Real Photo Technology Pro
Super CCD SR Pro
High Sensitivity ISO3200 & High S/N Ratio
The next evolutionary stage of advanced digital image processing technology
RP (REAL PHOTO) PROCESSOR Pro
Exhaustive Noise Reduction & Smoother Tonality
“Image Intelligence
™
” – the distillation of the vast image processing technology and know-how of FUJIFILM into a database for
application in diverse domains from the printing industry to the medical field. In the case of the FinePix S5 Pro, high-accuracy
face analysis and detection technology has been integrated in a custom IC chip that can analyze a captured image in an instant
and simultaneously detect up to 10 faces. It is a powerful new solution to meet the high quality demands of portrait photography.
“Face Detection Technology” based on FUJIFILM “Image Intelligence
™
”
R
S
pixel for high sensitivity
pixel for extended dynamic range
◎
Above images are simulated representations.
FUJIFILM’s long experience in film photography and cutting-edge digital image processing technology have crystallized in the ultimate image quality technology –
“Real Photo Technology Pro.” This fusion of our new Super CCD SR Pro and RP (Real Photo) Processor Pro realizes ultrahigh resolution with a superb S/N ratio,
wider dynamic range and rich tonality for performance and image quality beyond even the imagination of professionals.
Emulating the composition of negative film, the unique double-photodiode
matrix of Super CCD SR Pro consists of 6.17 million high-sensitivity S-pixels
with large light receptor area and 6.17 million R-pixels for wide dynamic range
with small light receptor area. The large 23.0mm
×
15.5mm CCD with its high
resolution canvas of 12.3 million effective pixels also achieves a dynamic range
of 400%, approaching that of negative film. Also its optimized optical low pass
filter enables high resolution while minimizing moiré. Achieving both high
resolution and high S/N ratio, it captures subjects in clear, exquisite detail.
The extended dynamic range setting can be precisely and
optimally set according to subject and scene conditions. In
addition to Auto for automatic range selection, there is a
Manual mode offering a selection of 6 steps: 100% (STD),
130%, 170%, 230% (W1), 300% and 400% (W2). Select
400% (W2) and get maximum performance of both “S” and
“R” pixels for an exposure level equivalent to +2EV and
capability to capture outstanding photos in high-contrast
scenes such as outdoors under clear skies.
FinePix S5 Pro fully supports Adobe RGB color space, the
choice and standard of graphics professionals and the printing
industry. The superior color gamut of Adobe RGB color space
fills the photographic expression needs of today’s professional.
This newly developed processor features the very latest in digital image
processing technology. Using “Double Noise Reduction” and a unique
advanced algorithm, RP Processor
Pro accurately identifies, separates
and thoroughly eliminates noise
only from the image data signal.
Even at the highest sensitivity
of ISO3200, the clarity is amazing.
T h e s o l i d b o d y h o l d s t h e s p i r i t
a n d l e g a c y o f o u r f i l m t e c h n o l o g y.
The professional desires nothing less than the ultimate photograph.
Built for the severe conditions of professional photography,
the solid body of the FinePix S5 Pro holds the legacy of FUJIFILM's film technology and know-how.
Newly developed “Real Photo Technology Pro” brings images to life with rich tonal expression,
defies convention with ultrahigh resolution and a high signal-to-noise ratio,
and impressive color reproduction. It empowers you with the unlimited potential to
translate a language of creative expression into outstanding photographs.
FinePix S5 Pro, the Digital SLR that embodies FUJIFILM’s passion for photography.
Freedom to customize
the extended dynamic range
Adobe RGB Color Space Support
0.2
0.4
0.6
0.8
0
0.2
0.4
0.6
0.8
Adobe RGB
sRGB
■
Adobe RGB Color Gamut
(chromaticity diagram)
■
Extended dynamic range image formation
Exposure Value
255
0
Digital
Value
255
0
+2EV
100
%（STD）
400
%（W2）
