Yamaha Audio CS1D User Manual

Thank you for purchasing the CS1D.

Information regarding PM1D System Software V1.41

When using the PM1D system software V1.41, please keep in mind the following supplementary explanations.

Note regarding file compatibility

●

Files that you created using system software V1.41 cannot be loaded into a system that is running system software V1.3 or earlier. Data that you created using system software V1.3 or earlier can be loaded into system software V1.41. In this case, memories related to functions that were added in 1.41 will be the same as the factory setting.

The following issues concern timecode events, and should be read in conjunction with page 33 of the CS1D Reference Manual (Software).

●

When registering several events close together, up to five events can be safely registered within any three second period. If you register six or more events, the sixth and subsequent events may not be recalled properly.

●

Since it takes a few seconds to chase the time code, events are typically executed three seconds after the time code begins running. Therefore, you must start the time code at least three seconds before any events that you want to execute. Note also that scenes cannot be recalled manually during this three-second period.

●

Events in the time code event list are executed only once during each time code pass.

●

Since time code events set to INC or DEC are executed relative to the scene number selected when the time code first begins running, they are not affected by scene recalls performed by other means that occur once the time code is up and running.

●

If a scene is recalled via the time code event list while a scene recall by some other means is being processed, the scene recall will be executed once the first recall operation is complete. However, if a scene recall by some other means occurs while a scene recall via the time code event list is being processed, the second recall may sometimes fail.

●

Time code events can be executed on the console even without a ENGINE connected so long as TC IN SELECT is set to either [INT GEN] or [CONSOLE]. The FADE TIME function, however, will not operate.

●

RECALL UNDO cannot be used to undo scenes recalled via the time code event list.

The following issues concern Mirror mode, and should be read in conjunction with page 10 of the CS1D Operation Manual (Start-up).

●

Reliable operation cannot be guaranteed if Engine A and Engine B are connected differently.

●

The C port of the AI8 analog input unit cannot be used.

●

From system software V1.3 onward, functionality was added for automatic switching from ENGINE A to ENGINE B in mirror mode. This will automatically switch the engine from A to B when the following problems are detected. This function automatically switches from engine A to B if either of the following problems are detected.

1. Failure of engine A itself

2. Failure of the CONTROL I/O cable However in order for this function to work correctly, the

following conditions must be met.

1. Engine A and engine B must both be connected correctly and functioning

2. The DIGITAL I/O cable must be connected

3. In addition, the entire system must be installed as described in the operating manual

Please also be aware of the following cautionary notes regarding the automatic engine switching function.

1. Automatic switching from engine B to engine A will not occur.

2. If a problem occurs in the CONTROL I/O cable, switching between engines A/B will take priority over switching between connectors 1/2.

3. If the power of engine A fails during operation, it will take approximately one second for automatic switching to occur, engine B to be selected, and audio output to begin. (Sound will not be interrupted if the problem is only in the CONTROL I/O cable.)

4. If there is a problem with connections when the console is powered-on, the automatic switching may not occur in some cases. You will need to switch manually as needed.

Addition explanation for PREVIEW mode

●

PREVIEW mode lets you view the scene settings that have been stored by scene memory operations on the CS1D. The various parameters in PREVIEW mode indicate the current state of the signal processing. If one unit is connected to more than one engine, and you select PREVIEW mode for the system connected to the engine not specified for the control port, you will not be able to operate GAIN GANG or A/B LINK.

Regarding the software version printed in the manuals

●

All manual references to PM1D system software “version

1.0” should be read as “version 1.41”.

●

The PC connection will be denied for reasons of safety if the “PM1D Manager for Windows” application software is a different version than the system version of the PM1D itself. You must use the software from the same CD-ROM to ensure that the versions match.

Thank you for purchasing the CS1D.

Additions and changes to PM1D system software V1.25

This document explains the functionality that been added or changed in PM1D system software version 1.25.

Change in how fade-time processing of each channel is defeated

Up through PM1D system software v1.2, operating a fader while the fade time was being executed caused fade-time processing for that channel to be cancelled. However since it is easy to operate a fader inadvertently, this version of the software disables this automatic cancellation, in order to prevent accidents.

If you want to cancel fade-time processing as before, operate the fader while holding down one of the following:

•

The [SHIFT/GRAB] switch of the data entry block

•

The [SHIFT] switch in the CHANNEL SELECT section of the SELECTED INPUT CHANNEL block

•

The [SHIFT] switch in the CHANNEL SELECT section of the SELECTED OUTPUT CHANNEL block

Drag & drop effect data (EFFECT ASSIGN screen)

In the EFFECT function EFFECT ASSIGN screen, you can now use Drag & Drop to copy all settings of an effect. Here’s how to do this.

A popup window will ask you to conﬁrm the copy operation.

2. To execute the copy, click the OK button. To cancel, click the CANCEL button.

When you click the OK button, all parameters including the effect type will be copied.

1. In the EFFECT ASSIGN screen, click the effect type graphic for the copy source internal effect (1–8), and drag & drop it onto the graphic for the copy destination internal effect.

Reference pages

•

Software section, page 12

Recalling effect parameters (EFFECT ASSIGN screen)

In the EFFECT function EFFECT ASSIGN screen, you can now access the corresponding EFFECT 1–8 screen by clicking the graphic that indicates the effect type. This lets you operate effect parameters more quickly.

The parameters of the currently selected effect will be assigned to the MIX [LEVEL/BAL] encoders as shown in the following diagram. At this time, the MIX OUTPUT block MIX [NAME] indicator will show the parameter name (up to four characters).

CS1D MIX OUTPUT block

PAIR

ONONONONONONONONONONONONONONONONONONONONONONON

PAIR PAIR

Encoders 1–12

PAIR

PAIR PAIR

PAIR

PAIR PAIR

PAIR

1-24

PAIR

MIX

LAYER

Reference pages

•

Software section, page 12

Using the encoders to control effect parameters (EFFECT 1–EFFECT 8 screens)

When the EFFECT function EFFECT 1–8 screens are displayed, you can now use the encoders of the MIX OUTPUT block to control the effect parameters. To do this, use the following procedure to.

1. Access one of the EFFECT 1–EFFECT 8 screens.

2. Click the ASSIGN button located in the center of the screen to turn it on.

Encoders 13–24

Hint

•When an EFFECT 1–EFFECT 8 screen is displayed, you can hold down the [SHIFT/GRAB] switch of the data entry block and press the MIX LAYER [124] switch or the [25-48] switch to obtain the same result.

•The ASSIGN button on/off setting is common to all of the EFFECT 1–EFFECT 8 screens. If you switch between EFFECT 1–EFFECT 8 screens when the ASSIGN button is on, the parameters of the new screen will be assigned.

3. To return to the previous state, click the ASSIGN button to turn it off.

The encoder functions will return to their previous state.

Hint

The encoder functions will also return to their previous state if you access a screen other than EFFECT 1– EFFECT 8, or if you press either the MIX LAYER [124] or [25-48] switch.

ASSIGN button

Reference pages

•

Basic operation, page 130

•

Software section, page 11

Automatic GEQ insertion (GEQ PARAMETER screen)

When you select a graphic EQ insert destination in the GEQ function GEQ PARAMETER screen, insertion will automatically be switched on in the corresponding channel.

For example if you select a input channel as the GEQ insert destination, the INS. button of the corresponding channel will now automatically be turned on in the IN PATCH function INSERT/DIRECT POINT screen. (It is no longer necessary to manually turn the INS. button on, as in earlier versions.)

“When you select an input channel as a GEQ insert destination, ...”

Additional functions in GEQ ASSIGN 1-12 / 13-24 screens

The following buttons have been added to the GEQ ASSIGN 1-12/13-24 screens.

GEQ ON/OFF button

This button switches each GEQ on/off.

DISPLAY ORDER REVERSE button

This button reverses the order of the GEQs in the GEQ ASSIGN 1-12/13-24 screens. By default, the GEQs are arranged in ascending order from bottom to top, but will be arranged in ascending order from top to bottom when you turn on this button.

“the INS. button of that channel will automatically be turned on in the IN PATCH function INSERT/DIRECT POINT screen.”

In the same way, if you select an output channel as the insert destination, the INS. button of the corresponding channel will automatically be turned on in the OUT PATCH function INSERT POINT screen.

When you defeat graphic EQ insertion in the GEQ PARAMETER screen, insert will automatically be switched off for the corresponding channel.

Reference pages

•

Basic operation, pages 134–135

•

Software section, page 13

“Order when the DISPLAY ORDER REVERSE button is on”

Reference pages

•

Software section, pages 16–17

Meter display in the IN HA/ INSERT function / OUT INSERT function

In the IN HA/INSERT function and the OUT INSERT function, meters are now displayed even for the effect return, the graphic EQ output, and units to which the talkback signal is assigned.

“Units to which an effect return is assigned”

Additions and changes in the INPUT UNIT screen

The following two additions/changes have been made in the SYS/W.CLOCK function INPUT UNIT screen.

1 2

UNIT SELECT button

This button virtually connects a unit to the jack selected by the IN 1–IN 10 buttons. This is the same function as the UNIT SELECT button located in the upper right of the screen in the previous version of the software.

When you click this button, a popup window will appear, allowing you to select a unit.

“Units to which a graphic EQ output is assigned”

“Units to which the talkback signal is assigned”

Reference pages

•

Software section, pages 87 and 132

Hint

In V1.25, the above popup window lets you directly select the model names (AI8-ML8, AI8-ML4AD4, AI8-AD8) of currently-installed cards. If you select one of these model names, it will not be necessary to specify the installed card.

UNIT LIBRARY button

This button access the UNIT LIBRARY window, where you can store/recall setting data for all units. This button has the same function as the UNIT LIBRARY button found in the ST IN INS/UNIT LIB screen (IN HA/INSERT function).

Reference pages

•

Software section, pages 47–48

Additions and changes in the OUTPUT UNIT screen

The following two additions/changes have been made in the SYS/W.CLOCK function OUTPUT UNIT screen.

1 2

UNIT SELECT button

This button virtually connects a unit to the jack selected by the OUT 1–OUT 6 buttons. This is the same function as the UNIT SELECT button located in the upper right of the screen in the software of the previous version.

When you click this button, a popup window will appear, allowing you to select a unit.

Additional master clocks available for selection (WORD CLOCK screen)

In the SYS/W.CLOCK function WORD CLOCK screen, the following three types have been added to the master clocks that can be selected.

•

CONSOLE INT 48k

The internal clock of the CS1D (48 kHz)

•

CONSOLE INT 44.1k

The internal clock of the CS1D (44.1 kHz)

•

W.CLOCK IN

The word clock supplied to the WORD CLOCK IN jack of the CS1D

•The above master clocks are displayed only if the setting level is set to “ADVANCED” in the WORD CLOCK screen.

•Some of the buttons in the WORD CLOCK screen are arranged differently in V1.25.

In particular when using Mirror mode, selecting the console’s INT 48k or INT 44.1k as the master clock will allow you to construct a system that does not use an external clock generator.

In this case, connections and settings will be as shown on the following page.

Hint

In V1.25, the model names (A08-DA8) of cards that are already installed can be selected directly. If you select a model name, it will not be necessary to specify the installed card.

UNIT LIBRARY button

A button has been added that allows you to access the UNIT LIBRARY window, where you can store/recall setting data for all units. This button has the same function as the UNIT LIBRARY button located in the OUT INSERT function ST MAS INS/UNIT LIB screen.

Reference pages

•

Software section, pages 50–51

• Example setting 1

The word clock output from the console is distributed, and supplied to the various components. In this example, the console fills the role of the clock generator.

Clock distributor

WORD

CLOCK OUT

WORD

CLOCK IN

CONSOLE

I/O

DIGITAL I/O DIGITAL I/O

CONSOLE

I/O

DSP1D (-EX)DSP1D (-EX)

CS1D

WORD

CLOCK IN

INPUT/

OUTPUT

• Word clock settings

MASTER CLOCK SELECT

Console INT 48k or INT 44.1k

WORD CLOCK INPUT SELECT

Engine: W.CLOCK IN Each unit: W.CLOCK IN

WORD CLOCK IN

INPUT/OUTPUT INPUT/OUTPUT

Each unit

: BNC cable connection : Word clock signal flow : D-sub half-pitch 68-pin cable connection

INPUT/

OUTPUT

• Example setting 2

The word clock is supplied via the digital audio signal that is output from the DIGITAL I/O jack of the console. In this case, each component that is connected by a 68-pin D-sub cable will extract the word clock from the 68-pin D-sub connector.

CONSOLE

DSP1D (-EX)

I/O

DIGITAL I/O

CS1D

INPUT/

OUTPUT

INPUT/OUTPUT

• Word clock settings

MASTER CLOCK SELECT

Console INT 48k or INT 44.1k

WORD CLOCK INPUT SELECT

Engine: 68-pin D-sub connector (AUTO and W.CLOCK IN both turned off) Each unit: 68-pin D-sub connector (AUTO and W.CLOCK IN both turned off)

The CONSOLE INT 48k and CONSOLE INT 44.1k settings were added so that when Mirror mode is used, a system can be constructed without using an external clock generator. If this is used for other purposes, or if you have connected a device that requires a high-precision word clock, it may not

Each unit

: D-sub half-pitch 68-pin cable connection : Word clock signal flow

operate correctly. In such cases, either use an external clock generator or select INT 48k/INT 44.1k of the engine as the master clock.

Reference pages

•

Installation, pages 24, 28–29

•

Software section, page 54

Additions and changes in the SYSTEM CONNECTION screen

The following two additions/changes have been made to the SYS/W.CLOCK function SYSTEM CONNECTION screen.

Manual switching of the DIGITAL I/O connectors

You can now manually switch the number (1 or 2) of the DIGITAL I/O connector that connects the console and engine.

To do so, click the button beside the number corresponding to the DIGITAL I/O connector of the console or engine.

Click here

A switching popup window will appear, so press the OK button to perform the switch.

Display PC connection status

The status of the connection between the console/ engine and the PC is now displayed in the PC CONNECTION section of the screen. The display has the following signiﬁcance.

•

PERMIT button

This button speciﬁes whether to permit connection between the console/engine and the PC. When this button is on, data transfer will be enabled between the console/engine and PC whose serial ports are connected to each other. For details refer to the manual of the PC software “PM1D Manager for Windows.”

•

OFFLINE/ONLINE

This indicates the status of connections between the console/engine and PC. When the serial ports are connected to each other and data can be transferred, the ONLINE symbol will be displayed. If data cannot be transferred even though the serial ports are connected, the OFFLINE symbol will be displayed.

Reference pages

•

Installation, pages 23, 26, 27

•

Software section, pages 44, 45, 46

Even if you switch the number of the DIGITAL I/O connector in the SYSTEM CONNECTION screen, the previous connector will automatically be valid if the appropriate signals are not being input from the newly selected connector.

Changes in the main display

The main display has been changed as follows.

1 2

Cancel a modiﬁed scene memory number

When the scene memory title area is blinking, you can click this area to return to the scene number that was last stored/recalled. This is the same function as the [CLEAR] switch of the SCENE MEMORY block.

CUE symbol

CUE symbols that indicate the section in which the [CUE] switch is currently on have been added to the screen. Each symbol has the following meaning.

•

INPUT CUE

This symbol will be displayed if the [CUE] switch of an input channel is on.

•

OUTPUT CUE

This symbol will be displayed if the [CUE] switch of an output channel is on.

•

DCA CUE

This symbol will be displayed if the [CUE] switch of a DCA group is on.

•

SUB IN CUE

This symbol will be displayed if the SUB IN CUE button is turned on in the MATRIX/ST function SUB IN screen.

•

EFFECT CUE

This symbol will be displayed if the CUE button is on in the EFFECT function EFFECT 1–EFFECT 8 screen or the EFFECT ASSIGN screen.

•

KEY IN CUE

This symbol will be displayed if the KEY IN CUE button is on in the IN GATE/COMP function GATE PRM screen.

Changes in the CUE/SOLO screen

The MON/CUE function CUE/SOLO screen has changed as follows.

SET ALL/CLEAR ALL button added to INPUT SOLO SAFE section

This button sets/clears all Solo Safe settings for the input channels.

SET ALL/CLEAR ALL button added to OUTPUT SOLO SAFE section

This button sets/clears all Solo Safe settings for the output channels.

Reference pages

•

Software section, pages 74–75

Changes in the FADE TIME screen

A SET ALL button has been added to the SCENE function FADE TIME screen.

Reference pages

•

Software section, page 3

When you click the SET ALL button ( 1 ), the fade function will be enabled for all input channels, output channels, and DCA groups.

Reference pages

•

Software section, pages 25–26

Changes in the RECALL SAFE screen

A SET ALL button and CLEAR ALL button have been added to the SCENE function RECALL SAFE screen, allowing Recall Safe to be set/cleared simultaneously for all units.

Input/output unit sharing

Multiple PM1D systems can now share various types of input/output unit (AI8, AO8, DIO8).

Specifying the Unique ID

If you want multiple PM1D systems to share an input/ output unit, you must ﬁrst specify a Unique ID for each engine. The Unique ID is an identifying number that speciﬁes the engine that will be the control source when multiple engines (DSP1D-EX {DSP1D}) are connected in parallel to an input/output unit. (When the PM1D system is in the default state, engine A is set by default to ID=1, and engine B to ID=2.)

If you want to change this ID, access the SYS/W.CLOCK function SYSTEM CONNECTION screen, and click the

button located above the graphic of the engine. (Alternatively, move the cursor to the button and press the [ENTER] key.)

When you click the SET ALL button (1), all units will be set to Recall Safe. When you click the CLEAR ALL button (2), Recall Safe will be defeated for all units.

If the SET ALL button is on, all units (including units that are not displayed in this screen) will be set to Recall Safe. Please be aware that Recall Safe will be applied to units that are not currently patched, and to units that are patched to Insert.

Reference pages

• Basic operation, page 106

• Software section, pages 23, 24

UNIQUE No. button

When you click the button, a popup window will appear, allowing you to select the Unique ID.

In this window, the button of the currently-selected ID will be on. Select a new ID, and click the OK button.

The modiﬁed Unique ID will not take effect until you restart the PM1D system. Turn off the power of all components, and then turn the power on again.

Make sure that the Unique ID of each engine does not coincide. If the ID numbers coincide, the units may malfunction.

Hint

Unique ID settings need to be made only if an input/ output unit is being shared by multiple engines.

Sharing an input/output unit between multiple engines (Standard mode)

The following diagram shows example connections when sharing an AI8 input unit in Standard mode. The AI8’s OUTPUT jacks A–C are connected to engines (DSP1D) 1–3, each with a different Unique ID. The control source engine (DSP1D) is selected by the CONTROL PORT switch of the AI8. In this diagram, the CONTROL PORT switch is set to A, so engine (DSP1D) 1 (ID=1) which is connected to the AI8’s OUTPUT jack A will be the control source, and will adjust all parameters including gain.

CS1D-3

DSP1D-3

[UNIQUE No. : 3]

AI8 input unit

CONTROL

OUTPUT

PORT

CBA

B C

WORD CLOCK

OFF

75Ω

OUT

Set to A

CONTROL

PORT

CB A

B C

WORD CLOCK

OFF

75Ω

OUT

CBA

[UNIQUE No. : 2]

OUTPUT

Although engine (DSP1) 2 (ID=2) and engine (DSP1D) 3 (ID=3) can also recognize the AI8, they cannot adjust its parameters. (Unit-related parameters will be shaded in the screen.) Settings for the entire unit (such as word clock-related settings) will also be controllable only from engine (DSP1D) 1 (ID=1). If you want to change the control source engine (DSP1D), change the position of the AI8’s CONTROL PORT switch.

