consoles

1 and 2. (An operation on one console will be

reﬂected by the other.) Operations of console 2 will

not nullify operations of console 1. Even if differ-

ences occur between the states of console 1 and con-

sole 2, the engine will always be set according to

console 1. If a difference occurs between parameters

that should be linked, you can select whether to copy

all scenes and all libraries when connection occurs,

or to copy them as desired after connection.

• Items that are operated independently between

consoles 1 and 2

Channel selections by the [SEL] switches, changes in

panel layout such as fader ﬂip or module ﬂip, and

screen switching by the function switches are not

linked between consoles. These operations can be

made independently on each console.

• Items that can be operated only by console 1

Most operations that affect the core of the system,

such as switching between engines, switching the

word clock master, and changing the connections

between components, can be performed only by con-

sole 1. The settings of most items can be viewed on

the console 2 screen, but cannot be modiﬁed.

• PC connection

A PC (PM1D Manager) can be connected only to

console 1 or to the engine. It cannot be connected to

console 2. Nor is it possible to connect and use two

or more PCs simultaneously.

Whether a parameter is linked when operated, and

the priority between consoles 1 and 2, will differ

depending on the screen. The table on the following

page summarizes the operation of each screen in

Dual Console mode.

PM1D System Software V1.5 Supplementary Manual

Function Screen

Linked

Indepen-

dent

Remarks

→21↔2

EFFECT

GEQ

SCENE

MEMORY

Only the trigger for number and store/recall operations is

transmitted and received.

SORT-related settings can be operated only on console 1

RECALL SAFE

FADE TIME

DIRECT RECALL

TRACKING RECALL

GLOBAL PASTE

MIDI/GPI/TC

MIDI PGM CHANGE

MIDI CTRL CHANGE

GPI

• GPI IN settings

Console 1 or PC:

Only console 1 / engine port can be set

Console 2:

Only console 2 port can be set

• GPI OUT settings

Console 1 or PC:

Only console 1 / engine port can be set

Console 2:

Only console 2 port can be set. However, engine port can

be viewed

TC EVENT

FADER START

Cannot be set on a PC connected to a system that includes

a console

UTILITY

PREFERENCE

USER DEFINE

From system software 1.5, this can be set/operated indepen-

dently for consoles 1 and 2 and the PC

LOAD / SAVE

There are limitations on the parameters that can be loaded

by console 2

PANEL ASSIGN

PAIR MODE

SYS/W.CLOCK

SYSTEM

CONNECTION

Buttons that switch the wiring of console 2 itself can also be

operated from console 2

DUAL CONSOLE

CASCADE

INPUT UNIT

Virtual units can be created only from console 1.

Unit parameters are linked.

OUTPUT UNIT

Virtual units can be created only from console 1.

Unit parameters are linked.

WORD CLOCK

DITHER

UNIT NAME

METER

METERING POINT and PEAK HOLD can be operated only

from console 1

MON/CUE

TALKBACK

q Only TB OUT is in common

OSCILLATOR

O The two consoles share one 2CH set of oscillators.

2TR IN

Settings other than INPUT CONSOLE can also be operated

from console 2

ST OUT DIGITAL

MONITOR A

MONITOR B

—— —

Cannot be operated, since in Dual Console mode, this func-

tions as MONITOR A of the other console

CUE/SOLO

Cue is independent, solo function on/off can be operated

only from console 1

Linked if the CUE MODE button is set to SOLO ON, or if in

the SYS/W.CLOCK function DUAL CONSOLE screen CUE

ON/OFF is turned ON.

DUAL CONSOLE mode added

• Linked (1→2).............Screens in which the con-

sole 1/2 settings are linked.

However, they can be oper-

ated only by console 1.

• Linked (1↔2).............Screens in which the con-

sole 1/2 settings are linked.

They can be operated from

either console 1 or 2.

• Independent...............Screens in which settings

can be made independently

by consoles1 and 2.

• O ..................................Indicates that all parame-

ters in the corresponding

function/screen will operate

as indicated (independent,

linked 1→2, or linked

1↔2).

•

.................................Indicates that some param-

eters in this function/screen

are exceptions, and operate

other than indicated.

About scene/library memories

When a scene or library is stored or recalled on one con-

sole, the other will follow this operation. However, this

simply means that a command of “recall scene number

***.*” is transmitted to the other console; the result of

the store/recall is not conveyed to the other console.

