4
2.2
Connecting
to
the
SCS.1d
to
the
SCS.1m
All
of
the
SCS.1
controllers
have
two
FireWire
ports
on
them,
so
devices
can
be
chained
together
if
needed.
So
when
connecting
a
single
SCS.1d
to
the
SCS.1m,
you
would
go
from
the
unused
FireWire
port
on
the
SCS.1m
(Figure
2.4),
(the
other
port
is
connected
to
your
computer)
to
an
open
port
on
the
SCS.1d.
(Figure
2.5)
Figure
2.4
Figure
2.5
Likewise,
if
you’re
connecting
two
SCS.1d’s
to
a
SCS.1m,
then
you
would
go
from
the
free
FireWire
port
on
the
first
SCS.1d
to
a
port
on
the
second.
Any
other
FireWire
devices
should
go
at
the
end
of
the
chain
and
not
before
any
of
the
SCS.1
controllers.
Let’s
take
a
look
of
the
SCS.1d
Setups.
2.3
SCS.1d
Setups
The
following
configurations
can
be
used
for
the
SCS.1d
for
typical
use
cases:
SCS.1m
+
SCS.1d
This
mixer
‐
and
‐
deck
configuration
can
be
used
to
emulate
a
dual
‐
deck
setup
by
using
virtual
decks
for
controlling
transport,
loop,
and
effects,
while
using
the
mixer
to
blend
and
EQ
songs
and
sounds.
This
system
is
the
perfect
entry
into
the
world
of
professional
SC
System
laptop
mixing.
(Figure
2.7)
Figure
2.7
Dual
SCS.1d
+
SCS.1m
This
setup
recreates
the
“traditional”
DJ
system,
allowing
users
to
have
two
physical
decks,
each
representing
an
on
‐
screen
deck
(which
can
easily
be
toggled
to
four
decks
by
using
virtual
decks).
The
mixer
is
used
for
blending,
channel
EQ,
etc,
in
a
traditional
manner.
This
setup
is
tailored
towards
professional
DJs
wanting
to
replace
their
existing
setup
with
an
SC
System
controller
‐
based
solution.
(Figure
2.8)
Figure
2.8
Single
/
Dual
SCS.1d
+
traditional
DJ
mixer
The
SCS.1d(s)
can
be
used
with
an
existing
sound
card
to
send
audio
outputs
from
DJ
software
into
an
existing
analog
DJ
mixer.
This
allows
users
to
incorporate
SC
System
decks
into
their
system
while
using
their
favorite
traditional
DJ
mixer
(Figure
2.9).
Figure
2.9
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