FujiFilm X-E1 - Page 6

APS
-
C 16M
Electronic Viewf inder
9 10
P9-10(24P)
With approx. 2.36 M-dot of resolution and 100% coverage, the
X-E1 display panel provides incredible detail to perfectly frame
and focus your shots. The rich color expression of OLED
technology and high contrast ratio of 1:5000
*
reflect
exposure, white balance and film simulation settings with high
fidelity, letting you confirm changes in real time.
Equipped with a Large APS-C Sensor for the Highest Image Quality.
Achievement of Superb High Resolution, High Sensitivity & Impressive “Bokeh” Ef fect
Adopting an optical structure of two glass lenses and a
double aspherical lens, the viewfinder provides a
comfortable and natural view of the entire scene with a
horizontal apparent field of view of 25°. FUJIFILM’s optical
engineers have achieved a distortion-free view with
astounding edge-to-edge clarity and maintained an excellent
field of vision even if the photographer’s eye position shifts.
“Natural Look” Electronic Viewnder Debuts
e Fusion of FUJIFILM Optical Technology and a new 2.36 M-dot Organic EL Panel
2.36 M-dot Organic EL Panel
Horizontal apparent
field of view 25°
Narrow horizontal apparent
field of view 18°
[
Example
] [
X-E1
]
The X-E1's sensor adopts the same high-performance 16M
X-Trans CMOS found in the X Series flagship X-Pro1 model.
Featuring an originally developed color filter array with a
highly random pixel arrangement, its X-Trans CMOS sensor
eliminates the need for an optical low-pass filter, which is
used in conventional systems to inhibit moiré at the expense
of resolution. The innovative array lets the X-Trans CMOS
sensor capture unfiltered light from the lens and produce
unprecedented resolution. The unique random arrangement of
the color filter array is also highly effective in enhancing noise
separation in high-sensitivity photography. Another advantage
of the large APS-C sensor is the ability to create a beautiful
“bokeh”effect– the aesthetic out-of-focus effect created when
shooting with a shallow depth of field.
Vertical axis: MTF
(Modulation Transfer Function/Resolution Index)
Resolution Comparison
Cycles per Pixel
(Spatial Frequency)
Increased
Resolution
1
00.5
Vertical axis:S/N (dB)
:No optical low-pass filter (X-Trans CMOS) : Lens with optical low-pass filter (conventional sensor)
ISO
30
40
1600
3200 6400 12800 25600
High Sensitivity Performance Comparison
Improved
S/N ratio
*
Depending on the shooting conditions.
Conventional Array
New Filter Array
Repeating pattern in the case of an
array of 2 x 2 pixel units.
Higher degree of randomness with an
array of 6 x 6 pixel units.