CS1D-2

DSP1D-2

CS1D-1

DSP1D-1

[UNIQUE No. : 1]

Sharing an input/output unit between multiple engines (Mirror mode)

The following diagram shows example connections when sharing an AI8 input unit in Mirror mode. The AI8’s OUTPUT jack A is connected to engine (DSP1D-1) A, and OUTPUT jack B is connected to engine (DSP1D-2) B. In Mirror mode, the connected jack for each unit is controlled in software. For this reason, engine A must be connected to jack A of each unit, and engine B must be connected to jack B of each unit. (In Mirror mode, the AI8’s jack C cannot be used.)

CS1D-1

DSP1D-B

[UNIQUE No. : 2]

INPUT 1

AI8 input unit

CONTROL

OUTPUT

PORT

CBA

B C

WORD CLOCK

OFF

75Ω

OUT

Set to A or B

The vacant jack of a unit used in Standard mode must not be connected to a Mirror mode system. Doing so will cause malfunctions.

CONTROL

PORT

CB A

B C

WORD CLOCK

OFF

75Ω

OUT

DSP1D-A

[UNIQUE No. : 1]

INPUT 1

OUTPUT

CBA

When multiple units (AI8) are shared in Mirror mode, each unit (AI8) must be connected to the identically-numbered jack of engine (DSP1D) A/B.

Correct connections

• Mirror mode

CS1D-1

DSP1D-B

[UNIQUE No. : 2]

INPUT 1 2 3 4 5

CONTROL

PORT

OFF

A B C

CLOCK

WORD

75Ω

OUT

AI8-1 input unit AI8-2 input unit

CONTROL

OUTPUT

PORT

CBA

B C

WORD CLOCK

OFF

75Ω

OUT

OUTPUT

CB A

CBA

DSP1D-A

[UNIQUE No. : 1]

INPUT 1 2 3 4 5

CONTROL

PORT

CB A

B C

WORD CLOCK

CBA

OFF

75Ω

OUT

OUTPUT

CONTROL

PORT

A B C

WORD CLOCK

OFF ON

CBA

75Ω

OUT

OUTPUT

Incorrect connections

If separate units are connected to the identically-numbered jack of engines (DSP1D) A/B as shown in the following diagram, the HA settings etc. will change when you switch between engines (DSP1D) A/B.

• Mirror mode

CS1D-1

DSP1D-B

[UNIQUE No. : 2]

INPUT 1 2 3 4 5

CONTROL

PORT

AI8-1 input unit AI8-2 input unit

CONTROL

OUTPUT

PORT

CBA

B C

WORD CLOCK

OFF

75Ω

OUT

CB A

B C

WORD

CLOCK

OFF

75Ω

OUT

CBA

*1: The AI8-1’s OUTPUT jack A must be connected to the DSP1D-A’s INPUT1. *2: The AI8-2’s OUTPUT jack A must be connected to the DSP1D-A’s INPUT2.

OUTPUT

DSP1D-A

[UNIQUE No. : 1]

INPUT 1 2 3 4 5

*1 *2

CONTROL

PORT

A B C

WORD CLOCK

OFF

75Ω

OUT

OUTPUT

CB A

CBA

CONTROL

PORT

A B C

WORD CLOCK

OFF ON

CBA

75Ω

OUT

OUTPUT

Owner’s Manual

FCC INFORMATION (U.S.A.)

1. IMPORTANT NOTICE: DO NOT MODIFY THIS UNIT! This product, when installed as indicated in the instructions contained in this manual, meets FCC requirements. Modifications not expressly approved by Yamaha may void your authority, granted by the FCC, to use the product.

2. IMPORTANT: When connecting this product to accessories and/or another product use only high quality shielded cables. Cable/s supplied with this product MUST be used. Follow all installation instructions. Failure to follow instructions could void your FCC authorization to use this product in the USA.

3. NOTE: This product has been tested and found to comply with the requirements listed in FCC Regulations, Part 15 for Class “B” digital devices. Compliance with these requirements provides a reasonable level of assurance that your use of this product in a residential environment will not result in harmful interference with other electronic devices. This equipment generates/uses radio frequencies and, if not installed and used according to the instructions found in the users manual, may cause interference harmful to the operation of other electronic devices. Compliance with FCC regulations does not guarantee that interference will not occur in all installations. If this product is found to be the source of interference, which can be determined by turning the unit “OFF” and “ON”, please try to eliminate the problem by using one of the following measures: Relocate either this product or the device that is being affected by the interference. Utilize power outlets that are on different branch (circuit breaker or fuse) circuits or install AC line filter/s. In the case of radio or TV interference, relocate/reorient the antenna. If the antenna lead-in is 300 ohm ribbon lead, change the lead-in to coaxial type cable. If these corrective measures do not produce satisfactory results, please contact the local retailer authorized to distribute this type of product. If you can not locate the appropriate retailer, please contact Yamaha Corporation of America, Electronic Service Division, 6600 Orangethorpe Ave, Buena Park, CA 90620

The above statements apply ONLY to those products distributed by Yamaha Corporation of America or its subsidiaries.

ADVARSEL! Lithiumbatteri—Eksplosionsfare ved fejlagtig håndtering. Udskiftning må kun ske med batteri af samme fabrikat og type. Levér det brugte batteri tilbage til leverandoren.

VARNING Explosionsfara vid felaktigt batteribyte. Använd samma batterityp eller en ekvivalent typ som rekommenderas av apparattillverkaren. Kassera använt batteri enligt fabrikantens instruktion.

VAROITUS Paristo voi räjähtää, jos se on virheellisesti asennettu. Vaihda paristo ainoastaan laitevalmistajan suosittelemaan tyyppiin. Hävitä käytetty paristo valmistajan ohjeiden mukaisesti.

NEDERLAND THE NETHERLANDS

● Dit apparaat bevat een lithium batterij voor geheugen

back-up.

● Raadpleeg uw leverancier over de verwijdering van de

batterij op het moment dat u het apparaat ann het einde van de levensduur afdankt of de volgende Yamaha Service Afdeiing:

Yamaha Music Nederland Service Afdeiing Kanaalweg 18-G, 3526 KL UTRECHT Te l. 030-2828425

● This apparatus contains a lithium battery for memory

back-up.

● For the removal of the battery at the moment of the

disposal at the end of the service life please consult your retailer or Yamaha Service Center as follows:

Yamaha Music Nederland Service Center Address: Kanaalweg 18-G, 3526 KL

UTRECHT

Te l: 030-2828425

● Gooi de batterij niet weg, maar lever hem in als KCA.

● Do not throw away the battery. Instead, hand it in as small

chemical waste.

Important

Read the following before operating the CS1D

•

Warnings

•

Do not allow water to enter this unit or allow the unit to become wet. Fire or electrical shock may result.

•

Connect this unit’s power cord only to an AC outlet of the type stated in this Owner’s Manual or as marked on the unit. Failure to do so is a ﬁre and electrical shock hazard.

•

Do not place heavy objects, including this unit, on top of the power cord. A damaged power cord is a ﬁre and electrical shock hazard. In particular, be careful not to place heavy objects on a power cord covered by a carpet.

•

Do not modify the unit. Doing so is a ﬁre and electrical shock hazard.

•

Do not place a container with liquid or small metal objects on top of this unit. Liquid or metal objects inside this unit are a ﬁre and electrical shock hazard.

Cautions

•

This unit has ventilation holes at the top and bottom to prevent the internal temperature rising too high. Do not block them. Blocked ventilation holes are a ﬁre hazard.

•

Since this device is heavy, please use an appropriate number of people (two or more) when moving it.

•

Before moving the CS1D, you must be sure to lower the display toward the back until it is fastened in position.

Operating Notes

•

The digital circuits of this unit may induce a slight noise into nearby radios and TVs. If noise occurs, relocate the affected equipment.

Using a mobile telephone near this unit may induce noise. If noise occurs, use the telephone away from the unit.

•

XLR-type connectors are wired as follows: pin 1: ground, pin 2: hot (+), and pin 3: cold (–).

•

If the message “WARNING LOW BATTERY !” appears when you turn on this unit, contact your dealer as soon as possible about replacing the internal data backup battery. The unit will still operate correctly, but data other than the presets will be lost. We recommend that you save the data on an ATAcompatible PC ﬂash storage card before replacing the battery.

•

The performance of components with moving contacts, such switches, rotary controls, faders, fans, and connectors, deteriorates over time. The rate of deterioration depends on the operating environment and is unavoidable. Consult your dealer about replacing defective components.

•

The CS1D is cooled by fan exhaust openings located on its rear panel. Check these regularly and use a vacuum cleaner etc. to ensure that the openings do not become clogged with dust. Before performing this maintenance, you must turn off the POWER switch of the PM1D power supply unit and make sure that the CS1D is not operating.

•

The power must be turned on/off using the POWER switch of the PW1D power supply unit. Do not turn the power on/off by plugging in the power cable, or by using a power strip or circuit breaker. Doing so may cause malfunctions.

•

Do not rapidly turn on and off the POWER switch of the PW1D power supply unit. Doing so may cause excessive current to damage the system. You must allow at least ﬁve seconds to elapse between poweron and power-off.

Handling the included PM1D System Software disc

The included PM1D System Software Disc is CD-R media containing documentation and software for the PM1D. A computer with a connected CD drive is required in order to use this documentation and software. For details on the contents, refer to the documentation on the disc. Please observe the following points when handling the disc. Failure to do so may cause problems such as the recorded data being lost, the drive to malfunction, or the printed label to become blurred.

•

Do not place the disc in locations of direct sunlight, high temperature, or high humidity.

•

Do not touch either surface of the disc. Hold the disc at the edges. Gently wipe dust or dirt off of the recording surface of the disc.

•

Do not wipe the disc with chemicals or detergents.

•

Do not bend or drop the disc.

•

Use an air duster or cleaner to remove dust. Vigorously rubbing the surface of the disc with a dry cloth may scratch the disc.

Important

•

Do not write on the disc or afﬁx labels to it.

•

Keep water droplets or condensation off of the label surface.

•

Yamaha Corporation makes no guarantee of a disc that is rendered unreadable due to careless handling.

CS1D Exclusion of Certain Responsibility

Manufacturer, importer, or dealer shall not be liable for any incidental damages including personal injury or any other damages caused by improper use or operation of the CS1D.

About the LCD display

The LCD screen built into the CS1D has the following characteristics. Please be aware that even if the following symptoms occur, this is not a malfunction or a defect.

•

Since the LCD display is manufactured with extremely delicate technology, individual pixels may not display correctly. (A pixel may be constantly lit or constantly dark.)

•

The LCD screen may be affected by changes in the ambient temperature.

•

Depending on the environment of use, you may notice unevenness in brightness or small spots.

•

Since the LCD screen uses a cold cathode tube for a backlight, the state of the display will gradually change over time.

Cautions when handling the track pad

•

Place your hand and arm in a relaxed, natural position, and operate the track pad by moving your ﬁnger lightly across the surface or tapping it gently.

•

This device is designed to be operated with one ﬁnger. It will not operate in the following situations.

1) When operated by a gloved ﬁnger

2) When operated with a pen, ballpoint pen, or pencil etc.

3) When operated by two or more ﬁngers

4) When operated with an object placed on it

•

The unit may not operate correctly if water droplets or condensation are present on the surface, or if operated using a soiled or sweaty ﬁnger. If condensation occurs, dry the unit thoroughly, or wipe it dry before use.

Trademarks

ADAT MultiChannel Optical Digital Interface is a trademark and ADAT and Alesis are registered trademarks of Alesis Corporation. Tascam Digital Interface is a trademark and Tascam and Teac are registered trademarks of Teac Corporation. Windows and Windows NT are trademarks of Microsoft Corporation. Compact Flash is a trademark of SanDisk Corporation. Yamaha is a trademark of Yamaha Corporation. All other trademarks are the property of their respective holders and are hereby acknowledged.

•

To avoid malfunctions, please observe the following cautions.

1) Do not drop objects on the unit, strike it, or subject it to strong physical shock.

2) Do not spill coffee, juice, or other liquids on the unit.

•

Do not operate the unit with a pointed metal object such as a pen, since this will damage the unit.

•

If the surface becomes soiled, wipe it clean with a dry cloth. If the surface is severely soiled, wipe with a moist cloth, and dry carefully before use.

•

Do not touch the surface while the por is being turned on.

No part of the CS1D software or this Owner’s Manual may be reproduced or distributed in any form or by any means without the prior written authorization of Yamaha Corporation.

Yamaha website Yamaha manual Library http://www2.yamaha.co.jp/manual/english/

http://www.yamaha.co.jp/product/proaudio/homeenglish

iii

Operating Manual

(Start-up)

Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1

About the “CS1D Operating Manual (Start-up)” . . . . . . . . . . . . . . . . . . . . . . . . . . 1

Printing conventions in “CS1D Operating Manual (Start-up)”. . . . . . . . . . . . . . . . 1

Introducing the various components . . . . . . . . . . . . . . . . . . . . .2

Terms used in the “CS1D Operating Manual (Start-up)” . . . . . . . . . . . . . . . . . . . . 4

Connections (Standard mode). . . . . . . . . . . . . . . . . . . . . . . . . . .6

Connecting the console and engine (Standard mode) . . . . . . . . . . . . . . . . . . . . . . 6

Connecting an analog input/output unit to the engine (Standard

mode) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Connecting a digital input/output unit to the engine (Standard mode) . . . . . . . . 9

Connections (Mirror mode). . . . . . . . . . . . . . . . . . . . . . . . . . . .10

Connecting the console and engines (Mirror mode) . . . . . . . . . . . . . . . . . . . . . . 10

Connecting an analog input/output unit to the engines (Mirror mode) . . . . . . . 12

Connecting a digital input/output unit to the engines (Mirror mode) . . . . . . . . 13

Turning on the power and verifying the connections . . . . . . .14

Turning on the power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Checking the status of each device (Standard mode). . . . . . . . . . . . . . . . . . . . . . 15

Checking the engine (Standard mode) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Checking the analog input unit (Standard mode) . . . . . . . . . . . . . . . . . . . . . . 16

Checking the analog output unit (Standard mode) . . . . . . . . . . . . . . . . . . . . . 17

Digital input/output unit (Standard mode) . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Checking the status of each device (Mirror mode) . . . . . . . . . . . . . . . . . . . . . . . . 18

Engines (Mirror mode) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Checking the analog input unit (Mirror mode) . . . . . . . . . . . . . . . . . . . . . . . . 19

Checking the analog output unit (Mirror mode) . . . . . . . . . . . . . . . . . . . . . . . 20

Checking the digital input/output unit (Mirror mode) . . . . . . . . . . . . . . . . . . . 21

Basic settings (Standard mode). . . . . . . . . . . . . . . . . . . . . . . . .22

Selecting the operation mode (Standard mode) . . . . . . . . . . . . . . . . . . . . . . . . . 22

Setting the word clock (Standard mode) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Contents

Basic settings (Mirror mode) . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Selecting the operation mode (Mirror mode) . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Setting the word clock (Mirror mode) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Checking the operation of input units . . . . . . . . . . . . . . . . . . . 30

Preparations for checking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

Connect the monitor system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

Connect an input source . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

Patch the input unit to an input channel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

Monitor the input signal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

Checking the operation of an output unit . . . . . . . . . . . . . . . . 38

Preparations for checking . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38

Connect the monitor system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 39

Connect an input source . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40

Patch the input unit to an input channel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41

Patch the STEREO A channel to an output unit . . . . . . . . . . . . . . . . . . . . . . . . . . 42

Send the input signals of input channels 1/2 to the STEREO bus . . . . . . . . . . . . 44

Turn off the power. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

iii

Introduction

About the “CS1D Operating Manual (Start-up)”

The “CS1D Operating Manual (Start-up)” is an introductory manual that explains how to connect the various components of the PM1D system and verify that the PM1D system is operating correctly. When starting up the PM1D system for the ﬁrst time, or if you have changed the conﬁguration of the system such as when the PM1D system has been moved to another location and/or re-connected, we recommend that you follow the procedure described in this manual to verify that the system is operating correctly.

•

This manual explains only the minimum operations. For details on operating the PM1D system, please refer to “CS1D Operating Manual (Basic operation)”

•

For details on the speciﬁcations and functionality of the engine (DSP unit DSP1D-EX {DSP1D}) and I/O units, please refer to the owner’s manual included with each device.

•

For details on the function and operation of the controllers and connectors found on the top panel, rear panel, and front panel of the console (CS1D), refer to “CS1D Reference Manual (Hardware).”

•

For details on the software in the display screen of the console (CS1D), refer to “CS1D Reference Manual (Software).”

Screen shots shown in this manual are taken from a prototype. Please be aware that they may differ slightly from the actual screens on your unit.

Printing conventions in “CS1D Operating Manual (Start-up)”

•

Differences between the 96 channel model and 48 channel model

In general, the “CS1D Operating Manual (Start-up)” is written with the 96 channel model PM1D system (the model with the DSP1D-EX as the engine) in mind. Where the functionality of the 96 channel model differs from the 48 channel model (the model with the DSP1D as the engine), the functionality of the 48 channel model is enclosed in curly brackets { }.

•

Standard mode and Mirror mode

The PM1D system has two operation modes (elements that determine system structure and connection method); “Standard mode” in which one console is connected to one engine, and “Mirror” mode in which one console is connected to two engines of which only one is used.

Be aware that the mode used by the PM1D system will depend not only on the number of engines, but also on the type of connections and on the internal settings.

Explanations that apply only to Standard mode will be indicated by the following symbol.

DSP

x1x1

The PM1D system version 1.0 does not support any other operation mode (i.e., other than Mirror mode) in which two engines are used.

•

Distinguishing between the controls of the CS1D and the on-screen knobs/buttons

Names of controls (switches, encoders, faders) on the top panel, rear panel, and front panel of the CS1D are enclosed in square brackets [ ] in order to distinguish them from the knobs and buttons etc. that are displayed in the screen.

Example : Tu rn on the [TO ST] switch.

(This indicates an operation on the top panel of the CS1D.)

Example : Click the BASIC button.

(This indicates an operation in the display screen.)

•

Va r ious icons

The following icon is used to call your attention to various tips for operation or to reference pages.

Hint

The following icon is used to indicate particularly important items or operations that you must be aware of.

Explanations that apply only to indicated by the following symbol.

DSP

x2x2

Mirror mode will be

Introducing the various components

The PM1D system consists of the following types of components. (The components that are actually included will differ depending on your system.)

Engine (DSP1D-EX {DSP1D})

This is the DSP unit that performs the majority of the audio processing in the PM1D system, such as audio signal input/output, mixing, and effects. There are two models of engine: the 96 channel DSP1D-EX , and the

48 channel DSP1D .

ENGINE ID

A B

CONTROL I/O

1 2

INPUT

CONFIGURATION

48CH 96CH

POWER ON/ OFF

Console (CS1D)

The mixing operations, scene memory/library operations, and various editing operations of the PM1D system are performed from this console.

The following models of AI8 are available, depending on the type of analog input cards that are installed.

•

AI8-ML8

A unit with eight mic/line input cards installed

•

AI8-AD8

A unit with eight AD cards installed

•

AI8-ML4AD4

A unit with four mic/line input cards + four AD cards installed

Cards can be installed in the AI8 only by a Yamaha service engineer. The user must never attempt to install a card himself.

Analog output unit (AO8)

This is an output unit that outputs analog audio signals from the engine, and can accommodate eight DA cards (LMY4-DA).

1234567

OUTPUT UNIT NO.

INPUT SELECTOR

POWER ON/ OFF

ANALOG OUTPUT BOX

Power supply (PW1D)

This power supply provides power to the console.

POWER

ON OFF

Analog input unit (AI8)

This is an input unit that inputs analog audio signals to the engine, and can accommodate up to eight analog input cards.

12345678

INPUT UNIT NO.