Thus, in order to completely synchronize the two con-

soles, it is necessary to match the current memory (the

scene, patch, units, names currently shown in the

panel), the scene memories and libraries that are used,

and some of the setup data.

If this data does not match, scene/library recall opera-

tions may cause the settings of the current scene to

become completely different between the two consoles.

Data can be synchronized between the two consoles in

the following ways.

• Tr ansfer all data

In this method, all data is transmitted via the CON-

TROL I/O connector from console 1 to console 2.

You can perform this operation in a single step when

you initiate Dual Console mode.

• Tr ansfer only necessary data

In this method, only the scenes and libraries that will

be used are manually transmitted from console 1 to

console 2.

• Tr ansfer all data via memory card

In this method, all data of console 1 is saved on a

memory card, and this data is then loaded into con-

sole 2. To use this method, use the LOAD/SAVE

screen of console 1 to save all data on a memory card,

then insert that card into console 2 and load the data.

(For details, refer to “CS1D Reference Manual (Soft-

ware),” p.40.)

OUT PATCH

OUTPUT PATCH

If a discrepancy occurs between the patching when a scene/

unit is recalled, the patching of console 1 will take priority

INSERT PATCH

INSERT POINT

INSERT VIEW

NAME

OUT INSERT

OUT EQ

OUT COMP

OUT DELAY

OUT DCA MUTE

MATRIX/ST

OUT CH VIEW

IN PATCH

INPUT PATCH

If a discrepancy occurs between the patching when a scene/

unit is recalled, the patching of console 1 will take priority

DIRECT OUT PATCH

INSERT PATCH

INSERT/DIRECT POINT

INSERT/DIRECT VIEW

NAME

HA/INSERT

IN EQ

IN GATE/COMP

IN DELAY

IN DCA/MUTE

PAN/ROUTING

INPUT CH VIEW

Function Screen

Linked

Indepen-

dent

Remarks

1→21↔2

PM1D System Software V1.5 Supplementary Manual

About the console shutdown function

A Shutdown function has been added to keep current memory from being modiﬁed in Dual Console mode.

In Dual Console mode, powering-off either console may modify the current memory of the other console or

the engine, but by shutting-down the console before powering it off, you can prevent current memory from

being modiﬁed.

For the procedure, refer to page 26.

• This shutdown function is necessary only in Dual Console mode. If you are not operating in Dual Console mode,

the SHUTDOWN button (→p.26) will not be displayed.

• If you power-off the console without performing this procedure as described, the current memory used by the

other console or the engine may be modiﬁed. However, settings other than current memory (i.e., scene memory,

the various setup memories and libraries) will not be affected. Thus, if you have stored the current memory to a

scene, you can re-recall that scene to recover from an accidental power-off that occurred without performing the

shutdown.

DUAL CONSOLE screen

PM1D system software V1.5 adds a DUAL CONSOLE screen to the SYS/W.CLOCK function. In this screen you can make

settings and perform operations for Dual Console mode.

DUAL CONSOLE mode added

1 SYSTEM CONFIGURATION

Indicates the current operation mode and cascade

mode of the PM1D system. Click the button to

open the SYSTEM CONFIGURATION popup win-

dow, where you can switch the operation mode and

cascade mode.

Hint

The SYSTEM CONFIGURATION ﬁeld is displayed

in the SYS/W.CLOCK function SYSTEM CONNEC-

TION screen, DUAL CONSOLE screen, and CAS-

CADE screen (newly added in version 1.5). All of

these represent the same setting.

2 DUAL CONSOLE LINK (DUAL CONSOLE mode

link settings)

Here you can select whether cue operation and talk-

back-controlled dimmer operation will be linked.

If the CUE ON/OFF LINK button is on, operations

of the [CUE] switches, EFFECT CUE, SUB IN CUE,

and gate KEY IN CUE will be linked.

If the TALKBACK DIMMER ON/OFF LINK button

is on, turning talkback on from one console will

attenuate the monitor signal on the other console as

well.

Note that the TALKBACK DIMMER ON/OFF

LINK button links the dimmer operation; it does

not link talkback on/off operation. The amount of

attenuation when the dimmer is on can be adjusted

independently in the MONITOR A screen of each

console.

PM1D System Software V1.5 Supplementary Manual

[Console 1]

The following screen appears only on console 1.

