Yamaha DSP5D Manual Do Utilizador

In this screen you can make settings for Waves Y96K plug-
in DSP cards installed in slots 1–4. For details on opera-
tion, refer to the Y96K operating manual.

Please note that Y96K cards will operate as follows.

• Settings will be stored/recalled as scene data, but the 

Undo function is not supported.

• If you power the PM5D off and then on again, the con-

ventional scene data will be in the state of when the 
power was turned off, but the Y96K will be in the state 
that was last stored or recalled.

• If you recall a scene that produces a major change in 

the Y96K’s settings, the Y96K’s settings will change sev-
eral seconds after recall occurs on the PM5D. If you 
want to match this timing, set the appropriate START 
OFFSET in the FADE TIME screen.

• Do not execute scene store or recall operations while 

the screen indicates that the Y96K is waiting to update. 
If you do so, the screen will become inoperable for up 
to 30 seconds.

• The Y96K’s settings will be saved in the PM5D when 

you store the scene. If in the past you had stored a 
scene with a Y96K installed, and you then once again 
store that scene without the Y96K installed, the previ-
ous Y96K settings will remain. If there is a scene for 
which a Y96K has never been installed, and you install 
a Y96K and then recall that scene, nothing will be 
reflected in the Y96K.

• In PREVIEW mode, the PLUG-IN screen will not show 

the state of the Y96K.

Here you can adjust the boost/cut for a 31-band graphic 
EQ or 8-band parametric EQ, specify the input/output 
patching, and assign a GEQ to faders.

A Module select

This selects the GEQ module to operate. To switch 
between modules, place the cursor here and turn the 
[DATA] encoder, or click the   /   buttons at left or 
right.

B LINK button

This button links adjacent odd-numbered 

→ even-

numbered graphic EQ modules. When you turn this 
button on, a window will appear, allowing you to select 
whether the parameters will be copied from one mod-
ule to the other, or whether both modules will be 
initialized.

1

5

6 7

2

4

3