PHANTOM MASTER

OFF

POWER

ON/ OFF

ANALOG INPUT BOX

+48V

The following types of cards can be installed in the AI8.

•

Mic/line input card (LMY2-ML)

•

AD card (LMY4-AD)

Cards can be installed in the AO8 only by a Yamaha service engineer. The user must never attempt to install a card himself.

Digital input/output unit (DIO8)

I/O UNIT ID

PORT B SELECTOR

5-8 1-4

POWER ON/ OFF

This unit performs input/output of ADAT, Tascam, and AES/EBU format digital audio signals and input/output of analog audio signals to and from the engine of the PM1D system. Each DIO8 unit can accommodate up to eight digital I/O cards or analog I/O cards. The following types of card can be installed.

Card Format Input Output

MY8-TD TASCAM 8 IN 8 OUT MY8-AT ADAT 8 IN 8 OUT MY8-AE AES/EBU 8 IN 8 OUT MY8-AD ANALOG IN 8 IN — MY4-AD ANALOG IN 4 IN — MY4-DA ANALOG OUT — 4 OUT AP8AD* ANALOG IN 8 IN — AP8DA*

*: Manufactured by Apogee Corporation

ANALOG OUT — 8 OUT

* As of September 1, 2000

It is not possible to install and use a total of five or more AP8AD/AP8DA cards. Also, if you are using AP8AD/AP8DA cards simultaneously with MY8AD/MY4-AD/MY4-DA cards, there are restrictions on the number of cards, as described below. Never exceed the allowable number of cards, since attempting to use a greater number of cards than allowed may damage the DIO8 due to excessive current. If you are not using AP8AD or AP8DA cards, or if you are using AP8AD or AP8DA cards simultaneously with an MY8-TD/MY8-AT/MY8AE card, there is no limitation on the number of MY8-TD/MY8-AT/MY8-AE cards that can be used.

Introducing the various components

[AP8AD] +

[AP8DA] cards

used

Total 0 cards Up to a total of 8 cards

Total 1 card Up to 6 cards

Total 2 cards Up to 4 cards

Total 3 cards Up to 2 cards

Total 4 card Up to 1 card

Total 5 or more cards cannot be used

[MY8-AD] + [MY4-AD] +

[MY4-DA]

cards used

——

[MY8-TD] +

[MY8-AT] +

[MY8-AE] cards

used

Up to the number of vacant DIO8 slots

CS1D Operating Manual (Start-up)

Terms used in the “CS1D Operating Manual (Start-up)”

Of the specialized terms used in operating the CS1D, this section will explain the terms that appear in “CS1D Operating Manual (Start-up).” For a more detailed explanation of terms, refer to “CS1D Operating Manual (Basic Operation).”

[CURSOR] switches

Track pad

Display

Data entry block

•

Display

This refers to the LCD display located in the upper center of the CS1D console. When you wish to change an internal setting of the CS1D, you can recall the appropriate screen in the display, and use the buttons or knobs in the display to edit the setting.

•

Pointer

The arrow shown in the display is called the “pointer,” and is used to select the object that you wish to modify. You can move the pointer by pressing your ﬁnger on the track pad (located in the data entry block) and dragging it up/down/left/right.

Pointer

Right switch

•

Left switch[ENTER] switches

Click

“Click” refers to the action of placing the pointer on a speciﬁc item in the display, and pressing the left or right switch of the track pad (located in the data entry block). This action is used to turn an on-screen button on/off, or to move the cursor to a speciﬁc item.

Using the [CURSOR] switches (located in the data entry block) to move the cursor to a speciﬁc item and then pressing the [ENTER] switch will have the same result as clicking on that item.

Hint

As alternative ways to perform this action, you can use a mouse connected to the MOUSE connector of the CS1D, or use the arrow keys and ENTER key of a keyboard connected to the KEYBOARD connector of the CS1D.

Mouse left click

•

Cursor

The red frame shown in the display is called the “cursor.” An on-screen item will be enclosed by the cursor to indicate that this item is selected for modification.

Cursor

Left switch

Click

Mouse right click

Right switch

Click

•

Drag

“Drag” refers to the action of placing the pointer over a speciﬁc object on the screen, and holding down the left or right switch while you slide your ﬁnger left/right/up/down across the track pad. This action is used to continuously adjust a knob or slider in the screen, or to move a speciﬁc item to another location.

Hint

As an alternative way to perform this action, you can use a mouse connected to the MOUSE connector of the CS1D.

Introducing the various components

Track pad

Drag

While pressing

Drag

Mouse

Connections (Standard mode)

DSP

x1x1

This section explains connections for Standard mode, in which one console (CS1D) is connected to one engine (DSP1DEX {DSP1D}).

Connecting the console and engine (Standard mode)

The following diagram shows typical connections between the console and engine for Standard mode.

ENGINE A

IN OUT

CONSOLE

I/O

CONTROL

I/O

DIGITAL

ENGINE A

(DSP1D-EX{DSP1D})

Digital input/output connections

Use the included D-sub half pitch 68 pin cable to connect the DIGITAL I/O ENGINE A connector of the console to the CONSOLE I/O connector of the engine.

These connectors transmit and receive multi-channel digital audio signals.

The console and engine each have two identical digital input/output connectors, numbered 1 and 2.

These two sets of connectors are completely identical, and the system will operate normally if just one set is connected. However, you may connect both 1 and 2 so that one of them can be used as a backup.

You must connect the identically-numbered con

nectors of the console and engine to each other. If differently-numbered connectors are connected to each other, the system will not function correctly.

I/O

ENGINE A

IN OUT

CONTROL

I/O

CONSOLE (CS1D)

DC POWER

INPUT A

POWER SUPPLY (PW1D)

This method of connection is recommended for most cases.

DIGITAL I/O

CONSOLE

ENGINE B

1 2121

Console (CS1D)

ENGINE A

CONSOLE

CASCADE

I/O

1IN531

2 OUT 6 4 2

DIGITAL I/O

OUTPUT

Engine

(DSP1D-EX {DSP1D})

Connections (Standard mode)

Hint

If both digital input/output connectors 1 and 2 are connected, connector 1 will be given priority when the power is turned on.

If the word clock stops being supplied from either connector 1 or 2 (whichever is the currently-used connector), the receiving device will automatically switch to the other connector.

•

Use only Yamaha-manufactured D-sub half pitch 68 pin cables to connect the digital input/output connectors. Operation cannot be guaranteed if any other cables are used.

•

If you need a cable of a different length than the included D-sub half pitch 68 pin cable, please contact your dealer.

Control input/output connections

Use BNC cables (50

Ω

) to connect the CONTROL I/ O ENGINE A IN connector of the console to the CONTROL I/O OUT connector of the engine, and the CONTROL I/O ENGINE A OUT connector of the console to the CONTROL I/O IN connector of the engine.

These connectors transmit and receive control signals between the console and engine.

The console and engine each have two identical sets of connectors, numbered 1 and 2.

This method of connection is recommended for most cases.

MIDI CONTROL I/O

USB

WORD CLOCK

OFF

75Ω

CONSOLE

OUT

REMOTE

RS-422

GPI

TIME CODE IN

CONTROL I/O

CONSOLE ENGINE B ENGINE A

OUT

Console (CS1D)

OUT

THRU

PC CONTROL

RS-232-C

OUT

Hint

If both control input/output connectors 1 and 2 are connected, connector 1 will be given priority when the power is turned on.

If the currently-used control output connector stops functioning correctly, the receiving device will automatically switch to the other connector.

Power supply connections

Use the included special cable to connect the DC POWER INPUT connector of the console to the DC OUTPUT connector of the PW1D power supply.

The rear panel of the console has two DC POWER INPUT connectors, A and B.

If you are using only one power supply, you may connect it to either DC POWER INPUT connector.

Hint

You can also connect two power supplies to the two DC POWER INPUT connectors A and B. If this connection method is used, the PM1D system will continue to operate even if one of the power supplies should unexpectedly fail, since the other power supply will continue to supply power to the system.

Engine

(DSP1D-EX {DSP1D})

You must connect the identically-numbered con nectors of the console and engine to each other. If differently-numbered connectors are connected to each other, the system will not function correctly.

CS1D Operating Manual (Start-up)

Connecting an analog input/output unit to the engine (Standard mode)

The following diagram shows a common way of making connections between the engine and analog input/output units for Standard mode.

INPUT 2

INPUT 1

ENGINE A

(DSP1D-EX{DSP1D})

OUTPUT 2

OUTPUT 1

INPUT A INPUT AOUTPUT A OUTPUT A

AI8 (ID=2) AI8 (ID=1) AO8 (ID=1) AO8 (ID=2)

ANALOG INPUT BOXANALOG INPUT BOX

CONTROL PORT Switch = A

Analog input unit AI8 connection

Connect the OUTPUT A connector of the AI8 analog input unit to one of the INPUT 1–INPUT 10 connectors of the engine. Set the CONTROL PORT switch (located on the rear panel of the AI8) to the A position.

Analog output unit AO8 connection

Connect the INPUT A connector of the AO8 analog output unit to one of the OUTPUT 1–OUTPUT 6 connectors of the engine. Set the INPUT SELECTOR switch (located on the front panel of the AO8) to the A position.

Hint

An AI8 analog input unit can be connected to any INPUT connector of the engine, and the number of that INPUT connector will be the ID number of that unit. Similarly, an AO8 analog output unit can be connected to any OUTPUT connector of the engine, and the number of that OUTPUT connector will be the ID number of that unit.

INPUT SELECTOR Switch = A

ANALOG OUTPUT BOX ANALOG OUTPUT BOX

INPUT SELECTOR Switch = A

Be careful not to connect inputs and outputs in reverse. If such a connection is made, the unit will not be recognized and cannot be controlled.

Connections (Standard mode)

Connecting a digital input/output unit to the engine (Standard mode)

When connecting a DIO8 digital input/output unit to the engine in Standard mode, the method will depend on whether you use only slots 1–4 (of the DIO8’s slots 1–8) or slots 1–4 as well as slots 5–8.

If input/output cards are installed only in DIO8 slots 1–4

The following diagram shows example connections for when input/output cards are connected only to slots 1–4 of the DIO8.

ENGINE A

INPUT 1

Connect the OUTPUT A connector of the digital input/output unit to one of the INPUT 1–10 connectors of the engine, and connect the INPUT A connector of the digital input/output unit to one of the OUTPUT 1–6 connectors of the engine. In this case, set the PORT B SELECTOR switch (located on the front panel of the DIO8) to the 5-8 position.

(DSP1D-EX{DSP1D})

OUTPUT A INPUT A

DIO8 (ID=1)

PORT B SELECTOR=5–8

OUTPUT 1

If input/output cards are also installed in DIO8 slots 5–8

The following diagram shows example connections for when input/output cards are installed in DIO8 slots 1–4 and also in slots 5–8.

INPUT 1

ENGINE A

INPUT 2

Connect the OUTPUT connectors A/B of the digital input/output unit to the INPUT 1–10 connectors of the engine, and connect the INPUT connectors A/B of the digital input/output unit to OUTPUT 1–6 connectors of the engine. In this case, set the PORT B SELECTOR switch (located on the front panel of the DIO8) to the 5-8 position.

(DSP1D-EX{DSP1D})

BBAA

OUTPUT INPUT

DIO8 (ID=1)

PORT B SELECTOR=5–8

OUTPUT 2

OUTPUT 1

Hint

The DIO8 digital input/output unit can be connected to any INPUT connector/OUTPUT connector of the engine. The DIO8 will automatically select a control connector according to the status of connections, and the connector number of the engine connected to that connector will be displayed in the LED display as the unit ID. In the example shown above, the INPUT 1 connector number is the unit ID number.

Be careful not to connect inputs and outputs in reverse. If such a connection is made, the unit will not be recognized and cannot be controlled.

When using an MY8-AT card to handle ADAT for mat signals, synchronization may tend to be lost easily, depending on the device that is connected.

For more reliable synchronization, we recommend that the word clock for the combination of digital audio equipment you are using be taken from other than the ADAT format connector.

Connections (Mirror mode)

DSP

x2x2

This section explains connections for Mirror mode, in which one console (CS1D) is connected to two engines (DSP1DEX {DSP1D}).

Connecting the console and engines (Mirror mode)

The following diagram shows typical connections between the console and engines for Mirror mode.

CONSOLE

I/O

ENGINE A ENGINE B

IN OUT IN OUT

CONTROL

I/O

DIGITAL

I/O

ENGINE A

(DSP1D-EX{DSP1D})

CONSOLE (CS1D)

WORD

CLOCK IN

WORD

CLOCK IN

DC POWER

INPUT A

POWER SUPPLY (PW1D)

Clock Generator

Digital input/output connections

Use the included D-sub half pitch 68 pin cables to connect the DIGITAL I/O ENGINE A connector of the console to the CONSOLE I/O connector of engine A, and the DIGITAL I/O ENGINE B connector of the console to the CONSOLE I/O connector of engine B. These connectors transmit and receive multi-channel digital audio signals.

ENGINE A ENGINE B

IN OUT

CONTROL

I/O

CONSOLE

I/O

IN OUT CONTROL

ENGINE B

(DSP1D-EX{DSP1D})

WORD

CLOCK IN

set is connected. However, you may connect both 1 and 2 so that one of them can be used as a backup.

This method of connection is recommended for most cases.

CONSOLE

CASCADE

I/O

1IN5

CONSOLE

DIGITAL I/O

ENGINE B

1 2121

ENGINE A

I/O

CONSOLE

CASCADE

I/O

1IN5

•

Use only Yamaha-manufactured D-sub half pitch 68 pin cables to connect the digital input/output connectors. Operation cannot be guaranteed if any other cables are used.

•

If you need cables of a different length than the included D-sub half pitch 68 pin cables, please contact your dealer.

•

The console and engines A/B each have two identical sets of digital input/output connectors, numbered 1 and 2. These two sets of connectors are completely identical, and the system will operate normally if just one

Console

2 OUT 6

Engine B Engine A

(CS1D)

2 OUT 6

Connections (Mirror mode)

Hint

If both digital input/output connectors 1 and 2 are connected, connector 1 will be given priority when the power is turned on.

If the word clock stops being supplied from either connector 1 or 2 (whichever is the currently-used connector), the receiving device will automatically switch to the other connector.

2 Control input/output connections

Use BNC cables (50Ω) to connect the CONTROL I/

O ENGINE A IN and OUT connectors of the console to the CONTROL I/O OUT and IN connectors of engine A. In the same way, connect the CONTROL I/ O ENGINE B IN and OUT connectors of the console to the CONTROL I/O OUT and IN connectors of engine B. These connectors transmit and receive control signals between the console and engines A/B.

The console and engines A/B each have two identical sets of connectors, numbered 1 and 2. These two sets of connectors are completely identical, and the system will operate normally if just one set is connected. However, you may connect both 1 and 2 so that one of them can be used as a backup.

This method of connection is recommended for most cases.

MIDI CONTROL I/O

OUT

THRU

PC CONTROL

RS-232-C

USB

WORD CLOCK

OFF

75Ω

OUT

MIDI CONTROL I/O

OUT

THRU

PC CONTROL

RS-232-C

USB

WORD CLOCK

OFF

75Ω

OUT

CONSOLE

OUT

REMOTE

RS-422

GPI

TIME CODE IN

CONTROL I/O

CONSOLE ENGINE B ENGINE A

OUT

Console (CS1D)

OUT

CONSOLE

OUT

REMOTE

RS-422

GPI

TIME CODE IN

Power supply connections

Use the included special cable to connect the DC POWER INPUT connector of the console to the DC OUTPUT connector of the PW1D power supply.

The rear panel of the console has two DC POWER INPUT connectors, A and B. If you are using only one power supply, you may connect it to either DC POWER INPUT connector.

Wor d cl ock connections

Use BNC cables (75

Ω

) to connect the clock output connector of an external clock generator to the WORD CLOCK IN connector of the console, and to the WORD CLOCK IN connectors of engines A/B.

Connect the word clock transmitting and receiving devices in a one-to-one relationship, and turn on the 75

Ω

screen for the receiving device.

The word clock transmission/reception circuit is designed with one-to-one connection in mind. For this reason, if you connect multiple receiving devices to a single clock transmission connector, performance may be impaired and the system may fail to operate correctly. If you cannot avoid using this type of connection, turn on the 75 devices, and turn off the 75

Ω

switch for one of the receiving

Ω

switches for all

remaining devices.

In Mirror mode, you can also switch to the other engine manually if the currently-used engine experiences difﬁculties. In order to minimize the clock switching time in such cases, we recommend that you supply a word clock from an external clock generator to the console and to engines A/B. Of course, switching will occur even without this type of supply method.

Engine B Engine A

Hint

If both control input/output connectors 1 and 2 are connected, connector 1 will be given priority when the power is turned on.

Control output connectors 1/2 will always output the same signals. If the currently-used control output connector stops functioning correctly, the receiving device will automatically switch to the other connector.

You must connect the identically-numbered con nectors of the console and engine to each other. If differently-numbered connectors are connected to each other, the system will not function correctly.

CS1D Operating Manual (Start-up)

Connecting an analog input/output unit to the engines (Mirror mode)

The following diagram shows a common way of making connections between the engine and analog input/output units for Mirror mode.

WORD

CLOCK IN

INPUT 2

ENGINE A

INPUT 1

(DSP1D-EX{DSP1D})

OUTPUT 2

OUTPUT 1

INPUT A INPUT AOUTPUT A OUTPUT A

AI8 (ID=2) AI8 (ID=1) AO8 (ID=1) AO8 (ID=2)

WORD

CLOCK

CONTROL PORT Switch = A

INPUT 1

INPUT 2

WORD

CLOCK IN

(DSP1D-EX{DSP1D})

Clock Generator

Analog input unit AI8 connection

Connect the OUTPUT A connector of the AI8 analog input unit to one of the INPUT 1–INPUT 10 connectors of engine A, and connect the OUTPUT B connector of the AI8 to one of the INPUT 1–INPUT 10 connectors of engine B.

ANALOG INPUT BOXANALOG INPUT BOX

WORD

CLOCK IN

ENGINE B

ANALOG OUTPUT BOX ANALOG OUTPUT BOX

INPUT B INPUT BOUTPUT B OUTPUT B

INPUT SELECTOR Switch = A

OUTPUT 1

OUTPUT 2

INPUT SELECTOR Switch = A

WORD

CLOCK IN

Analog output unit AO8 connection

Connect the INPUT A connector of the AO8 analog output unit to one of the OUTPUT 1–OUTPUT 6 connectors of engine A. Connect the INPUT B connector of the AO8 to one of the OUTPUT 1–OUTPUT 6 connectors of engine B.

•

When using Mirror mode, OUTPUT connectors A and B of the AI8 must be connected to the identically-numbered INPUT connector of engines A and B. Be aware that if these are connected to differentlynumbered INPUT connectors, the content of the input signals will change when you switch between engines A and B.

•

When using Mirror mode, leave the CONTROL PORT switch of the AI8 in the A position as the default setting.

•

When using Mirror mode, INPUT connectors A and B of the AO8 must be connected to the identicallynumbered OUTPUT connector of engines A and B. Be aware that if these are connected to differentlynumbered OUTPUT connectors, the content of the output signals will change when you switch between engines A and B.

•

When using Mirror mode, leave the INPUT SELECTOR switch of the AO8 in the A position as the

default setting.

•

Be careful not to reverse the input and output. If you do so, the unit will not be recognized, and cannot be controlled.

Connections (Mirror mode)

Connecting a digital input/output unit to the engines (Mirror mode)

The following diagram shows the usual method of connecting the engines to a digital input/output unit in Mirror mode.

