HYBRID
ANALOG/DIGITAL MIXER
GLOBAL
SETUP
ANTI-FEED
OVERVIEW
ANALYZER
SELECT
TAP
RESET
: REV HALL
P01 -02
: REV ROOM
P03-04
: REV VOCAL
P05-06
: REV STAGE
P07-08
: REV PLATE
P09- 10
: REV SPRING
P 1 1 - 1 2
: DELAY
P13-16
: MOD FX
P17-20
: TEST SOUND
P21-24
MULTIBAND DIGITAL PARAGRAPHIC EQ
DYNAMICS
FEEDBACK
EQUALIZER
DFX
INFO VIEW
AUX
2
1
MAIN
L/R
AUX
2
AUX
1
MENU
EXIT
DYNA
U
AMICS
MU
AMICS
A
LT
L IBA
DI
AND D
L
IGITA
R
L PAR
A
AGRA
E
E
PHIC
E
LIZER
EQ
QUAL
SEL
ON
MAIN
L/R
AUX
52
The recalled equalizer settings
are applied to the currently
selected bus.
Feedback Suppressor:
Seting routing o ptions.
The Feedback Suppressor is
an automatic notch filter that
self-analyzed for feedbac and
then places a very narrow notch
filter in the offending band to
reduce feedback. parameter set-
tings. It just works.
Some "feedback suppressors",
create digital noise as they oper-
ate, ruining the whole concept
of natural feedback suppression,
KORG has gone far beyond our
competitors to create an actual
feedback natural suppressor.
What you CAN control is what
the Feedback Suppressor acts
upon: Main L/R, AUX 1 or AUX 2
(or all three at once).
Applying the Feedback Sup-
pressor on the Main L/R makes
perfect sense to reduce unex-
pected feedback from mic posi-
tion, or not-so-exact initial level
setting.
If you are using Aux 1 and Aux
2 for monitor feeds, we recom-
mend that Feedback Suppression
should be always left on. Focused
into a floor wedge or in-ear sys-
tem, intense feedback can con-
tribute to deafness.
Depending on the
acoustic environment,
the response might be
slower, or suppression
might not be complete. In
this case, you can use the
NARROW BAND equalizer
in conjunction with this
to effectively suppress
feedback .
.
In the
FEEDBACK
section,
press the
ANTI-FEED
button.
Each time you press the
button, the feedback sup-
pressor alternately turns
"ON" (enabled) or "OFF"
(disabled).
When you turn it "OFF"
(disabled), the suppression filter
is reset.
Digital Controls
Feedback Suppressor
Hook
-up
/Back panel
Analog C
ontr
ols
Digital C
ontr
ols