3 UPDATE

Each time you click this button, the current memory,

scene memories/libraries, and setup data will be

compared between console 1 and console 2, and the

ALL DATA STATUS (4) display will be updated.

4 ALL DATA STATUS

This area displays the result of comparing the data of

console 1 and 2. If all data is identical, this will indi-

cate “SAME.” If there is any difference, this will indi-

cate “DIFF.”

5 Scene memories / libraries

This area displays the result of comparing each scene

memory and library. You can click the buttons at the

left to select the items that will be displayed in the

library data list (7).

6 CURRENT MEMORY (Current memory status)

This indicates the result of comparing the current

memory (the scene currently reﬂected by the panel,

patches, units, and names). If these are all identical

for consoles 1 and 2, this will indicate “SAME.” If

there are any differences, this will indicate “DIFF.” If

you click the COPY button located in the cen-

ter, the current memory will be copied from console

1 to console 2.

7 Scene memory / library data list

This displays the scene memory / library data that is

selected by the scene memory / library status (5)

buttons.

The ALL ﬁeld at the top of the list will indicate

“SAME” if all data matches, or “DIFF” if there is any

difference. If you click the COPY button

located in the center, the entire contents of the

selected scene memory or library will be copied from

console 1 to console 2.

The lower lines of the list show the contents of the

selected scene memories / libraries for each console.

If the contents of each number match, this will indi-

cate “SAME.” If they differ, this will indicate “DIFF.”

Only while a scene memory is displayed in the list,

clicking the COPY button located in the cen-

ter will copy the contents of that scene memory from

console 1 to console 2.

DUAL CONSOLE mode added

Connections in Dual Console mode

The following diagrams show connections between the consoles and engine(s) in Dual Console mode.

• You must power-off all equipment before making

connections.

• Connections for input/output units and power

supplies are not discussed here. For details, refer

to “CS1D Operation Manual, Setup.”

Please note that on console 2 you will connect the

DIGITAL I/O lines to the DIGITAL I/O ENGINE A

ports — not to the DIGITAL I/O CONSOLE ports.

[Standard mode]

IN OUT

INOUT

1212 121212

121212

12 12

IN OUT

ENGINE A

(DSP1D-EX{DSP1D})

CONTROL

I/O

CONSOLE

I/O

CONSOLE 1 (CS1D)

CONTROL I/O

CONSOLE

CONTROL I/O

ENGINE A

DIGITAL I/O

ENGINE A

DIGITAL I/O

CONSOLE

CONSOLE 2 (CS1D)

CONTROL I/O

CONSOLE

DIGITAL I/O

ENGINE A

PM1D System Software V1.5 Supplementary Manual

[Mirror mode]

Hint

• The dashed lines in the above diagram are spare

connections for use in the event that the currently-

valid connectors become unusable.

• The system will operate normally even with just

the connections shown by the solid lines. However,

we recommend that you also make the spare con-

nections shown above whenever possible.

Connect each device to the identically-numbered (1

or 2) connector on each device. The system will not

operate correctly if you connect differently-num-

bered connectors.

Establishing communication between consoles

This section explains how to select Dual Console mode on each console, specify the console to which the engine is con-

nected as “console 1,” specify the other console as “console 2,” and establish communication.

In order to use Dual Console mode, each console

number must be speciﬁed correctly. Be aware that

communication will not occur if consoles 1 and 2

are interchanged, or if both are set to console 1.

1. Turn on the power in the order of input/output

units, engine(s), and console power supply.

Incorrect operation while making settings can

cause a high-volume signal to be output. We

strongly recommend that you turn down the vol-

ume of your power amps etc. until settings are

completed.

IN OUT

INOUT

1212 121212

121212

12 12

IN OUT

ENGINE A

(DSP1D-EX{DSP1D})

CONTROL

I/O

CONSOLE

I/O

CONSOLE 1 (CS1D)

CONTROL I/O

CONSOLE

DIGITAL I/O

CONSOLE

CONSOLE 2 (CS1D)

CONTROL I/O

CONSOLE

IN OUT

INOUT

121212

12 12

ENGINE B

(DSP1D-EX{DSP1D})

CONTROL

I/O

CONSOLE

I/O

CONTROL I/O

ENGINE A

DIGITAL I/O

ENGINE A

CONTROL I/O

ENGINE B

DIGITAL I/O

ENGINE B

DIGITAL I/O

ENGINE A

DUAL CONSOLE mode added

[Console 2]

2. On the console to which the engine is not connected,

access the SYS/W.CLOCK function DUAL CON-

SOLE screen (a newly added screen in version 1.5).