WORD

CLOCK IN

ENGINE A

INPUT 1

(DSP1D-EX{DSP1D})

OUTPUT 1

OUTPUT A INPUT A

DIO8 (ID=1)

OUTPUT B INPUT B

ENGINE B

(DSP1D-EX{DSP1D})

INPUT 1 OUTPUT 1

When using a DIO8 digital input/output unit in Mirror mode, only the input/output cards installed in slots 1–4 can be used. Connect the OUTPUT A connector of the DIO8 digital input/output unit to one of the INPUT 1–10 connectors of engine A, and connect the OUTPUT B connector to an INPUT 1–10 connector of engine B. In the same way, connect the INPUT A connector of the DIO8 to one of the OUTPUT 1–6 connectors of engine A, and connect the INPUT B connector to an OUTPUT 1–6 connector of engine B.

•

In Mirror mode, INPUT connectors A and B of the DIO8 must be connected to the identically-numbered OUTPUT connector of engines A and B. Similarly, OUTPUT connectors A and B of the DIO8 must be connected to the identically-numbered INPUT connector of engines A and B.

•

Be aware that if differently-numbered connectors are used, the content of the input and output signals will change when you switch between engines A and B.

WORD

CLOCK IN

WORD

CLOCK IN

•

Clock Generator

When using the system in mirror mode, set the DIO8’s front panel PORT B SELECTOR switch to 5– 8 if you will be using connector A as the default, or to 1–4 if using connector B as the default. Be careful not to connect inputs and outputs in reverse. If you do so, the unit will not be recognized, and cannot be controlled.

When using an MY8-AT card to handle ADAT for mat signals, synchronization may tend to be lost easily, depending on the device that is connected. For more reliable synchronization, we recommend that the word clock for the combination of digital audio equipment you are using be taken from other than the ADAT format connector.

Turning on the power and verifying the connections

Here’s how to turn on the power of the various components in the PM1D system, and verify that the devices are connected correctly.

Before you continue with the following procedure, connect the various components of the system as described on pages 6–13.

Hint

We recommend that you use the following procedure to verify the connections not only when starting-up the PM1D system for the ﬁrst time, but also after you have moved the system to a different location or changed its conﬁguration or connections.

Turning on the power

When you have ﬁnished connecting the various components of the PM1D system, turn on the power in the order of input/output units, engine(s), and the console power supply.

Before turning on the engine (DSP1D) or the console power supply (PW1D), you must wait at least five seconds after the power was turned off. Failing to observe this waiting period may cause malfunctions.

DSP

x2x2

If you are using Mirror mode, turn on the power of the clock generator as well.

•

The “PM1D Operating Manual (Start-up)” assumes that the various internal settings of the CS1D are in their default state. If you have already modiﬁed the settings of the CS1D from their initial state, or if you are not sure whether the settings are in their initial state, turn on the PW1D power supply, and when the opening title appears in the LCD screen, press both the left and right switches located below the CS1D track pad and hold them down until the MEMORY INITIALIZATION popup window appears. Refer to “CS1D Reference Manual (Software).” However, if you turn on the power in this way, the scene and library data that you saved will be lost. Be careful not to inadvertently erase important data.

After the opening screen appears in the CS1D display, the following screen will appear.

Adjust the brightness knob (located at the right of the display) so that the screen can be comfortably viewed at the angle from which you will operate the console.

Each device must be powered-on using the power switch of the device itself. You must also observe the correct sequence in which to power-on each device.

Brightness

Turning on the power and verifying the connections

If the opening screen is followed by the “VERSION CHECK” popup window, it is possible that the PM1D system version is incorrect. Please unify the software version of all connected devices. For the procedure, refer to the explanation within the included PM1D System Software disc.

Hint

Normally, the display will show the screen that was accessed last when the power was turned off.

Checking the status of each device (Standard mode)

DSP

x1x1

After you turn on the power of the PM1D system, you can use the LEDs and indicators of the various components to check that connections between components have been made appropriately. Check the status of each device as described below. The checking method differs between Standard mode and Mirror mode. This section describes checking for Standard mode.

For Mirror mode, refer to “Checking the status of each device (Mirror mode)” (→p.18).

Checking the engine (Standard mode)

The front panel of the DSP1D-EX {DSP1D} engine shows the following information.

ENGINE ID

A B

CONTROL I/O

1 2

INPUT

CONFIGURATION

48CH 96CH

1 ENGINE ID

These indicators show whether the engine (DSP1DEX {DSP1D}) is connected to the ENGINE A or ENGINE B connectors (DIGITAL I/O, CONTROL I/ O) of the console. In Standard mode, the A LED will always be lit.

2 CONTROL I/O

If the CONTROL I/O connectors of the engine and console are connected correctly, the LED for the currently-valid CONTROL I/O connector (either 1 or 2) will light.

CONFIGURATION

48CH 96CH

ENGINE ID

A B

CONTROL I/O

1 2

INPUT

POWER ON/ OFF

3 INPUT CONFIGURATION

This indicates the number of monaural input channels that can be used on this engine. If the engine is the DSP1D-EX, the “96CH” LED will light. {For the DSP1D, the “48CH” LED will light.}

For details on the lit/dark status of each indicator, refer to the operating manual included with the DSP1D-EX {DSP1D}.

CS1D Operating Manual (Start-up)

Checking the analog input unit (Standard mode)

If the AI8 input unit is correctly connected to the engine, the INPUT UNIT ID indicator of the AI8 will show the ID number of that unit (i.e., the number of the INPUT connector on the engine to which the AI8 is connected).

ID number of the AI8 (when the AI8 is connected to the

INPUT 1 connector of the engine)

12345678

If the AI8 connections or word clock synchroniza tion are faulty, one of the following error displays will appear in the INPUT UNIT ID indicator.

•

........................The AI8 is connected to an

OUTPUT connector of the engine. Re-connect it to an INPUT connector.

•

........................Either the cable connected to the

OUTPUT connector of the AI8 rear panel is disconnected, or the connection destination is incorrect. Please check the cable.

•

UL (unlocked) ....The word clock of the AI8 is not

synchronized with the PM1D system. Check the connection for the WORD CLOCK IN connector of the AI8, or the CS1D word clock

•

UC (unconnected)

settings ( Control signals are not being

→

p.24).

received correctly. Make sure that the engine is powered-on.

INPUT UNIT ID

INPUT UNIT NO.

PHANTOM MASTER

+48V

OFF

POWER

ON/ OFF

ANALOG INPUT BOX

Turning on the power and verifying the connections

Checking the analog output unit (Standard mode)

If the AO8 analog output unit is correctly connected to the engine, the OUTPUT UNIT ID indicator of the AO8 will display the ID number of that unit (i.e., the number of the OUTPUT connector on the engine to which the AO8 is connected). If multiple connectors are connected, the number of the connector used by the engine to transmit and receive control signals will be displayed.

ID number of the AO8 (when the AO8 is connected to the OUTPUT 2

connector of the engine)

1234567

If the AO8 connections or word clock synchroniza tion are faulty, one of the following error numbers will appear in the OUTPUT UNIT ID indicator.

•

.........................The AO8 is connected to an

INPUT connector of the engine. Re-connect it to an OUTPUT connector.

•

.........................The cable connected to the

INPUT connector on the AO8 rear panel has been disconnected or is connected to the wrong destination. Check the cable.

OUTPUT UNIT ID

OUTPUT UNIT NO.

INPUT SELECTOR

POWER

ON/ OFF

ANALOG OUTPUT BOX

•

UL (unlocked) ... The word clock of the AO8 is not

synchronized with the PM1D system. Check the connection for the WORD CLOCK IN connector of the AO8, or the CS1D word clock settings (

•

UC (unconnected) .Control signals are not being

→

p.24).

received correctly. Make sure that the engine is powered-on.

Digital input/output unit (Standard mode)

If the DIO8 digital input/output unit is correctly connected to the engine, the I/O UNIT ID indicator of the DIO8 will show the ID number of that unit (i.e., the number of the OUTPUT connector on the engine to which the DIO8’s INPUT A connector is connected). If multiple connectors are connected, the number of the connector used by the engine to transmit and receive control signals will be displayed.

ID number of the DIO8 (when the INPUT A connector of the DIO8 is connected to the OUTPUT 3 connector

of the engine)

PORT B SELECTOR

For details on the lit/dark status of the indicators of the AI8, AO8, and DIO8, refer to the owner’s manuals included with each unit.

I/O UNIT ID

5-8 1-4

ON/ OFF

I/O UNIT ID

POWER

CS1D Operating Manual (Start-up)

Checking the status of each device (Mirror mode)

DSP

x2x2

Here’s how to check the connection status of each device when using the PM1D system in Mirror mode.

Engines (Mirror mode)

The front panel of each DSP1D-EX {DSP1D} engine displays the following information.

ENGINE ID

A B

CONTROL I/O

1 2

INPUT

CONFIGURATION

48CH 96CH

POWER ON/ OFF

ENGINE ID

These indicators show whether the DSP1D-EX {DSP1D} is connected to the ENGINE A or the ENGINE B connectors (DIGITAL I/O, CONTROL I/ O) of the console.

When either the A or the B LED is lit, the corresponding engine is in use. If one of the LEDs is blinking, the corresponding engine is ready.

•

If the ENGINE ID LEDs for both engines A and B blink when the power is turned on even though engines A/B are both connected, please check the connections of each engine (digital input/output connectors, control input/output connectors).

•

If both LEDs are dark, digital signals or control signals are not being passed between the engine and the console. Check the connections between engines A/B and the console, and between the console and the power supply.

ENGINE ID

A B

CONTROL I/O

1 2

INPUT

CONFIGURATION

48CH 96CH

CONTROL I/O

If the CONTROL I/O connectors of the engine and console are correctly connected, the LED will light to indicate which of the two sets of CONTROL I/O connectors (1 and 2) is currently being used.

•

When the power is turned on, engine A will be given priority. If LED 2 lights when the power is turned on even though connectors 1 and 2 are both connected, check the connections for connector 1.

•

If LED 1 blinks, control signals are not being passed between the engine and the console. Check the CONTROL I/O connections between the DSP1D-EX {DSP1D} and the CS1D.

INPUT CONFIGURATION

This indicates the number of monaural input channels that can be used with this engine.

The “96CH” LED will light for the DSP1D-EX, and the “48CH” LED will light for the DSP1D.

Turning on the power and verifying the connections

Checking the analog input unit (Mirror mode)

If the AI8 analog input unit is correctly connected to the engine in Mirror mode, the INPUT UNIT ID indicator of the AI8 will show the ID number of that unit (i.e., the number of the INPUT connector on the engine to which the AI8 is connected), and the dot ( . ) will light on both sides of the ID number.

ID number of the AI8 (when the AI8 is connected to the

INPUT 1 connector of the engine)

12345678

If the connections of the AI8, the setting of the CONTROL INPUT SELECTOR switch, or the word clock synchronization are not correct, one of the following error displays will appear in the INPUT UNIT ID indicator.

•

.........................The AI8 is connected to an

OUTPUT connector of the engine. Re-connect it to an INPUT connector.

•

.........................The cable connected to the

OUTPUT connector on the rear panel of the AI8 has been disconnected, or is connected to the wrong destination. Check the cable.

•

UL (unlocked) ....The word clock is not synchro-

nized. Check the connections of the AI8’s WORD CLOCK IN connector, or the word clock settings of the CS1D (

•

UC (unconnected) ..Control signals are not being

→

p.28).

received correctly. Make sure that the engine is powered-on.

•

ID number and A (or b) displayed alternately

Since control signals from the CS1D forcibly switched the valid engine to A (or B), the setting of the CONTROL INPUT SELECTOR switch of the AI8 does not match the actual operation. This display does not signify an actual error. However as necessary, check the setting of the CONTROL INPUT SELECTOR switch or the setting of the CS1D.

INPUT UNIT NO.

PHANTOM MASTER

OFF

POWER ON/ OFF

ANALOG INPUT BOX

+48V

INPUT UNIT ID

CS1D Operating Manual (Start-up)

Checking the analog output unit (Mirror mode)

In Mirror mode if the AO8 is correctly connected to the engine, the OUTPUT UNIT ID indicator of the AO8 will show the ID number of that unit (i.e., the number of the OUTPUT connector on the engine to which the AO8 is connected), and the dot ( . ) will light on both sides of the ID number.

ID number of the AO8 (when the AO8 is connected to the OUTPUT 2

connector of the engine)

1234567

If the connections of the AO8, the setting of the INPUT SELECTOR switch, or the word clock synchronization are not correct, one of the following error displays will appear in the OUTPUT UNIT ID indicator.

•

........................The AO8 is connected to an

INPUT connector of the engine. Re-connect it to an OUTPUT connector.

•

........................The cable connected to the

INPUT connector on the rear panel of the AO8 has been disconnected, or is connected to the wrong destination. Check the cable.

•

UL (unlocked) ....The word clock is not synchro-

nized. Check the connections of the AO8’s WORD CLOCK IN connector, or the word clock settings of the CS1D (

•

UC (unconnected) ..Control signals are not being

→

p.28).

received correctly. Make sure that the engine is powered-on.

•

ID number and A (or b) displayed alternately

Since control signals from the CS1D forcibly switched the valid engine to A (or B), the setting of the INPUT SELECTOR switch of the AI8 does not match the actual operation. This display does not signify an actual error. However as necessary, check the setting of the INPUT SELECTOR switch or the setting of the CS1D.

OUTPUT UNIT ID

OUTPUT UNIT NO.

INPUT SELECTOR

POWER

ON/ OFF

ANALOG OUTPUT BOX

Turning on the power and verifying the connections

Checking the digital input/output unit (Mirror mode)

If the output unit and the engine are correctly connected in Mirror mode and the PORT B SELECTOR of the DIO8 is in the 5-8 position, the I/O UNIT ID indicator will show the ID number of that unit (i.e., the number of the OUTPUT connector on the engine to which the INPUT A connector of the DIO8 is connected), and a dot ( . ) will be displayed at each side of the number.

ID number of the DIO8 (when the INPUT A connector of the DIO8 is connected to the OUTPUT 3 connector

of the engine)

If the PORT B SELECTOR switch of the DIO8 or the word clock synchronization are not correct, the I/O UNIT ID indicator of the DIO8 will show one of the following error displays.

•

UL (unlocked) ....The word clock of the DIO8 is

not synchronized with the PM1D system. Check the connections of the DIO8’s WORD CLOCK IN connector, or the word clock setting of the CS1D (

→

p.28).

•

ID number and A (or b) displayed alternately

Since control signals from the CS1D forcibly switched the valid engine to A (or B), the setting of the PORT B SELECTOR switch of the DIO8 does not match the actual operation. This display does not signify an actual error. However as necessary, check the setting of the PORT B SELECTOR switch or the setting of the CS1D.

I/O UNIT ID

PORT B SELECTOR

5-8 1-4

POWER

ON/ OFF

I/O UNIT ID

Basic settings (Standard mode)

DSP

x1x1

When starting up the PM1D system for the ﬁrst time, you will need to select the operation mode of the PM1D (which is what determines the system conﬁguration and how the components are connected to each other), and set the word clock that will be shared by the entire system. Once these settings have been made, the PM1D system will automatically remember them. (However if you modify the conﬁguration of the system, you may need to make settings again.)

Be aware that the display screens and settings differ between Standard mode and Mirror mode. This section explains the basic settings for Standard mode. If you are using Mirror mode, please proceed to “Basic settings (Mirror mode)” (

→

p.26).

Selecting the operation mode (Standard mode)

The “operation mode” determines the conﬁguration of the PM1D system and how the components are connected to each other. The PM1D system version 1.0 supports two modes: “Standard mode” in which one console is used with one engine, and “Mirror mode” in which one console is used with two engines.

[Procedure]

1. In the LED FUNCTION ACCESS block, press the [SYS/W.CLOCK] switch several times to access the screen shown on the following page.

LCD FUNCTION ACCESS block

[SYS/W.CLOCK] switch

Hint

The switches of the LCD FUNCTION ACCESS block are used to access speciﬁc functions in the display. By pressing the same switch repeatedly, you can successively access different screens within that function.

Basic settings (Standard mode)

This is the SYSTEM CONNECTION screen, in which you can check the connection status of the various components, and select the operation mode.

2. Click the button located at the right of “OPERA

TION MODE.”

The OPERATION MODE window will appear, in which you can select the operation mode.

3. Click the button marked “CONSOLE x 1 <->

ENGINE x1.”

Clicking “CONSOLE x 1 <-> ENGINE x1” will select “Standard mode,” and you will then return to the previous screen.

If both sets of connectors (1/2) are connected, two lines will be displayed in the screen. In this case, the connector for the transmitting device in the graphic will show the number of

the currently-valid connector.

This shows the connection status between the console and engine. The light blue line in the screen shows the control signal connection, and the red line shows the digital audio signal

connection.

Ve r ify that the OPERATION MODE ﬁeld indicates “CONSOLE x1 <-> ENGINE x1.”

When you perform this switch, the word clock will be reset. At this time, noise may be produced from the output jacks of the CS1D or AO8 (in particular if an MY8-AT digital I/O card is installed in the DIO8). In order to protect your speakers, you must turn down the output of the power amp before changing this setting.

Hint

In the SYSTEM CONNECTION screen you can also check the cabling within the system and the status of each device.

This indicates the type

This indicates the type of input unit that is con-

of input unit that is connected to each INPUT

nected to each INPUT connector (1–10) of the

connector (1–10) of the engine.

engine.

This indicates the type of input unit that is connected to each OUTPUT connector (1–6) of the

engine.

If the connection is broken, an “x” symbol will be displayed

instead of the number.

CS1D Operating Manual (Start-up)

Setting the word clock (Standard mode)

In order for the PM1D system to function, word clock (audio system clock) synchronization must be established between all devices of the system. In this screen you can specify the word clock that will operate the PM1D system. In general, the frequency of this clock is referred to as the sampling rate or sampling frequency.

[Procedure]

1. In the LCD FUNCTION ACCESS block, press the [SYS/W.CLOCK] switch several times to access the following screen.

LCD FUNCTION ACCESS block

[SYS/W.CLOCK] switch

Settings for the word clock of the PM1D system are made in this screen.

2. In the screen area marked “SETTING LEVEL,” make sure that the BASIC button is on (displayed in green).

If the ADVANCED button is on instead of the BASIC button, click the BASIC button.

Hint

When the ADVANCED button is on, you can make more detailed word clock settings.

3. Click one of the following buttons to select the

word clock source as the word clock master.

In Standard mode you can select one of the following three choices as the word clock.

When you change the word clock settings, noise may be heard from the output jacks of the CS1D and AO8, particularly if an MY8-AT digital I/O card is installed in the DIO8. To protect your speaker system, you must turn down the power amp output before changing the word clock settings. Such a change in the word clock settings can occur not only when PM1D system internal settings are changed, but also when the word clock setting is switched on an external device (e.g., a CD player or a recording device).

■

ENGINE A

•

INT 48 k (Default setting)

The internal clock of the engine, 48 kHz

•

INT 44.1 k ...........The internal clock of the engine,

44.1 kHz

•

W.CLOCK IN .....Supply a word clock to the

WORD CLOCK IN connector of the engine

Normally you will select either INT 48 k or INT

44.1 k. If you are using an external clock generator as the master, select W.CLOCK IN, and supply a word clock to the WORD CLOCK IN jack of the engine/ console.

If when you change the word clock settings, the AI8 or AO8 indicator shows “UL” or the display shows a message warning that the word clock is not synchronized, check the connections between the engine and console, and the connections between the engine and the input/output units.

Basic settings (Standard mode)

Basic settings (Mirror mode)

DSP

x2x2

This section explains how to select the operation mode and word clock master when using the PM1D system in Mirror mode.

