![background image](http://html1.mh-extra.com/html/kensington/sd4500/sd4500_faq_664227005.webp)
A DIVISION OF ACCO BRANDS CORPORATION
Q:
What
is
the
Power
Delivery
(PD)
capability
of
SD4600P?
A:
The
SD4600P
supports
up
to
60
watts
(Profile
4)
of
charging.
Power
requirements
differ
based
on
the
manufacturer
and
model
of
the
USB
‐
C
device.
Check
with
your
manufacturer
to
find
your
host
device’s
power
needs.
Please
note:
In
some
instances,
when
the
other
USB
ports
on
the
dock
are
connected,
the
PD
to
your
laptop/tablet
may
be
reduced
to
36W.
This
will
still
be
sufficient,
in
most
cases,
to
keep
the
PC
running
without
draining
the
charge
on
the
battery.
Q:
How
many
monitors
can
the
SD4500
and
SD4600P
docks
support,
and
what
is
the
maximum
resolution?
A:
Up
to
two
monitors
on
Windows
devices.
The
Windows
laptop/tablet
must
support
DisplayPort
v1.2
(DP)
or
above
with
compatible
and
updated
graphic
cards.
To
ensure
that
your
video
will
be
optimal,
please
ensure
that
your
graphics
card
driver,
typically
from
Intel
or
AMD,
is
up
to
date.
If
you
are
having
video
issues,
it
typically
can
be
resolved
by
downloading
the
latest
graphics
driver
update
from
your
device
manufacturer.
Please
review
the
manufacturers’
manual/website
or
contact
the
manufacturer
if
you
are
unsure
of
the
version
of
DP.
When
running
dual
screens,
the
resolution
supported
for
each
of
the
monitors
is
4096x2160
@
30Hz
(4K
resolution).
For
single
display,
the
docks
support
4096x2160
@
60Hz
(4K
resolution).
For
Mac
and
Chrome
systems,
they
do
not
support
dual
monitors
in
extend
mode.
These
PCs
only
support
one
extended
monitor,
but
a
second
monitor
can
be
used
to
mirror
your
laptop
screen.
Please
note:
When
connecting
the
video
cables,
it
must
be
a
direct
HDMI
‐
to
‐
HDMI
connection
or
DisplayPort
‐
to
‐
DisplayPort
connection.
Using
a
passive
adapter
to
connect
to
a
DVI
or
VGA
port
will
not
allow
the
video
signals
to
pass
through
properly
and
no
video
will
be
shown
on
your
monitor.
Also
of
note:
When
displaying
on
a
4K
monitor,
you
may
experience
a
decrease
in
data
and
Ethernet
performance
due
to
bandwidth
prioritization
limits.