Copyright
Figure
2:
M
that
ma
Eliminate
When
the
unlikely
to
delay
in
th
emanatin
into
the
ri
Figure
3:
G
The
video
signals
ma
mode.
Th
t
2011
Bit
Cau
Mitsubishi
3D
D
atch
the
timing
e
Ghosting
or
e
glasses
are
a
o
occur
when
he
system
ha
g
from
the
di
ight
eye
and
v
raphics
Card
wit
o
signal
is
dela
atch
again.
Th
e
chart
below
3D
to b
uldron
Corpor
DLP
TV
with
a
3D
described
here.
Fuzziness
attached
to
ce
n
the
Infra
‐
Re
s
occurred
be
splay.
This
de
vice
versa,
ca
th
Stereoscopic
may
need
ayed
by
the
m
his
is
the
func
w
is
a
timing
d
Video Frames from
Graphics Card
3D Emitter Signal
from Graphics Card
Video Frames are
delayed by monitor
D Emitter Signal needs
be delayed to match the
monitor delay
Figure
4:
The
ration
D
Emitter
port
in
The
emitter
wi
ertain
3D
syst
d
receiver
wa
etween
the
3
elay
between
ausing
a
ghost
connector
and
d
to
be
delayed
monitor,
so
de
ction
of
the
d
diagram
that
Frame
One
Left
High = Left
L
Left
High = Left
e
delay
compen
n
the
back
(left)
ll
work
out
‐
of
‐
th
tems,
some
g
as
used.
It
ma
D
Glasses
Em
display
and
g
t,
or
faint
dou
120
Hz
monitor
to
match
the
de
elay
must
be
elay
knob
in
t
says
in
chart
Frame
Two
Fr
T
Right
L
ow = Right
L
Right
Low = Right
nsated
for
by
the
and
alternating
he
box
for
this
c
ghosting
or
fu
ay
occur
in
so
mitter
port
and
glasses
cause
uble
image,
to
r
with
3
ms
dela
elay
of
the
mon
added
to
the
the
delay
con
form
the
sam
rame
Three
Frame
Four
eft
Right
Left
Right
Left
Rig
Left
Rig
e
Delay
tuning
c
g
frame
3D
imag
case
with
no
pe
uzziness
may
ome
compute
d
the
alternat
es
some
of
the
o
be
visible
o
ay.
In
this
case
th
nitor.
e
3D
emitter
s
ntrol
in
the
pe
me
thing
as
th
ght
ght
control.
Page
20
ge
in
the
front
(r
rformance
tunin
appear.
This
er
systems
wh
ting
frame
lig
e
left
image’s
n
the
display
he
stereoscopic
signal
so
that
erformance
t
hese
words.
0
of
28
right)
ng.
is
here
a
ght
s
light
.
signal
the
uning