Selecting the operation mode (Mirror mode)

[Procedure]

1. In the LCD FUNCTION ACCESS block, press the [SYS/W.CLOCK] switch several times to access the following screen.

LCD FUNCTION ACCESS block

[SYS/W.CLOCK] switch

This is the SYSTEM CONNECTION screen, in which you can check the connection status of each device, and select the operation mode.

Basic settings (Mirror mode)

2. Click the button located at the right of “OPERA

TION MODE.”

The OPERATION MODE window will appear, in which you can select the operation mode.

3. Click the button marked “CONSOLE x 1 <->

ENGINE x2 (Mirror Mode).”

Clicking “CONSOLE x 1 <->ENGINE x2 (Mirror Mode)” will select “Mirror mode,” and you will then return to the previous screen. Verify that the OPER-

If both jacks (1/2) of the same type

are connected, two lines will be disThis shows the connection status between the console and engine. The light blue lines in the screen show control signal connections, and the red lines show digital audio signal connections.

played in the screen. You can click a

button in the jack area to select the

jack number (1 or 2) that is currently

enabled. If the connection is broken,

an "x" symbol will be displayed

instead of the number.

ATION MODE ﬁeld indicates “CONSOLE x1 <-> ENGINE x2 (Mirror Mode).”

Hint

In the SYSTEM CONNECTION screen you can also check the cabling within the system and the status of each device.

This indicates the type of input unit that is connected to each INPUT connector (1–10) of the

engine.

This indicates the type of input unit that is connected to each OUTPUT connector

(1–6) of the engine.

This shows the connection status between the console and engine. The light blue lines in the screen show control signal connections, and the red lines show digital audio

signal connections.

If both jacks (1/2) of the same type are connected, two lines will be displayed in the screen. You can click a button in the jack area to select the jack number (1 or 2) that is currently enabled. If the connection is broken, an "x" symbol will be displayed instead of the number.

When using the PM1D system in Mirror mode, use this screen to verify that the same configuration of components is connected to the INPUT connectors and OUTPUT connectors of engines A and B. Be aware that if the two conﬁgurations are different, the signal ﬂow will change when you switch between engine A and engine B, and the desired state will not be obtained.

This indicates the type of input unit that is connected to each INPUT connector (1–10) of the

engine.

This indicates the type of input unit that is connected to each OUTPUT connector

(1–6) of the engine.

CS1D Operating Manual (Start-up)

Setting the word clock (Mirror mode)

This section explains how to check whether the word clock settings are appropriate when using the PM1D system in mirror mode.

[Procedure]

1. In the LCD FUNCTION ACCESS block, press the [SYS/W.CLOCK] switch several times to access the following screen.

LCD FUNCTION ACCESS block

[SYS/W.CLOCK] switch

Settings for the word clock of the PM1D system are made in this screen.

2. In the “SETTING LEVEL” section of the screen, make sure that the ADVANCED button is on (displayed in green).

The ADVANCED button will automatically be on if you select “CONSOLE x1 <-> ENGINE x2 (Mirror Mode)” in the SYSTEM CONNECTION screen (

→

p.26).

•

ADVANCED button on

Basic settings (Mirror mode)

3. Make sure that the master word clock and the word

clock input select are set as follows.

MASTER CLOCK SELECT

•

The W.CLOCK of the engine or console is on

WORD CLOCK INPUT SELECT

Console W.CLOCK IN Engine A/B W.CLOCK IN Each unit W.CLOCK IN

Wo rd clock settings will automatically be as shown above.

Although it is possible to change this setting manu ally, you should supply a word clock from an external clock generator to each device (

→

refer to the connection methods on p.10, 12), and use the system with the above settings to ensure that the system operates in a stable manner.

With these settings, the word clock from the external clock generator will be supplied directly to each device in the PM1D system even if you switch between engines A and B in case of problems, so that the clock itself will not be switched, and the change will occur in the shortest possible time.

If when you change the word clock settings, the AI8 or AO8 indicator shows “UL” or the display shows a message warning that the word clock is not synchronized, check the connections between the engines and console, and the connections between the engines and the input/output units.

Checking the operation of input units

This section explains how to check the operation of an input unit connected to the DSP1D-EX {DSP1D} engine. The general procedure is as follows.

Connect an input source to the input unit

Connect a monitor system (or headphones) to the MONITOR OUT A jacks of the console (or to the MONITOR A headphone jack)

Tu rn on the power in the order of input unit

Patch the input unit to an input channel

Press the [CUE] switch of the input channel

Check whether the signal is output from the MONITOR OUT A jacks (or the MONITOR A headphone jack)

→

DSP1D-EX {DSP1D} engine

→

CS1D console

→

monitor system

Preparations for checking

Before you begin checking the operation of the input unit, make sure that you have performed the following actions.

•

Connect the various components that are part of the PM1D system (

•

Use the indicators/LEDs of the input/output units and the engine to verify that the components are correctly connected to each other (

•

Set the operation mode and the word clock master as appropriate for the conﬁguration of the PM1D system that you are using (

→

p.6–13)

→

p.22–29).

→

p.14–21)

Checking the operation of input units

Connect the monitor system

In order to check the operation of an input unit, you must connect a monitor system such as powered monitor speakers or a power amp + speaker to the MONITOR OUT A jacks located on the rear panel of the CS1D console. (Since the purpose of this is to check the operation, high power monitors are not necessary.)

If you will be monitoring through headphones, connect them to the PHONES MONITOR A jack located on the front panel of the CS1D console.

Monitor system

MONITOR OUT A jacks

CONSOLE (CS1D)

Headphones

Please do not use the MONITOR A/B headphone jacks located on the top panel of the console (in the SELECTED INPUT CHANNEL block) simultaneously with the PHONES MONITOR A/B jacks located on the front panel. Doing so can cause the CS1D to malfunction due to excessive current.

MONITOR A headphone jacks

Connect an input source

Connect one of the following input sources according to the type of input unit or card that you wish to check.

•

To check a mic/line input card (LMY2-ML) installed in the AI8

Connect a line output device such as a CD player or DAT recorder to input jacks 1A and 2A of the LMY2ML.

12345678

AI8 input unit

INPUT UNIT NO.

PHANTOM MASTER

OFF

POWER ON/ OFF

ANALOG INPUT BOX

+48V

•

To check an input channel of a digital I/O card (MY8-AT, MY8-TD, MY8-AE) installed in the DIO8

Connect the digital output connector of a DAT recorder or digital MTR (multi-track recorder) that matches the format of your digital I/O card. In this case, make connections and settings so that the signals are sent from the recorder to input channels 1/2 of the digital I/O card.

DIO8 digital input/output unit

PORT B SELECTOR

I/O UNIT ID

5-8 1-4

POWER ON/ OFF

SIGNAL

ANALOG IN

CH2A CH1B CH1A

CH2B

MIC/Line-Platine (LMY2-ML)

SIGNAL

MIC/LINE INPUT CARD

MODEL LMY2-ML

CD player/DAT recorder

•

To check an AD card (LMY4-AD) installed in the AI8

Connect a line output device such as a CD player or DAT recorder to input jacks 1/2 of the LMY4-AD.

12345678

AI8 input unit

INPUT UNIT NO.

PHANTOM MASTER

OFF

POWER ON/ OFF

ANALOG INPUT BOX

+48V

OUT

DIGITAL I/O CARD

MODEL MY8-AT

Digital-E/A-Platine (MY8-AT)

DIGITAL OUT

ADAT

ADAT digital MTR

TASCAM digital MTR

Interface (TDIF-1)

Tascam Digital Audio

DIGITAL I/O CARD

MODEL MY8-TD

Digital-E/A-Platine (MY8-TD)

WORD CLOCK OUT

Digital-E/A-Platine (MY8-AE)

Special AES/ EBU cable for the MY8-AE

DIGITAL I/O

8-TRACK DIGITAL

AES/EBU

DIGITAL I/O CARD

MODEL MY8-AE

SIGNAL

ANALOG IN

CH3 CH2 CH1

CH4

SIGNAL

AD CARD

MODEL LMY4-AD

SIGNAL

CD player/DAT recorder

INPUT 1/2 3/4 5/6 7/8

OUT PUT 1/2 3/4 5/6 7/8

(female) (male)

DIGITAL OUT (AES/EBU)

00.00.00.00

DAT

DAT recorder

Checking the operation of input units

Patch the input unit to an input channel

Simply connecting a source to an input unit does not cause that signal to be input to the PM1D system. In order to send signals to the PM1D system, you must assign (patch) the input jacks of the input unit to input channels of the PM1D system. This operation is performed within the display of the CS1D console.

[Procedure]

1. Turn on the power in the order of PM1D system monitor system.

2. In the LCD FUNCTION ACCESS block, press the INPUT [PATCH] switch several times to access the following screen.

LCD FUNCTION ACCESS block

INPUT [PATCH] switch

→

This is the INPUT PATCH screen, where signals from an input unit or effect return can be patched to input channels.

CS1D Operating Manual (Start-up)

Number of the patch destination input channel.

In this grid, input jacks (horizontal rows) can be patched to input channels (vertical columns). A

symbol is displayed to indicate a currently-patched grid location.

Patch source input jack. From the top row, the display shows the type and ID of the input unit, the number of the slot in which the input card is installed, and the number of the channel (jack) within

the card.

●

Hint

The switches in the LCD FUNCTION ACCESS block are used to access the desired function in the display. Each function is divided into multiple screens, and you can press the same switch repeatedly to cycle through the displayed screens.

3. Move the left/right scroll bar so that the visible area of the horizontal rows (patch source) shows the input unit to which the input source is connected.

Use the left/right scroll bar to access input units that are not currently shown in the visible area.

Click the / buttons to switch the display in steps of a unit. Click the / buttons to switch the display in steps of a slot.

Drag this box to move the displayed area to left or

right.

You can also click this area to move the displayed portion.

Click the / buttons to switch the display in steps of a unit. Click the / buttons to switch the display in steps of a slot.

4. Patch the input source to input channels 1/2.

In the IN PATCH screen, the jack to which the input source is connected can be patched to the desired input channel by making a

●

symbol appear in the grid where the patch source intersects the patch destination. There are two ways to do this, as follows.

Checking the operation of input units

Using the switches of the console

1. Use the [CURSOR] switches in the data entry block

to move the cursor (the red frame) in the display to the desired grid.

Data entry block

[CURSOR] switch

Using the track pad of the console

1. Use the track pad to move the cursor to the desired grid. (The cursor will change to the shape of a ﬁnger.)

Data entry block

Track pad

[ENTER] switch

2. Press the [ENTER] switch to make a appear.

●

symbol

2. Click the desired grid to make the

●

symbol

appear.

The screen will appear as follows when an input source has been patched to input channels 1/2.

•

For an AI8 with a mic/line input card (LMY2-ML) installed

•

For an AI8 with an AD card (LMY4-AD) installed

•

For a DIO8 with a digital I/O card installed

CS1D Operating Manual (Start-up)

PAN

TO ST

CLIP

+48V

INPUT

INS A

GAIN

SEL

-68

+ THR

COMP

+ THR

CLIP

6 12 18 30 60

GATE

+10

PAN

TO ST

CLIP

+48V

INPUT

INS A

GAIN

SEL

-68

+ THR

COMP

+ THR

GATE

+10

CLIP

6 12 18 30 60

ONON

CUE

Monitor the input signal

After you have patched an input source to an input channel, press the [CUE] switch for that input channel and check whether it is output from the MONITOR OUT jacks.

[Procedure]

1. Play back the input source, and check that the meter LEDs light for input channels 1/49 and 2/50 in INPUT block 1 of the console.

INPUT block 1

[GAIN] encoder

In the CUE section of the MASTER block, make sure that the [SOLO] switch, the [INPUT AFL] switch, and the [LAST CUE] switch are off (LED dark). If any of these switches are on, it may not be possible to monitor the signal from the MONITOR OUT A jacks or the MONITOR A headphone jack even though the [CUE] switch of the input channel is pressed. Monitoring will also be impossible if the CUE INTERRUPTION button has been turned off in the MON/CUE function MONITOR A screen. Please check whether this button has been turned off.

(“CS1D Reference Manual (Software)” →p.71.)

MASTER block

[INPUT AFL] switch

[SOLO] switch

Meter LEDs for input channels 1/49

and 2/50

[LAST CUE] switch

[CUE] switch

3. In the MONITOR A section of the MASTER block, turn on the MONITOR A [ON] switch and raise the MONITOR A [LEVEL] volume to an appropriate level. Also raise the volume of your monitor system.

MONITOR A

If the input source is connected to a mic/line input card (LMY2-ML), adjust the [GAIN] encoder so that the CLIP segment of the meter LED does not light.

2. Press the [CUE] switches of input channels 1/49 and 2/50 to make the switch LEDs light.

The input signals of input channels 1/2 will be sent to the monitoring bus (CUE bus).

[LEVEL] volume

MONITOR A [ON] switch

MONITOR A PHONES [LEVEL]

volume

Checking the operation of input units

Hint

When monitoring through the MONITOR A headphone jack, raise the MONITOR A PHONES [LEVEL] volume (located in the MONITOR A section of the MASTER block) to an appropriate level.

If you are now able to monitor the signal, you have veriﬁed that the input unit/card to which the source is connected is operating normally.

4. As necessary, perform the same operational check

for other input units or cards.

If you are unable to monitor an input source, check the following points.

Meter LEDs of the INPUT block do not light

• Is the input source connected appropriately?

→Check the unit/card to which the input source is

connected (→p.32)

• When using a mic/line input card (LMY2-ML), is

the input source connected to input jacks 1A and 2A?

→When the PM1D system is in the default state,

input jacks 1B or 2B cannot be used without changing the settings. Re-connect to input jacks 1A

and 2A (→p.32).

• Has the input unit/card to which the input source

is connected been correctly patched to the input channel?

→Check the settings of the IN PATCH screen

(→p.33).

Meter LEDs of the INPUT block do light, but the signal is not output from MONITOR OUT jacks A or the MONITOR A headphone jack

• Is your monitor system connected appropriately?

→Check the connections of the monitor system/

headphones.

• Is the monitor volume raised?

→Raise the MONITOR A [LEVEL] or [PHONES]

volume to an appropriate level.

• In the MASTER block CUE section, have the

[SOLO], [INPUT AFL], or [LAST CUE] switches been turned off?

→If any of these switches are on, it may not be possi-

ble for the signal of the input channel whose [CUE] switch was pressed to be monitored from MONITOR OUT jacks A or the MONITOR A headphone jack. You must turn off all of these switches. (“CS1D Reference Manual (Hardware)”

→p.81)

The meter LEDs of the INPUT block are lit, and a signal is output from the MONITOR A headphone jack, but no signal is output from MONITOR OUT jacks A

• Is the CUE INTERRUPTION button (MON/CUE

function MONITOR A screen) turned on?

→Monitoring is not possible if the CUE INTERRUP-

TION button is turned off. Turn this button on.

(“CS1D Reference Manual (Software)” →p.71)

• In the SELECTED INPUT CHANNEL block, has

the MODULE [FLIP] switch been turned on (LED lit)?

→When the MODULE [FLIP] switch is on, the mod-

ules of INPUT blocks 1 and 2 will be exchanged. Press the MODULE [FLIP] switch to make the LED go dark. (“CS1D Reference Manual (Hard-

ware)” →p.5)

• In the MASTER block GLOBAL LAYER section,

has the [49-96] switch been turned on (LED lit)?

→On the 96 channel model when the GLOBAL

LAYER [49-96] switch is on (LED lit), channels 49–96 will be selected as the input channels that are controlled from the top panel of the CS1D. {This switch has no function on the 48 channel model.} To control channels 1–48, press the GLOBAL LAYER [1-48] switch. (“CS1D Reference

Manual (Hardware)” →p.5)

Checking the operation of an output unit

This section explains the procedure for checking the operation of an output unit connected to the DSP1D-EX {DSP1D} engine. The general procedure is as follows.

Connect an input source to an input unit

Connect your monitor system to an output unit

Tu rn on the power in the order of input unit → DSP1D-EX {DSP1D} engine → CS1D console → monitor system

Patch the input unit to an input channel

Patch the output unit to the STEREO A channel

Send the input channel signal to the STEREO bus

Check whether the signal is output from the STEREO OUT A jacks

Preparations for checking

Before you begin checking the operation of an output unit, make sure that the following actions have been completed.

• Connect the various components that are part of the PM1D system (→p.6–13)

• Use the indicators/LEDs of the input/output units

and the engine to verify that the components are

correctly connected to each other (→p.14–21)

• Set the operation mode and the word clock master

as appropriate for the conﬁguration of the PM1D

system that you are using (→p.22–29).

Checking the operation of an output unit

Connect the monitor system

In order to check the operation of an analog output unit, you will need to connect a monitor system such as a set of powered speakers or a power amp + speakers to a DA card (LMY4-DA) installed in the AO8 analog output unit.

1234567

AO8 analog output unit

ANALOG OUT

DA CARD

CH4 CH3 CH2 CH1

MODEL LMY4-DA

DA-Platine (LMY4-DA)

SIGNAL SIGNAL SIGNAL SIGNAL

OUTPUT UNIT NO.

INPUT SELECTOR

POWER ON/ OFF

ANALOG OUTPUT BOX

Monitor system

If you are checking the output channels of a DIO8 digital input/output unit, connect the output connector of the digital I/O card (MY8-AT, MY8-TD, MY8-AE) to the digital input connector of a DAT recorder or digital MTR (multi-track recorder) of the same format as that card. In this case, it will not be possible to directly monitor the signal via the monitor system, so you will need to arrange things so that the signal can be monitored via the headphone jack or analog output jacks of the recorder.

CS1D Operating Manual (Start-up)

Connect an input source

As a sound source for checking, connect a line output device such as a CD player or DAT recorder to an input unit.

12345678

AI8 analog input unit

SIGNAL

ANALOG IN

SIGNAL

CH3 CH2 CH1

SIGNAL

AD CARD

CH4

MODEL LMY4-AD

SIGNAL

INPUT UNIT NO.

PHANTOM MASTER

OFF

POWER ON/ OFF

ANALOG INPUT BOX

+48V

CD player/DAT recorder

Checking the operation of an output unit

Patch the input unit to an input channel

Patch the input jack to which you connected the input source to input channels 1/2. For details of the procedure, refer to page 33.

[Procedure]

1. Turn on the power in the order of the PM1D system

→ monitor system.

2. In the LCD FUNCTION ACCESS block, press the

INPUT [PATCH] switch several times to access the following screen.

LCD FUNCTION ACCESS block

INPUT [PATCH] switch

3. Patch the input source to input channels 1/49 and

2/50.

The following illustration shows an example of when jacks 1/2 of an AD card (LMY4-AD) installed in slot 1 of the AI8 are patched to input channels 1/2.

CS1D Operating Manual (Start-up)

Patch the STEREO A channel to an output unit

Similarly to the case for an input unit, outputting a signal from the PM1D system requires more than simply connecting your monitor system to an output unit. In order to output a signal, you must also assign (patch) an output channel (MIX channel, MATRIX channel, STEREO A/B channel) of the PM1D system to the jacks of an output unit. This action is performed within the display of the CS1D console. Here’s how to patch the STEREO A channel output signal to the output unit to which your monitor system is connected.

[Procedure]

1. In the LCD FUNCTION ACCESS block, press the OUTPUT [PATCH] switch several times to access the following screen.

LCD FUNCTION ACCESS block

OUTPUT [PATCH] switch

Patch source output channels.

Checking the operation of an output unit

Patch destination output jacks. From the top, this area shows the type and ID of the output unit, the number of the slot in which the output card is installed, and the channel (jack) number within

the card.

In this grid, output jacks (horizontal rows) can be patched to output channels (vertical columns). A ● symbol will be displayed for currently-patched grids. This is the OUTPUT PATCH screen in which the output signals of the output channels can be patched to output units or to the inputs of the internal effects.