3. In the SYSTEM CONFIGURATION ﬁeld, click the

button.

The SYSTEM CONFIGURATION popup window

will appear. In the OPERATION MODE SELECT

area of this window you can select the operation

mode of the PM1D system.

4. Click the DUAL button within the CONSOLE sec-

tion of the OPERATION MODE SELECT area.

When you turn the DUAL button on, the CONSOLE

No. buttons will become operable.

5. Click the CONSOLE 2 button to turn it on, and

then click the OK button.

The console will be set to DUAL CONSOLE mode.

In the upper part of the screen, the control number

of the CONNECTION ﬁeld will change to “2,” and

“DUAL” will be indicated below the number. (How-

ever, an X will be superimposed on DUAL since

communication is not yet established.)

[Console 1]

6. On the console to which the engine is connected,

access the SYSTEM CONFIGURATION popup win-

dow in the same way.

7. Click the DUAL button within the CONSOLE sec-

tion of the OPERATION MODE SELECT area.

8. Verify that the CONSOLE 1 button is on, and click

the OK button.

When you click the OK button, the two consoles will

attempt to establish communication. When commu-

nication has been established, console 1 will compare

the system version, scene memories, libraries, and

setup data of the two consoles.

• In order to use Dual Console mode, both con-

soles must have the same system version.

• If the versions of the two consoles differ, the ver-

sion check popup window will appear, and fur-

ther operation will not be possible. Update the

system version to match, and perform the opera-

tion once again.

If there is any difference in the data of the two con-

soles, the console 1 screen will show a message of

“Will transmit differential data to CONSOLE 2. Are

you sure? [xx sec.]”

This message is asking you whether it is OK to trans-

mit the differing data from console 1 to console 2.

(The data is always sent from console 1 to console 2.

The [xx sec.] (or [xx min.]) indicates the estimated

time required for transmission.

When you click the OK button in this window, all

current scene, scene, memory, and library data, and

any setup data required for linked operation will be

transmitted from console 1 to console 2.

If you click the CANCEL button, only the current

scene and the setup data necessary for linked opera-

tion will be transmitted from console 1 to console 2.

Hint

If the scene memories and libraries are fully used, it

will take approximately 60 minutes to transmit all of

the data.

PM1D System Software V1.5 Supplementary Manual

CAUTION!

• Be aware that once data transmission is started, it

cannot be aborted. Please use caution.

• The expected time is merely an estimate. A longer

time than indicated here may actually be required.

• If you do not have enough time for transmission to

be performed, we strongly recommend that you

click the CANCEL button when the above message

appears, and either transmit only the necessary

data (→p.21) or transfer the data via memory card.

9. If it is OK to transmit the data, click the OK button.

Data transmission will begin. The screen will show a

progress bar to indicate the state of progress.

• While transmission is occurring, never turn off

the power or interrupt communication. If for

some reason the console power supply is turned

off, the memory contents of console 2 will be lost.

In this case you will need to initialize console 2.

• Even if you click the CANCEL button in step 9,

part of the setup data and the current data will be

transmitted, so as long as you are operating the

current scene, the two consoles will operate in

tandem.

However, since the libraries and scene do not

match, performing a store/recall operation may

cause the current scene on the two consoles to

have completely different settings.

When transmission is completed, the X symbol will

disappear from the “DUAL” indication in the CON-

NECTION area at the top of the screen. Now the two

consoles can be used simultaneously.

Hint

• If you power-off the system in this state, console 1

will attempt to initiate communication in Dual

Console mode the next time it is powered-on.

• To cancel Dual Console mode, access the DUAL

CONSOLE screen on console 1 or 2, click the

button in the SYSTEM CONFIGURATION ﬁeld,

and select SINGLE CONSOLE mode.

If Dual Console mode is established, switching to

Single Console mode will set both console 1 and

console 2 to Single Console mode.

If, after communication is established, communica-

tion with the DIGITAL I/O connector or CONTROL

I/O connector is interrupted, a warning message like

the following will appear in the lower part of the

screen. Please check the appropriate connection.

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