Brilliant
S ensor,
S upercharged
P rocessors
22.3
M egapixel
f ull-‐frame
C MOS
s ensor
The
E OS
5 D
M ark
I II
f eatures
a
n ewly
d eveloped
C anon
f ull-‐frame
2 2.3
M egapixel
C MOS
s ensor
t hat's
d esigned
f rom
t he
g round
u p
to
c reate
h igh
r esolution,
p erfectly
d etailed
i mages
w ith
u nprecedented
s peed
a nd
c larity.
A
f ull
2 4
x
3 6mm,
t he
s ensor
c aptures
5784
x
3 861
l arge
i ndividual
6 .25
µ m
p ixels
a nd
h as
a
m uch-‐improved
S /N
r atio
r esulting
i n
b etter
i mages
f rom
t he
s tart.
A
n ew
photodiode
s tructure
w ith
a n
i ncreased
p hotoelectric
c onversion
r ate
i ncreases
t he
s ensor's
s ensitivity
b y
a pproximately
2
s tops
over
p revious
m odels,
m eaning
h igher
I SOs
w ith
t he
l owest
n oise
o f
a ny
E OS
d igital
c amera.
A nd
a
2 -‐line
8 -‐channel
s imultaneous
signal
r eadout
m eans
s peeds
o f
u p
t o
6 .0
f ps
( RAW
+
J PEG)
a re
p ossible!
14-‐bit
A /D
c onversion,
w ide
r ange
I SO
s etting
1 00–25600
( L:
5 0,
H 1:
5 1200,
H 2:
1 02400)
The
E OS
5 D
M ark
I II
n ot
o nly
o ffers
1 4-‐bit
s ignal
p rocessing
f or
e xcellent
i mage
g radation,
i t
d elivers
h igher
s tandard
a nd
e xpanded
ISOs,
a nd
a
s core
o f
n ew
o ptions
t o
e nhance
s hooting
i n
v aried
a nd
f ast-‐changing
l ighting
s ituations.
W ith
a
s tandard
r ange
o f
I SO
100–25600,
t he
E OS
5 D
M ark
I II
r epresents
a
2 -‐stop
i ncrease
i n
s ensitivity
o ver
p revious
c ameras.
T hanks
t o
t he
i mproved
s ignal-‐to-‐
noise
r atio
o f
t he
n ew
s ensor
a nd
p owerful
n oise
r eduction,
t he
E OS
5 D
M ark
I II
c an
s hoot
a t
e xpanded
s ensitivities
d own
t o
I SO
5 0
(L)
a nd
u p
t o
5 1200
( H1),
a nd
e ven
1 02400
( H2)!
B eyond
t he
o bvious
a dvantages
o f
i ts
w ide
I SO
r ange,
t he
E OS
5 D
M ark
I II
h as
automatic
I SO
s ettings,
f ound
o n
t he
d edicated
I SO
m enu.
M inimum
a nd
m aximum
I SO
s ettings
c an
b e
s pecified,
a s
c an
a
u ser-‐
defined
r ange,
p lus
f ull
a uto
a nd
m anual.
DIGIC
5 +
I mage
P rocessor
f or
e nhanced
n oise
r eduction
a nd
b lazing
p rocessing
s peed
For
a
w hole
n ew
l evel
o f
p erformance,
t he
E OS
5 D
M ark
I II
u ses
a
D IGIC
5 +
I mage
P rocessor.
W orking
w ith
t wo
4 -‐channel
A /D
converter
f ront-‐end
p rocessing
c ircuits,
a nd
d elivering
s peeds
o f
u p
t o
6 .0
f ps
( RAW
+
J PEG),
a nd
t he
D IGIC
5 +
I mage
P rocessor
improves
d ata
p rocessing
p erformance
a nd
f eatures
n ew
a lgorithms
t hat
p romote
g reater
n oise
r eduction
a t
h igher
I SOs.
I n
a ddition
to
c onventional
i mage
p rocessing
f unctions
t he
D IGIC
5 +
I mage
P rocessor
o ffers
r eal-‐time
c ompensation
f or
c hromatic
a berration
i n
both
s till
a nd
m otion
i mages.
W ith
t he
p ower
o f
t his
p rocessor,
s peed
i mprovements
a re
n oticeable
f rom
t he
i nstant
t he
c amera
i s
turned
o n
a nd
t he
s tunning
r esults
s peak
f or
t hemselves.
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