2. Use the up/down scroll bars to make “ST A[L]” and

“ST A[R]” appear in the vertical column (patch source) area.

Use the up/down scroll bar to see output channels that are not currently visible. “ST A[L]” and “ST A[R]” correspond to STEREO A channels L and R respectively.

3. Use the left/right scroll bar to make the output unit

to which your monitor system is connected appear in the horizontal row (patch destination) of the display.

4. Patch “ST A[L]” and “ST A[R]” to the jacks to which

your monitor system is connected.

The following illustration shows the example of when jacks 1/2 of a DA card (LMY4-DA) installed in slot 1 of the AO8 are patched to the L/R channels of STEREO A.

CS1D Operating Manual (Start-up)

PAN

TO ST

CLIP

+48V

INPUT

INS A

GAIN

SEL

-68

+ THR

COMP

+ THR

CLIP

6 12 18 30 60

GATE

+10

PAN

TO ST

CLIP

+48V

INPUT

INS A

GAIN

SEL

-68

+ THR

COMP

+ THR

GATE

+10

CLIP

6 12 18 30 60

ONON

CUE

Send the input signals of input channels 1/2 to the STEREO bus

With the operations you have performed up to this point, the signals of the STEREO bus of the PM1D system will be output to the output jacks to which your monitor system is connected. Now we will send the signals of the input source to the STEREO bus to verify that they can be monitored via your monitor system.

[Procedure]

1. Play back the input source. In INPUT block 1 of the console, verify that the meter LEDs light for input channels 1/49 and 2/50.

INPUT block 1

[TO ST] switch

[GAIN] encoder

[ON] switch

2. If the input source is connected to a mic/line input card (LMY2-ML), adjust the [GAIN] encoder so that the CLIP segment of the meter LED does not light.

3. Turn on the [ON] switches of input channels 1/49 and 2/50 (so that the LEDs are lit).

4. Turn on the [TO ST] switches of input channels 1/ 49 and 2/50.

5. Raise the faders of input channels 1/49 and 2/50 to the 0 position (nominal level).

6. In the STEREO OUTPUT block, turn on the STEREO [ON] switch of the ST OUTPUT A channel.

STEREO OUTPUT block

STEREO [ON] switch of the ST OUTPUT A

channel

Meter LEDs for input channels 1/49

and 2/50

[CUE] switch

Fader

TO MTRX

SEL

INS

RCL MUTE

SAFE

40 50 60

CUE

ST OUTPUTAS

Checking the operation of an output unit

7. In the STEREO OUTPUT block, raise the ST OUTPUT A channel fader.

At this time, the STEREO A L/R meters in the meter bridge block will show the output level of the STEREO A channel.

Meter bridge block

CLIP

-4

-8

-12

-16

-20

-24

-30

-40

-50

-70

STEREO A

CLIP

-4

-8

-12

-16

-20

-24

-30

-40

-50

-70

STEREO B

CLIP

-4

-8

-12

-16

-20

-24

-30

-40

-50

-70

CUE

HOUR

NUMBER

SCE

MIN

STEREO A L/R meters

If the signal can now be heard from your monitor system, you have veriﬁed that the output unit/card to which the source is connected is functioning correctly.

8. As necessary, use the same procedure to check the operation of other output units or cards.

If the input source could not be monitored, check the following points.

Meter LEDs in the INPUT block do not light

• Is the input source connected appropriately?

→Check the unit/card to which the input source is

connected (→p.32).

• When using a mic/line input card (LMY2-ML), is

the input source connected to input jacks 1A and 2A?

→When the PM1D system is in the default state,

input jacks 1B or 2B cannot be used without changing the settings. Re-connect to input jacks 1A

and 2A (→p.32).

• Has the output unit/card to which the input source

is connected been correctly patched to the input channel?

→Check the settings of the IN PATCH screen

(→p.33).

• In the SELECTED INPUT CHANNEL block, has

the MODULE [FLIP] switch been turned on (LED lit)?

→When the MODULE [FLIP] switch is on, the mod-

ules of INPUT blocks 1 and 2 will be exchanged. Press the MODULE [FLIP] switch to make the LED go dark. (“CS1D Reference Manual (Hard-

ware)”→p.5)

• In the MASTER block GLOBAL LAYER section,

has the [49-96] switch been turned on (LED lit)?

→On the 96 channel model when the GLOBAL

Manual (Hardware)” →p.5)

STEREO A L/R meters in the meter bridge block do not light

• Is the input channel [ON] switch turned off?

→In the INPUT block, turn on the [ON] switch for

input channels 1/49 and 2/50 (→p.44).

• Is the [TO ST] switch of the input channel turned

off?

→In the INPUT block, turn on the [TO ST] switch

for channels 1/49 and 2/50 (→p.44).

• Is the input channel fader lowered?

→In the INPUT block, raise the faders for input

channels 1/49 and 2/50 (→p.44).

STEREO A L/R meters in the meter bridge block are lit, but there is no output from the output unit

• Is the STEREO A channel STEREO [ON] switch

turned off?

→In the STEREO OUTPUT block, turn on the STE-

REO [ON] switch of the STEREO A channel

(→p.44).

• Is the STEREO fader of the STEREO A channel

lowered?

→In the STEREO OUTPUT block, raise the STEREO

fader of the STEREO A channel (→p.45).

• Is the monitor system connected appropriately?

→Check the connections of the monitor system

(→p.39).

• Are the output channels patched appropriately?

→In the OUT PATCH screen, check whether the

STEREO A L/R channels are appropriately patched to the output unit/card to which your monitor sys-

tem is connected (→p.42).

CS1D Operating Manual (Start-up)

• Is the Solo function turned on?

→If the [SOLO] switch is turned on in the MASTER

block CUE section, and the [CUE] button of any channel is turned on, the signals of the other channels will be muted. Turn off the [SOLO] switch

(“CS1D Reference Manual (Hardware)” →p.81).

Turn off the power

You have now ﬁnished the system check of the “CS1D Operating Manual (Start-up).”

We recommend that you store the current state as a scene memory before you turn off the power supply (PW1D). If the current unit connection state differs from the unit connection state the next time the power is turned on, patch settings

etc. may be modiﬁed. For the procedure of storing a scene, refer to “CS1D Reference Manual (Hardware)” (→p.89) or “CS1D Reference Manual (Software)” (→p.18).

Lower the faders of the STEREO OUTPUT block, and turn off the power in the order of the monitor system → PM1D

system.

Before you move the CS1D, you must tilt the display backward until it locks into place.

Operating Manual

(Basic Operation)

Chapter 1. Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1

About the “CS1D Operation Manual (Basic Operation)” . . . . . . . . . . . . . . . . . . . . 1

Printing conventions in the “CS1D Operation Manual (Basic Operation)” . . . . . . . . . 1

Overview of the PM1D system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

Full-digital/separate type SR mixing system . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

Component structure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2

Signal flow in the PM1D system . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Number of inputs/outputs and channel structure . . . . . . . . . . . . . . . . . . . . . . . 6

MIX buses/MATRIX buses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Scene memories/Libraries . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Word clock synchronization. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Chapter 2. The user interfaces of the CS1D . . . . . . . . . . . . . . . .9

About the user interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

User interfaces within the display. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

User interface on the top panel of the CS1D . . . . . . . . . . . . . . . . . . . . . . . . . . 11

External user interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Various basic operations. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Click . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Drag . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Drag and drop. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Scroll . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Accessing the desired screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

Button operations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Moving the cursor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Adjusting the value of a knob or fader . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Assigning a name . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

Chapter 3. Audio connections and patching. . . . . . . . . . . . . . .22

Audio connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Audio connections for an analog input unit . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Audio connections for an analog output unit. . . . . . . . . . . . . . . . . . . . . . . . . . 24

Audio connections for a digital input/output unit . . . . . . . . . . . . . . . . . . . . . . 25

Audio connections for the console. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26

Patching . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Input channel patching . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Output channel patching . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

Chapter 4. Basic operation for input channels . . . . . . . . . . . . .32

About input channels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

Blocks used to control input channels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

Changing the channel assignments . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

Contents

Basic operation INPUT blocks/ST IN block . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

INPUT block/ST IN block controls and functions . . . . . . . . . . . . . . . . . . . . . . . 34

Head amp settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

Sending a signal from an input channel to a STEREO bus . . . . . . . . . . . . . . . . 38

Sending a signal from an input channel to a MIX bus . . . . . . . . . . . . . . . . . . . 39

Pairing settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Basic operation in the SELECTED INPUT CHANNEL block . . . . . . . . . . . . . . . . . . 44

Controls and functions of the SELECTED INPUT CHANNEL block . . . . . . . . . . 44

Head amp settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

Sending signals from an input channel to the STEREO bus . . . . . . . . . . . . . . . 47

Sending signals from an input channel to a MIX bus. . . . . . . . . . . . . . . . . . . . 49

Using the delay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51

Using the compressor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52

Using the noise gate . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

Using the 4 band EQ/HPF . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57

Chapter 5. Basic operation for output channels . . . . . . . . . . . . . . 59

About the output channels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

Blocks used to control the output channels . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

Switching the channel assignments. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60

Basic operation of the MIX OUTPUT block . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61

Controls and functions of the MIX OUTPUT block. . . . . . . . . . . . . . . . . . . . . . 61

Sending a signal from a MIX channel to an output unit. . . . . . . . . . . . . . . . . . 62

Sending a signal from a MIX channel to a MATRIX bus . . . . . . . . . . . . . . . . . . 63

Sending a signal from a MIX channel to the STEREO bus. . . . . . . . . . . . . . . . . 65

Pairing MIX channels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66

Basic operation of the MATRIX OUTPUT block . . . . . . . . . . . . . . . . . . . . . . . . . . . 69

Controls and functions of the MATRIX OUTPUT block. . . . . . . . . . . . . . . . . . . 69

Sending a signal from a MATRIX channel to an output unit. . . . . . . . . . . . . . . 69

Pairing MATRIX channels . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70

Basic operation of the STEREO OUTPUT block . . . . . . . . . . . . . . . . . . . . . . . . . . . 72

Controls and functions of the STEREO OUTPUT block . . . . . . . . . . . . . . . . . . . 72

Sending a signal from a STEREO A/B channel to an output unit. . . . . . . . . . . . 73

Basic operation of the SELECTED OUTPUT CHANNEL block. . . . . . . . . . . . . . . . . 74

Controls and functions of the SELECTED OUTPUT CHANNEL block. . . . . . . . . 74

Sending a signal from an output channel to an output unit . . . . . . . . . . . . . . 75

Sending a signal from a MIX channel to a MATRIX bus/STEREO

bus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 77

Sending a signal from the STEREO A channel to the MATRIX bus . . . . . . . . . . 79

Delay settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80

Compressor settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 81

6 band EQ/HPF settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83

Chapter 6. Insert and direct out . . . . . . . . . . . . . . . . . . . . . . . . 85

Insert. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 85

Connecting the external device to be inserted . . . . . . . . . . . . . . . . . . . . . . . . 85

Inserting into an input channel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 86

iii

Contents

Inserting into an output channel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 89

Direct out . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 91

Direct out connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 91

Directly outputting an input channel signal . . . . . . . . . . . . . . . . . . . . . . . . . . . 91

Chapter 7. DCA groups/Mute groups . . . . . . . . . . . . . . . . . . . .93

DCA groups. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93

Assigning a channel to a DCA group . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93

Controlling a DCA group. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 95

Mute groups . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 96

Assigning input channels to a mute group. . . . . . . . . . . . . . . . . . . . . . . . . . . . 96

Assigning output channels to a mute group . . . . . . . . . . . . . . . . . . . . . . . . . . 97

Controlling a mute group . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 98

Chapter 8. Scene memory . . . . . . . . . . . . . . . . . . . . . . . . . . . .100

About scenes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 100

Scene memory operations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 102

Storing a scene . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 102

Recalling a scene . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103

Using PREVIEW mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104

Directly recalling a scene . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105

Chapter 9. Recall safe/Mute safe . . . . . . . . . . . . . . . . . . . . . . .106

Recall safe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 106

Using the console to set/defeat Recall Safe . . . . . . . . . . . . . . . . . . . . . . . . . . 106

Using the screen to set/defeat Recall Safe . . . . . . . . . . . . . . . . . . . . . . . . . . . 107

Mute safe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 108

Using the console to set/defeat Mute Safe . . . . . . . . . . . . . . . . . . . . . . . . . . . 108

Using the screen to set/defeat Mute Safe. . . . . . . . . . . . . . . . . . . . . . . . . . . . 109

Chapter 10. Monitor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .110

Basic operation of the MONITOR A/MONITOR B section . . . . . . . . . . . . . . . . . . 110

About MONITOR A/MONITOR B . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 110

Controls and functions of the MONITOR A/MONITOR B sections . . . . . . . . . 111

Using the MONITOR A section to monitor a signal . . . . . . . . . . . . . . . . . . . . 111

Using the MONITOR B section to monitor a signal . . . . . . . . . . . . . . . . . . . . 113

Using the Cue/Solo function . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115

Cue mode and Solo mode. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 115

Cue/Solo groups . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 116

Controls and functions of the CUE section . . . . . . . . . . . . . . . . . . . . . . . . . . . 117

Using the Cue function . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 117

Using the Solo function . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119

Contents

Chapter 11. Talkback/Oscillator . . . . . . . . . . . . . . . . . . . . . . . 120

Talkback . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 120

Oscillator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122

Chapter 12. Internal effects . . . . . . . . . . . . . . . . . . . . . . . . . . 124

About the internal effects of the PM1D system . . . . . . . . . . . . . . . . . . . . . . . . . 124

Patching an internal effect. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 125

Using an internal effect via the MIX bus . . . . . . . . . . . . . . . . . . . . . . . . . . . . 125

Inserting an internal effect into a channel . . . . . . . . . . . . . . . . . . . . . . . . . . . 128

Basic operation of the effect screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130

Editing effect parameters. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130

Recalling effect data from the library . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 131

Storing effect data to the library . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133

Chapter 13. Graphic EQ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 134

Inserting a graphic EQ into a channel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 134

Controlling a graphic EQ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 136

Controlling a graphic EQ from the display. . . . . . . . . . . . . . . . . . . . . . . . . . . 136

Controlling a graphic EQ from the DCA faders . . . . . . . . . . . . . . . . . . . . . . . 137

Chapter 14. MIDI/Time Code . . . . . . . . . . . . . . . . . . . . . . . . . 139

Using MIDI program changes to control events . . . . . . . . . . . . . . . . . . . . . . . . . 139

Using time code to control events. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 142

Chapter 15. Using a memory card to save/load data . . . . . . . . . 144

Saving a file onto a memory card . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 144

Loading a file from a memory card . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 146

Chapter 16. Various settings. . . . . . . . . . . . . . . . . . . . . . . . . . 148

Initial settings for the console . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 148

Setting the internal calendar and clock. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 150

Specifying the metering points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151

Input channel metering point . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 151

Output channel metering point . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 152

User defined function settings. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 153

DSP

x2x2x2

Chapter 1. Introduction

About the “CS1D Operation Manual (Basic Operation)”

The “CS1D Operation Manual (Basic Operation)” explains basic operation of the PM1D system, such as connecting the input sources and playback system, operating the CS1D console, and using the display of the CS1D to make various settings.

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The “CS1D Operation Manual (Basic Operation)” assumes that the various components of the PM1D system have been connected and are operating correctly. For details on connecting the components of the PM1D system and verifying that they are operating correctly, refer to “CS1D Operation Manual (Start-up).”

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For details on the speciﬁcations and functions of the engine (DSP unit DSP1D-EX {DSP1D}) and input/ output units, refer to the manual included with each unit.

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For a more detailed explanation of the functions and operation of the controls and connectors on the top panel, rear panel, and front panel of the console (CS1D), refer to the “CS1D Reference Manual (Hardware).”

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For details on the functions and operation of the software in the display of the console (CS1D), refer to the “CS1D Reference Manual (Software).”

Screen shots shown in this manual are taken from a prototype. Please be aware that they may differ slightly from the actual screens on your unit.

Printing conventions in the “CS1D Operation Manual (Basic Operation)”

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Differences between the 96 channel model and 48 channel model

The PM1D system is available either as a 48 channel model or a 96 channel model, which differ in the number of available input channels. In general, the “CS1D Operation Manual (Basic Operation)” is written for the 96 channel model of the PM1D system (the model that uses the DSP1D-EX as its engine). When the speciﬁcations differ between the 96 channel mode and the 48 channel model (the model that uses the DSP1D as its engine), the speciﬁcations of the 48 channel model are given in curly brackets { }.

Example : A number 1–96 {1–48} will be displayed in

the NUMBER indicator.

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Standard mode and Mirror mode

The PM1D system supports two operation modes (an element that deﬁnes the structure and connection method for the system): “Standard mode” (in which one engine is connected to one console), or “Mirror mode” (in which two engines are connected to one console, but only one engine is used).

Please note that the mode in which the PM1D system is used will affect not only the number of engines, but also the method of connections and the internal settings.

Explanatory material that applies only to Standard mode is indicated by the following icon.

Explanatory material that applies only to Mirror mode is indicated by the following icon.

Other than Mirror mode, version 1.0 of the PM1D system does not support an operation mode that uses two engines.

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Distinguishing CS1D controllers from the onscreen knobs/buttons

Controllers (switches, encoders, volumes) on the top panel, rear panel, or front panel of the CS1D are enclosed in square brackets [ ] to distinguish them from knobs or buttons that appear in the display.

Example : Tu rn on the [ON] switch.

(This refers to an operation on the top panel of the CS1D.)

Example : Click the BASIC button.

(This refers to an operation in the display.)

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Va r ious icons

The following icon is used to indicate operating tips or pages to which you should refer.

Hint

The following icon is used to indicate particularly important points, or operations of which you must be careful.

DSP

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CS1D Operating Manual (Basic Operation)

Overview of the PM1D system

The PM1D system is a full-digital SR mixing system that consists of a CS1D console, PW1D power supply, DSP1D-EX {DSP1D} DSP unit(s), AI8 analog input unit(s), AO8 analog output unit(s), DIO8 digital input/output unit(s), and input/output cards. This section describes the ways in which the PM1D system differs from conventional analog mixing consoles.

Full-digital/separate type SR mixing system

The PM1D is a full-digital SR mixing system using cutting-edge digital audio processing technology. 28 bit linear equivalent AD converters and 27 bit linear equivalent DA converters are used to ensure a dynamic range of better than 120 dB, for astoundingly high quality. The system is divided into components such as engine, console, and input/output units. The compact modules allow the system to be conﬁgured ﬂexibly, provide an amazing number of inputs and outputs, and ensure excellent portability and operability.

Component structure

The following types of components make up the PM1D system.

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Engine (DSP1D-EX {DSP1D})

Up to ten input units and six output units can be connected to this DSP unit, which performs the majority of audio processing such as audio signal input/output, mixing, routing, and EQ/dynamics/ effects.

The PM1D system offers the following two types of engine.

Engine

DSP1D-EX DSP1D

Monaural input

channels

96 8 48 4

Stereo input

channels

ENGINE ID

A B

CONTROL I/O

1 2

INPUT

CONFIGURATION

48CH 96CH

POWER ON/ OFF

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Analog input unit (AI8)

This input unit inputs analog audio signals to the engine. It has eight slots in which input cards can be installed.

The following two types of cards can be installed in the AI8.

Card

LMY2-ML

LMY4-AD

Input jacks

Mic/line input card

AD card 1–4 4

1A, 1B,

2A, 2B

Number of

channels

2 (select

either A or B)

The following three models of AI8 are available, with different cards installed at the factory.

Input unit Cards installed AI8-ML8 AI8-AD8 AI8-ML4AD4 LMY2-ML × 4 cards, LMY4-AD × 4 cards

LMY2-ML × 8 cards LMY4-AD × 8 cards

Hint

By installing an optional input DSP board (IDB1D) in the DSP1D, it can be upgraded to the same speciﬁcations as the DSP1D-EX.

The board must be installed by a Yamaha service engineer. Never attempt to install this board yourself.

12345678

INPUT UNIT NO.

PHANTOM MASTER

OFF

POWER ON/ OFF

ANALOG INPUT BOX

+48V

Cards must be installed in the AI8 by a Yamaha service engineer. Never attempt to install these cards yourself.

•

Analog output unit (AO8)

This output unit outputs analog audio signals from the engine. The AO8 has eight slots, with eight LMY4-DA DA cards installed at the factory.

Card

LMY4-DA

1234567

DA card 1–4 4

Output

jacks

Number of

channels

OUTPUT UNIT NO.

INPUT SELECTOR

POWER ON/ OFF

ANALOG OUTPUT BOX

Cards must be installed in the AO8 by a Yamaha service engineer. Never attempt to install these cards yourself.

•

Digital input/output unit (DIO8)

This unit performs input/output of digital audio signals in ADAT, Tascam, AES/EBU formats, as well as analog audio signals, to and from the engine of the PM1D system. The DIO8 has eight slots which can accommodate digital I/O cards or analog I/O cards.

The following eight types of card can be installed in the DIO8.

Card Format Input Output

MY8-TD TASCAM 8 IN 8 OUT MY8-AT ADAT 8 IN 8 OUT MY8-AE AES/EBU 8 IN 8 OUT MY8-AD ANALOG IN 8 IN — MY4-AD ANALOG IN 4 IN — MY4-DA ANALOG OUT — 4 OUT AP8AD* ANALOG IN 8 IN — AP8DA*

*: Manufactured by Apogee Corporation

ANALOG OUT — 8 OUT

* As of September 1, 2000

Chapter 1. Introduction

[AP8AD] +

[AP8DA] cards

used

Total 0 cards Up to a total of 8 cards

Total 1 card Up to 6 cards

Total 2 cards Up to 4 cards

Total 3 cards Up to 2 cards

Total 4 card Up to 1 card

Total 5 or more cards cannot be used

•

Console (CS1D)

[MY8-AD] + [MY4-AD] +

[MY4-DA]

cards used

——

[MY8-TD] + [MY8-AT] +

[MY8-AE] cards

used

Up to the number of vacant DIO8 slots

This console controls the engine. Although it has the appearance of a conventional mixing console, the CS1D is simply a controller for controlling the engine. Please be aware that with the exception of some monitor signals, the audio signals of the PM1D system are handled by the engine.

•

Power supply (PW1D)

This is the power supply that provides power to the console.

It is not possible to install and use a total of ﬁve or more AP8AD/AP8DA cards. Also, if you are using AP8AD/AP8DA cards simultaneously with MY8AD/MY4-AD/MY4-DA cards, there are restrictions on the number of cards, as described below. Never exceed the allowable number of cards, since attempting to use a greater number of cards than allowed may damage the DIO8 due to excessive current. If you are not using AP8AD or AP8DA cards, or if you are using AP8AD or AP8DA cards simultaneously with an MY8-TD/MY8-AT/MY8AE card, there is no limitation on the number of MY8-TD/MY8-AT/MY8-AE cards that can be used.

I/O UNIT ID

PORT B SELECTOR

5-8 1-4

POWER ON/ OFF

ON OFF

POWER

CS1D Operating Manual (Basic Operation)

Signal ﬂow in the PM1D system

The following diagram shows the general signal ﬂow within the PM1D system.

Mic Line device Speaker system foldback

12345678

AI8 analog input unit

INPUT UNIT NO.

PHANTOM MASTER

+48V

OFF

POWER ON/ OFF

ANALOG INPUT BOX

INPUT

1~10

CONTROL

I/O

OUTPUT

DSP1D-EX {DSP1D}

engine

CONTROL

I/O

DIGITAL I/O

CONSOLE

INPUT

OUTPUT

1~6

I/O

DIGITAL I/O

ENGINE A

1234567

AO8 analog output unit

Analog audio signal Digital audio signal Control signal

OUTPUT UNIT NO.

INPUT SELECTOR

POWER ON/ OFF

ANALOG OUTPUT BOX

Console (CS1D)

1 The signals input to the AI8 analog input unit are AD

converted, and then sent as multi-channel digital audio signals to the DSP1D-EX {DSP1D} engine.

2 The signals sent to the DSP1D-EX {DSP1D} engine

are processed by mixing, routing, EQ/dynamics/ effects.

3 In general, the operation of the engine and of the

input unit is controlled from the CS1D console.

Hint

The signals that are input from the 2-TRACK IN DIGITAL jacks 1–6 and 2-TRACK IN ANALOG jacks 1/2 of the CS1D can also be sent to the engine.

4 The signals processed by the engine are DA con-

verted by the output unit, and sent to the speaker system, foldback system, or recording system.

Hint

Signals can also be output from the STEREO OUT DIGITAL jacks or MONITOR OUT ANALOG jacks of the CS1D.

When a DIO8 digital input/output unit is used, the same unit will be used both as an input unit and output unit, so that the signal ﬂow will be as shown on the next page.

OUTPUT

ADAT digital MTR

ADAT

OUTIN

DIGITAL I/O CARD

MODEL MY8-TD

DIO8 digital input/output unit

I/O UNIT ID

PORT B SELECTOR

5-8 1-4

Chapter 1. Introduction

INPUT

POWER ON/ OFF

INPUT

1~10

DSP1D-EX {DSP1D}

engine

OUTPUT

1~6

CS1D Operating Manual (Basic Operation)

Number of inputs/outputs and channel structure

The DSP1D-EX {DSP1D} engine provides INPUT connectors 1–10 for connecting input units, and OUTPUT connectors 1–6 for connecting output units.

DSP

x1x1

When the PM1D system is used in Standard mode, up to ten input units (maximum of 320 input connectors) and up to six output units (maximum of 192 output connectors) are connected to one engine.

Input units

OUTPUT A OUTPUT A OUTPUT A OUTPUT A OUTPUT A OUTPUT A OUTPUT A OUTPUT A OUTPUT A OUTPUT A

INPUT

1~10

DSP1D-EX {DSP1D}

OUTPUT

1~6

engine

Output units

INPUT A INPUT A INPUT A INPUT A INPUT A INPUT A

DSP

x2x2

When the PM1D system is used in Mirror mode, up to ten input units (maximum of 320 input connectors) and up to six output units (maximum of 192 output connectors) are connected to two engines.

Input units

OUTPUT B OUTPUT A OUTPUT B OUTPUT A OUTPUT B OUTPUT A OUTPUT B OUTPUT A OUTPUT B OUTPUT A OUTPUT B OUTPUT A OUTPUT B OUTPUT A OUTPUT B OUTPUT A OUTPUT B OUTPUT A OUTPUT B OUTPUT A

INPUT

1~10

INPUT

1~10

DSP1D-EX {DSP1D}

OUTPUT

1~6

engine A

OUTPUT

engine B

Output units

INPUT A INPUT B INPUT A INPUT B INPUT A INPUT B INPUT A INPUT B INPUT A INPUT B INPUT A INPUT B

1~6

Chapter 1. Introduction

In either mode, the input connectors of an input unit must be assigned (patched) in the CS1D display to an input channel in order to be used. Similarly, in order to use the output connectors of an output unit, you must assign them in the display to an output channel (MIX channel, MATRIX channel, STEREO A/B channel).

The following table shows the type and number of engines required when using the 48 channel model and 96 channel model in Standard mode or Mirror mode, and the number of input/output connectors and channels that can be used.

Number of inputs/outputs and channel structure

Standard mode Mirror mode

Model 48 channel model 96 channel model 48 channel model 96 channel model Engine DSP1D × 1 DSP1D-EX × 1 DSP1D × 2 DSP1D-EX × 2 Input connectors Maximum 320 Maximum 320 Maximum 320 Maximum 320 Output connectors Maximum 192 Maximum 192 Maximum 192 Maximum 192 Monaural input channels 48 96 48 96 Stereo input channels 4848 MIX channels 48 48 48 48 MATRIX channels 24 24 24 24 STEREO channels 2 (A, B) 2 (A, B) 2 (A, B) 2 (A, B)

Hint

The 96 channel model and 48 channel model differ in the number of available monaural input channels and stereo input channels. However, they have the same number of MIX channels, MATRIX channels, and STEREO A/B output channels.

In Mirror mode, one of the engines (A/B) is maintained as a backup, and you can manually switch between the units to use either one or the other. Thus, the number of input/output connectors and channels is the same as in Standard mode.

CS1D Operating Manual (Basic Operation)

MIX buses/MATRIX buses

The PM1D system can send the input channel signals to MIX buses 1–48. The signals sent to a MIX bus is routed through a MIX channel that provides EQ, comp, and delay, and is output from the respective connector that is patched to MIX 1–48. At this time, you can choose to either ﬁx the signal levels that are output from the input channels (FIX mode) or allow them to vary (VARI mode). MIX buses that are set to FIX mode can be used as group buses, and MIX buses that are set to VARI can be used as AUX buses.

In addition, the PM1D system has 24 independent MATRIX buses. Signals from MIX channels 1–48, STEREO A/B channels, and SUB IN can be mixed at the desired level and sent to a MATRIX bus. The signal sent to a MATRIX bus is routed through a MATRIX channel that provides EQ, comp, and delay, and is output from the respective output connector that is patched to MATRIX 1–24.

Scene memories/Libraries

The PM1D system can store the mix parameters of each channel and the settings of the entire PM1D system in memory as a scene. Scenes are assigned a number consisting of an integer portion in the range of 00–99, and a decimal portion in the range of .0–.9, for a total of 1,000 scenes from 00.0 to 99.9. (Ten of these scenes are read-only.)

Independently of scene memory, the PM1D system can store settings such as patch data, EQ data, compressor data, and effect data in libraries for later reuse.

Word clock synchronization

In order for digital audio signals to be accurately transmitted and received, all components of the PM1D system and the digital devices connected to the digital input/output units must be synchronized to the same word clock signal.

If any non-synchronized device is present, the input/output signals of that device may be muted, or may generate click noise.

DSP

x1x1

In Standard mode, the internal clock of the engine is normally used as the word clock master, and the input/output units and console will be synchronized to this. It is also possible to use an external clock generator as the master that supplies a word clock to the engine, console, and input/output units.

DSP

x2x2

Hint

For details on selecting the word clock master, refer to “CS1D Operation Manual (Start-up)” (→p.24) and to “CS1D Reference Manual (Software)” (→p.44).

Hint

As an exception, the 2-TRACK IN DIGITAL jacks 1–6 of the CS1D console have built-in sample rate converters, and will accept digital signals that are not synchronized with the PM1D system.

Chapter 2. The user interfaces of the CS1D

This chapter introduces the various user interfaces that control the software of the CS1D console, and explains how to use them.

About the user interfaces

The PM1D system is designed so that basic parameters such as channel adjustments and mixing can be controlled using only the faders and encoders on the top panel of the CS1D. However if you wish to make more detailed settings, you will need to access a speciﬁc function and edit the parameter value in software. The following pages explain the various interfaces used to control the software in the display.

User interfaces within the display

The following user interfaces are used within the display of the CS1D.

• Pointer

The arrow shown in the display is called the “pointer.” The pointer is used to select the element that you wish to control.

Pointer

• Cursor

The red frame shown in the display is called the “cursor.” When an on-screen element is enclosed by the cursor, that element is selected for control.

Cursor

• Buttons

Buttons in the display are used to switch parameters on/off, or to select one of multiple choices. Currently-on buttons are displayed in green, and buttons that are off are displayed in gray.

Buttons turned on

Buttons turned off

• Knobs/faders/numerical boxes

Knobs/faders in the display are used to modify the value of a parameter. The current value can be veriﬁed in the numerical box.

Knob

Numerical box

• Tabs

The screen names shown at the upper left of the display are called “tabs.” Tabs are used to switch between different screens within the same function.

Tab

Fader

Numerical box

CS1D Operating Manual (Basic Operation)

• Text input box

These boxes are used to input characters/numerals/ symbols when assigning a name to a channel or scene, etc.

• Character palette

This is a virtual keyboard used to input characters/ numerals/symbols into a text input box.

• Scroll bar

When one screen is insufﬁcient to display all of the items, this bar is used to access the portion that is currently not shown.

Scroll bar

• MENU button

This is a special button that accesses the function menu that is the starting point for operations in the display. With the exception of the function menu itself and various popup windows, this button is shown at the same location in all screens.

MENU button

Chapter 2. The user interfaces of the CS1D

User interface on the top panel of the CS1D

The top panel of the CS1D provides the following controls used for operations in the display.

LCD FUNCTION ACCESS block

The LCD FUNCTION ACCESS block contains switches used to access the desired function or screen in the display.

LCD FUNCTION ACCESS block

1 Global functions

These switches access functions that affect the entire PM1D system.

2 Output functions

These switches access functions that affect the output channels.

3 Input functions

These switches access functions that affect the input channels.

Press the switch for the desired function, and the screen for that function will appear in the display.

Hint

By holding down the [SHIFT/GRAB] switch and pressing one of these LCD FUNCTION ACCESS switches, you can cycle backward through the pages within that function (the Page Back function). The Page Back function will also operate if you continue holding these switches.

CS1D Operating Manual (Basic Operation)

Data entry block

The data entry block contains controllers used to modify the settings and values in the display.

Data entry block

1 CURSOR [▲]/[▼]/[√]/[®] switches

These switches are used to move the cursor in the display to the desired parameter.

2 [DEC/CANCEL]/[INC/OK] switches

These are used to increase or decrease the value of the parameter at which the cursor is located in the display. These switches can also be used instead of the CANCEL button or OK button shown in the window that asks you to conﬁrm a Recall or Store operation before it is executed.

3 [SHIFT/GRAB] switch

When the cursor in the display is located at a knobtype parameter that has a broad range of adjustment, you can hold down this switch and use the [DEC/ CANCEL]/[INC/OK] switches or rotate the [DATA] encoder to change the parameter value in larger steps.

In some screens, you can hold down this switch and

use the CURSOR [▲]/[▼]/[√]/[®] switches to

move the cursor from its current location to another area. For details refer to the explanations of each screen in the reference manual (software section).

4 [ENTER] switch

This switch is used to turn on/off the button at the cursor location, or to open a popup window.

5 [DATA] encoder

This is used to increase or decrease the value of the parameter at which the cursor is located in the display. If you hold down the [SHIFT/GRAB] switch while you rotate the [DATA] encoder, the parameter value will change more rapidly.

6 Tr ack pad and left/right switches

This is used to move the pointer in the display, or to select a speciﬁc parameter.

When you are operating a knob-type display parameter that has a broad range of adjustment, you can hold down the right switch of the track pad and operate the pad to change the parameter value in larger steps.

External user interfaces

As necessary, the following external user interfaces can be added to the PM1D system.

• Mouse

A PS/2 compatible mouse can be connected to the MOUSE connector on the rear panel/top panel of the CS1D, and used in the same way as the track pad.

• Keyboard

A PS/2 compatible keyboard can be connected to the KEYBOARD connector on the rear panel/top panel of the CS1D, and used to input characters/numerals/ symbols in the same way as the character palette.

The function of each key is listed below. (Key layout is according to the English-language keyboard.)

Key Function

PageDown

← → ↑ ↓

Numeric keypad 4, 6, 2, 8

(NumLock key

= off)

Alt+PageUp

Same function as the [DEC/CANCEL] switch of the data entry block

Same function as the [INC/OK] switch of the data entry block

Same function as the [CURSOR] switches

Same function as moving the [DATA] encoder in the INC direction

Key Function

Alt+PageDown

Return

Enter

Shift Same function as [SHIFT/GRAB] switch

Ctrl+←,

Ctrl+→

Ctrl+c

Ctrl+v

Insert

Delete

BackSpace

Ctrl+↑,

Ctrl+↓, Tab

Esc

Alt + 0~9,

-,=

Same function as moving the [DATA] encoder in the DEC direction

Same function as [ENTER] switch

Same function as clicking the √® buttons in the character palette

Same function as clicking the COPY button in the character palette

Same function as clicking the PASTE button in the character palette

Same function as clicking the INS button in the character palette

Same function as clicking the DEL button in the character palette

Delete backward one character in the text input box (backspace function)

Switch the object of editing in the text input box

Same function as clicking the MENU button (normal screen)

Same function as clicking the CANCEL button (popup windows with a CANCEL button). In screens with no CANCEL button, the same function as clicking the OK button or EXIT button.

Switch pages within the same screen

Chapter 2. The user interfaces of the CS1D

Identical types of connectors on the rear panel and top panel cannot be used simultaneously. Only one connector of each type can be used.

• Numeric keypad

If a PS/2 compatible numeric keypad is connected to the NUM KEY connector located on the rear panel or top panel of the CS1D, you can use the keypad to input numbers and recall scenes.

The function of each key is as follows.

Key Function

0–9

Enter

Same function as the SCENE MEMORY block [0]–[9] switches

Same function as the SCENE MEMORY block [RECALL] switch

Same function as the SCENE MEMORY

block [▲/INC] switch + [ENTER] s witch (recall the next-numbered scene)

Same function as the SCENE MEMORY

block [▼/DEC] switch + [ENTER] switch (recall the previously-numbered scene)

Not used in the current version

CS1D Operating Manual (Basic Operation)

Track pad

Tapping

Various basic operations

This section explains the basic operations performed in the CS1D display. In general, operations in the CS1D software will consist of combinations of these actions.

Click

“Click” is the action of moving the pointer to a speciﬁc item in the screen, and pressing the left or right switch of the track pad (or if using an external mouse, pressing the left or right mouse button). Clicking is used to turn an on-screen button on/off, to move the cursor, or to make ﬁne adjustments of a numeric value.

Hint

Mouse left click

Left switch

Click

If you use the [CURSOR] switches of the data entry block to move the cursor to a speciﬁc item and press the [ENTER] switch, the result will be the same as if you had clicked that item. (The same is true if you use the arrow keys or ENTER key of an external keyboard.)

Mouse right click

Hint

After moving the pointer to a speciﬁc item, you can tap the track pad to produce the same result. (This is

Right switch

called “tapping.”) To defeat this function, you must cancel tapping in the display (UTILITY function PREFERENCE

Click

screen). (“CS1D Reference Manual (Software)”

→p.36)

Drag

“Drag” is the action of moving the pointer to a speciﬁc item in the screen, then pressing and holding the left or right switch and sliding your ﬁnger up/down/left/right on the track pad. To drag using the mouse, press and hold the left or right mouse button, and move it up/down/left/right. Dragging is used mainly to modify the value of an on-screen knob or fader.

Track pad

Drag

Mouse

Track pad

Drag

Mouse

Drag

Left switch

While pressing

Drag

Right switch

While pressing

Chapter 2. The user interfaces of the CS1D

Drag and drop

“Drag and drop” is the action of moving the pointer to a speciﬁc item in the screen, dragging it to another location in the screen, and then releasing your ﬁnger. Drag and drop is used (for example) to copy EQ or dynamics processor settings to another channel.

Scroll

When the number of items for display is greater than can be shown in a single screen, you can drag the box within the scroll bar to view the hidden portion.

• Dragging the scroll bar box

Drag

You can also scroll the screen by clicking the vacant portion of the scroll bar or the / buttons or

/ buttons located at the ends of the scroll bar.

• Using the [DEC/CANCEL]/[INC/OK] switches or

the [DATA] encoder to operate the scroll bar

If you place the cursor on a scroll bar box and press the [DEC/CANCEL] switch or rotate the [DATA] encoder counter-clockwise, the screen will scroll toward the left (or upward, in the case of a vertical scroll bar). If you press the [INC/OK] switch or rotate the [DATA] encoder clockwise, the screen will scroll toward the right (or downward, in the case of a vertical scroll bar).

Hint

If the cursor is at the box of a scroll bar, you can hold down the [SHIFT/GRAB] switch and rotate the [DATA] encoder to produce the same result as pressing the button or button (depending on the direction of rotation).

Click these buttons to move the scroll bar box in the direction of

the arrow. Clicking / will produce greater movement than clicking / .

If you click here, the box in the scroll bar will move in large steps toward the side you clicked, and the screen will scroll correspondingly.

CS1D Operating Manual (Basic Operation)

Accessing the desired screen

There are two ways to access the desired function/screen in the display.

Using the LCD FUNCTION ACCESS block

[Procedure]

1. Of the switches in the LCD FUNCTION ACCESS block, press the switch for the desired function.

The last-operated screen of the corresponding function will be accessed.

2. To switch screens within the same function, repeatedly press the same switch as in step 1.

Most functions have several screens.

If you hold down the [SHIFT/GRAB] switch of the data entry block and press the same switch as in step 1, you will return to the previous screen of the same function.

Using the buttons within the display

[Procedure]

1. In any screen, click the MENU button.

When you click the MENU button, the function menu screen will appear. When you wish to select a speciﬁc screen from the display, you will start from this screen.

Hint

The MENU button will be located at the same place in all screens, with the exception of the function menu itself and various popup windows.

2. In the function menu screen, click the button for the desired function.

The last-operated screen of the corresponding function will be accessed.

3. If the function includes more than one screen, click the tabs at the upper part of the screen to select the desired screen.

Chapter 2. The user interfaces of the CS1D

Button operations

Buttons within the display are used to turn speciﬁc parameters on/off, or to choose one of multiple choices. Buttons can be operated in the following ways.

Using the track pad (mouse)

[Procedure]

1. Drag the track pad (mouse) to move the pointer to the desired button.

Pointer

2. Use the left or right switch of the track pad (mouse) to click the button.

The button will be switched on/off. (Alternatively, the corresponding button will be selected.)

• Switching a button on/off

Using the data entry block switches /keyboard

[Procedure]

1. Use the [CURSOR] switches (or the arrow keys of the keyboard) to move the cursor to the desired button.

Cursor

Click

Hint

If tapping in the display is enabled (UTILITY function PREFERENCE screen), you can also click by tapping the track pad. In this case, the operation will be the same as if you pressed the left switch of the track pad (mouse). (“CS1D Reference Manual (Soft-

ware)” →p.36)

2. Press the [ENTER] switch (or the ENTER key of the keyboard).

The button will be switched on/off. (Alternatively, the corresponding button will be selected.)

Selected button

CS1D Operating Manual (Basic Operation)

Moving the cursor

Here’s how to move the cursor (red box) in order to select the display parameter that you wish to edit.

Moving the cursor

[Procedure]

1. Press a CURSOR [▲]/[▼]/[√]/[®] switch. The

cursor in the display will move in the direction of the switch you pressed.

However, the cursor will not move if no parameter exists in the direction of that switch.

Move to the adjacent grid

Moving the cursor from a scroll window

[Procedure]

1. Hold down the [SHIFT/GRAB] switch, and press a

CURSOR [▲]/[▼]/[√]/[®] switch.

The cursor will move out of the scroll window (where which it was located) in the direction of the switch you pressed.

This technique can be used in screens that have a scroll window (e.g., the IN/OUT PATCH function INSERT PATCH screen) or in screens that have a list window (e.g., the SCENE function MEMORY screen).

• Using the [SHIFT/GRAB] switch and the CUR-

SOR [√]/[®] switches to move the cursor

Hint

If the cursor is on a grid such as in the PATCH screen, rotating the [DATA] encoder clockwise will move the cursor toward the right, and rotating it counterclockwise will move the cursor toward the left. If you hold down the [SHIFT/GRAB] switch, rotating the [DATA] encoder clockwise will move the cursor downward, and rotating it counterclockwise will move the cursor upward.

[SHIFT/GRAB] switch

CURSOR [®] switch

Chapter 2. The user interfaces of the CS1D

Adjusting the value of a knob or fader

Knobs and faders within the display are used to adjust the value of speciﬁc parameters. Knobs and faders can be adjusted in the following ways.

Using the track pad (mouse)

[Procedure]

1. Move the pointer to the desired knob/fader, and use the left or right switch of the track pad (mouse) to click the knob/fader.

The cursor will move to that location.

2. To increase or decrease the value in steps of one, use the right switch or left switch of the track pad (mouse) to click the knob/fader.

Clicking the right switch will increase the value by one, and clicking the left switch will decrease the value by one.

3. To increase or decrease the value continuously, use the track pad (mouse) to drag the knob/fader.

You can change the value continuously by dragging the knob or fader in the left/right or up/down direction. In the case of a knob with a broad range of adjustment, you can drag while holding down the right switch of the track pad (mouse). This makes the value change more rapidly than when the left switch is held down. This method is convenient when you wish to change the value rapidly.

2. To increase or decrease the value in steps of one, use the [DEC/CANCEL]/[INC/OK] switches (or keys that have the same function as the [DEC/CANCEL]/[INC/OK] switches, such as the PageUp/ PageDown keys of your keyboard).

• Change the value in steps of 1

3. To raise or lower the value continuously, rotate the [DATA] encoder.

Adjust the value of the fader

Adjust the value of the knob

Using the data entry block switches (keyboard) and encoder

[Procedure]

1. Use the [CURSOR] switches (or the arrow keys of the keyboard) to move the cursor to the desired knob/fader.

• Move the cursor to a knob

• Change the value continuously

Hint

If the parameter being adjusted by the knob has a broad range of adjustment, you can increase the rate of change by holding down the [SHIFT/GRAB] switch and using the [DEC/CANCEL]/][INC/OK] keys or rotating the [DATA] encoder.

CS1D Operating Manual (Basic Operation)

Assigning a name

The PM1D system allows you to assign names (long name, short name) to individual channels, and to assign titles to scenes and libraries. For example, the screen shown below is the LIBRARY STORE popup window in which you can name and store a library.

Characters can be input in this screen in the following ways.

• LIBRARY STORE popup window

1. Use the text palette (or the keyboard) to input characters.

When you click the text palette, the corresponding character/symbol/numeral will be input to the text input box, and the highlighted area will move to the right.

• DEL button........ Delete the highlighted character.

The same result will occur if you press the Delete key of the keyboard.

• CLEAR button... Erase all characters that had been

input in the text box.

2. Input the remaining characters in the same way.

Va r ious buttons within the text palette can be used while entering text.

These buttons have the following functions.

• INS button..........Insert a space (blank) at the

highlighted area. The same result will occur if you press the Insert key of the keyboard.

• √ ® buttons.......Move the highlighted area to left

or right.

• PASTE button ....The text string that had been

copied to the buffer by the COPY button will be pasted.

• COPY button .....The speciﬁed text string will be

copied from the text box into the buffer.

•

CAPS LOCK button

Switch between uppercase and lowercase alphabetical characters. When this button is on, uppercase characters can be input.

Chapter 2. The user interfaces of the CS1D

3. When you have input the name, click the STORE

button.

The name that you input will be ﬁnalized, and saved in the library.

Hint

The same type of screen will be displayed in the IN PATCH/OUT PATCH function NAME screen where you assign a name (long name, short name) to each channel, and the basic operation is the same.

The number of characters that can be used will depend on the item that you are attempting to save. It is not possible to insert characters or move the highlighted portion in excess of the maximum length for each text string.

Hint

If you connect the keyboard of a personal computer, you can input text from the keyboard.

It is not possible to paste into the ﬁle name ﬁeld of the FILE SAVE popup window.

Chapter 3. Audio connections and patching

This chapter explains how to connect input/output devices such as mics and speaker systems to the input/output units and to the CS1D console, and patch them to input channels and output channels.

The “CS1D Operation Manual (Basic Operation)” assumes that the components of the PM1D system are connected appropriately, and that all components are operating correctly. For details on connecting the components of the PM1D system and checking their operation, refer to the “CS1D Operation Manual (Start-up).”

Audio connections

This section explains how to make audio connections for the input/output units and the console.

Audio connections for an analog input unit

Tw o types of input card can be installed in the AI8 analog input unit: the LMY2-ML mic/line input card and the LMY4AD AD card. The two cards differ in speciﬁcations and number of channels.

• Mic/line input card (LMY2-ML)

The LMY2-ML provides two (A and B) XLR-3-31 (balanced) input jacks for each of input channels 1 and 2. However, only one jack (A or B) at a time can be used for each channel. (You can switch between A and B in the SELECTED INPUT CHANNEL block or in the display.)

• LMY2-ML connection

12345678

AI8 analog input unit

Mic

MIC/Line-Eingangsplatine (LMY2-ML)

SIGNAL

ANALOG IN

CH2A CH1B CH1A

CH2B

SIGNAL

MIC/LINE INPUT CARD

MODEL LMY2-ML

INPUT UNIT NO.

PHANTOM MASTER

OFF

POWER

ON/ OFF

ANALOG INPUT BOX

+48V

Sources ranging from mics to line level devices can be connected to these jacks.

The pin wiring is as follows.

• Input jack wiring

Male XLR plug

Hint

1 (ground)

3 (cold)

2 (hot)

If you wish to supply +48 V phantom power to the connected device, turn on the PHANTOM MASTER switch (located on the front panel of the AI8), and also turn on the [+48V] switch for the corresponding

input channel (→p.46).

If different sets of audio sources (that you will not use simultaneously) are connected to LMY2-ML jacks 1A and 1B, and to 2A and 2B, they can share input channels of different settings simply by switching between A and B on the CS1D console.

Synthesizer

• AD card (LMY4-AD)

The LMY4-AD provides four channels of XLR-3-31 (balanced) input jacks that can be used simultaneously.

• LMY4-AD connections

12345678

AI8 analog input unit

AD-Platine (LMY4-AD)

INPUT UNIT NO.

PHANTOM MASTER

OFF

POWER

ON/ OFF

ANALOG INPUT BOX

+48V

Chapter 3. Audio connections and patching

Rhythm

SIGNAL

machine

CH3 CH2 CH1

CH4

SIGNAL

AD CARD

The pin wiring is as follows.

• Input jack wiring

Male XLR plug

ANALOG IN

MODEL LMY4-AD

Synthesizer

1 (ground)

3 (cold)

2 (hot)

CS1D Operating Manual (Basic Operation)

Audio connections for an analog output unit

An LMY4-DA DA card installed in the AO8 analog output unit provides four channels of XLR-3-32 (balanced) output jacks.

• LMY4-DA connections

1234567

AO8 analog output unit

LMY4-DA DA-Platine

ANALOG OUT

OUTPUT UNIT NO.

INPUT SELECTOR

POWER ON/ OFF

ANALOG OUTPUT BOX

DA CARD

CH4 CH3 CH2 CH1

MODEL LMY4-DA

SIGNAL SIGNAL SIGNAL SIGNAL

Speaker system

The pin wiring is as follows.

• Output jack wiring

Female XLR plug

2 (hot)

3 (cold)

1 (ground)

Chapter 3. Audio connections and patching

Audio connections for a digital input/output unit

The DIO8 digital input/output unit can accommodate up to eight digital I/O cards or analog I/O cards, according to your system. The following diagrams show examples of connecting the DIO8 to digital recorders in ADAT, Tascam, and AES/EBU formats.

• Connecting an ADAT format digital device

I/O UNIT ID

DIO8 digital input/output unit

Digital-E/A-Platinen MY8-AT

DIGITAL OUTDIGITAL IN

ADAT

PORT B SELECTOR

5-8 1-4

POWER

ON/ OFF

OUTIN

DIGITAL I/O CARD

MODEL MY8-AT

• Connecting an AES/EBU format digital device

I/O UNIT ID

DIO8 digital input/output unit

Digital-E/A-Platinen MY8-AE

AES/EBU

DIGITAL I/O CARD

MODEL MY8-AE

PORT B SELECTOR

5-8 1-4

POWER ON/ OFF

• Connecting a Tascam format digital device

I/O UNIT ID

DIO8 digital input/output unit

Digital-E/A-Platinen MY8-TD

Interface (TDIF-1)

Tascam Digital Audio

WORD CLOCK OUT

WORDCLOCK IN

Tascam

DIGITAL I/O CARD

MODEL MY8-TD

8-TRACK DIGITAL

PORT B SELECTOR

5-8 1-4

POWER

ON/ OFF

DIGITAL I/O

AES/EBU IN

00.00.00.00

DAT

AES/EBU OUT

Digital audio workstation

• When connecting a digital device via a digital I/O

card installed in the DIO8, the PM1D system and the digital device must be synchronized to the same word clock. (If they are not synchronized, the input/ output signal of that device may be muted, or may produce click noise.)

• For details on the settings required to use a digital

device as a slave, refer to the manual for that device.

• When using an MY8-AT card to handle ADAT for-

mat signals, synchronization may tend to be lost easily, depending on the device that is connected. For more reliable synchronization, we recommend that the word clock for the combination of digital audio equipment you are using be taken from other than the ADAT format connector.

CS1D Operating Manual (Basic Operation)

Audio connections for the console

In the PM1D system, most of the signal processing is performed in the input/output units and in the engine, and the console simply controls their operation. However as exceptions, the CS1D also has the following input/output jacks.

• 2-TRACK IN DIGITAL AES/EBU jacks (1–6)

These are AES/EBU (XLR-3-31) jacks for inputting AES/EBU format digital sources from an external device such as a CD player or DAT recorder.

• 2-TRACK IN DIGITAL COAXIAL jacks (1–2 only)

These are coaxial (RCA phono) jacks for inputting consumer format (IEC60958) digital sources from an external device such as a CD player or DAT recorder.

• 2-TRACK IN ANALOG L/R jacks (1–2)

These are XLR-3-31 (balanced) input jacks for inputting stereo analog signals from an external device.

For 2-TRACK IN DIGITAL AES/EBU jacks 1/2 and 2-TRACK IN DIGITAL COAXIAL jacks 1/2, only one type of jack can be used simultaneously. The type of jack that will be used can be selected in the display (MON/CUE function 2TR IN screen).

• Audio connections for the console 1

STEREO OUT

DIGITAL

2-TRACK IN DIGITAL

• STEREO OUT DIGITAL AES/EBU jacks (A/B)

These are AES/EBU (XLR-3-32) jacks that digitally output the STEREO A/B channel signals in AES/EBU format.

• STEREO OUT DIGITAL COAXIAL jacks (A/B)

These are COAXIAL (RCA phono) jacks that digitally output the STEREO A/B channel signals in consumer format (IEC60958).

• MONITOR OUT ANALOG jacks (A/B)

These are XLR-3-32 (balanced) jacks that output the monitor A/B signals.

• CUE OUT ANALOG jacks (A/B)

These are XLR-3-32 (balanced) jacks that output the cue signals.

• Audio connections for the console 2

TALKBACK IN 2

MONITOR OUT

ANALOG

2-TRACK IN

ANALOG

AES

/EBU

COAXIAL

AES

/EBU

COAXIAL

00.00.00.00

DAT recorder

DAT

AES

/EBU

AES

/EBU

AES

/EBU

AES

/EBU

DIGITAL OUTDIGITAL IN

AES

/EBU

COAXIAL

AES

/EBU

COAXIAL

CUE OUT ANALOG

Monitor system

ANALOG OUT

CD player

Cue system

• TALKBACK IN 1 jack (top panel)

• TALKBACK IN 2 jack (rear panel)

These are XLR-3-31 (balanced) jacks for connecting talkback mics. These two jacks can be used simultaneously.

• Audio connections for the console 3

CS1D top panel

Talkback mic

Chapter 3. Audio connections and patching

TALKBACK IN 2

CS1D rear panel

CS1D Operating Manual (Basic Operation)

Patching

Simply connecting an external device to an input/output unit does not cause the signal to be input to (or output from) the engine. In order to transfer signals to and from the engine, you must assign (patch) each connector of the input/output unit to a channel of the PM1D system.

Hint

As exceptions, patching is not necessary for the output jacks of the CS1D console itself (the STEREO OUT DIGITAL AES/EBU, STEREO OUT DIGITAL COAXIAL, MONITOR OUT ANALOG, and CUE OUT ANALOG jacks).

Input channel patching

Here’s how to patch an input unit to an input channel, and assign a name.

[Procedure]

1. In the LCD FUNCTION ACCESS block, press the INPUT [PATCH] switch several times to access the following screen.

LCD FUNCTION ACCESS block

INPUT [PATCH] switch

This is the INPUT PATCH screen, in which you can patch the various input jacks and the return signals from the internal effects to the desired input channel (monaural/ stereo).

Yamaha Audio CS1D User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Information regarding PM1D System Software V1.41

Additions and changes to PM1D system software V1.25

Drag & drop effect data (EFFECT ASSIGN screen)

Recalling effect parameters (EFFECT ASSIGN screen)

Using the encoders to control effect parameters (EFFECT 1–EFFECT 8 screens)

Automatic GEQ insertion (GEQ PARAMETER screen)

Additional functions in GEQ ASSIGN 1-12 / 13-24 screens

Meter display in the IN HA/ INSERT function / OUT INSERT function

Additions and changes in the INPUT UNIT screen

Additions and changes in the OUTPUT UNIT screen

Additional master clocks available for selection (WORD CLOCK screen)

Changes in the main display

Changes in the CUE/SOLO screen

Changes in the FADE TIME screen

Changes in the RECALL SAFE screen

Input/output unit sharing

Specifying the Unique ID

Sharing an input/output unit between multiple engines (Standard mode)

Sharing an input/output unit between multiple engines (Mirror mode)

Owner’s Manual

Important

Read the following before operating the CS1D

Handling the included PM1D System Software disc

CS1D Exclusion of Certain Responsibility

About the LCD display

Cautions when handling the track pad

Contents

Introduction

About the “CS1D Operating Manual (Start-up)”

Printing conventions in “CS1D Operating Manual (Start-up)”

Introducing the various components

Terms used in the “CS1D Operating Manual (Start-up)”

Connections (Standard mode)

Connecting the console and engine (Standard mode)

Connecting a digital input/output unit to the engine (Standard mode)

Connections (Mirror mode)

Connecting the console and engines (Mirror mode)

Connecting an analog input/output unit to the engines (Mirror mode)

Connecting a digital input/output unit to the engines (Mirror mode)

Turning on the power and verifying the connections

Turning on the power

Checking the status of each device (Standard mode)

Checking the engine (Standard mode)

Checking the analog input unit (Standard mode)

Checking the analog output unit (Standard mode)

Digital input/output unit (Standard mode)

Checking the status of each device (Mirror mode)

Engines (Mirror mode)

Checking the analog input unit (Mirror mode)

Checking the analog output unit (Mirror mode)

Checking the digital input/output unit (Mirror mode)

Basic settings (Standard mode)

Selecting the operation mode (Standard mode)

Setting the word clock (Standard mode)

Basic settings (Mirror mode)

Selecting the operation mode (Mirror mode)

Setting the word clock (Mirror mode)

Checking the operation of input units

Preparations for checking

Connect the monitor system

Connect an input source

Patch the input unit to an input channel

Monitor the input signal

Checking the operation of an output unit

Preparations for checking

Connect the monitor system

Connect an input source

Patch the input unit to an input channel

Patch the STEREO A channel to an output unit

Send the input signals of input channels 1/2 to the STEREO bus

Turn off the power

Contents

Chapter 1. Introduction

About the “CS1D Operation Manual (Basic Operation)”

Printing conventions in the “CS1D Operation Manual (Basic Operation)”

Overview of the PM1D system