Fujifilm FinePix X100 P10NC04120A Manual Do Utilizador

Códigos do produto
P10NC04120A
Página de 14
Just as your senses seek to capture the beauty,
the heart of the X100 collects every ray of light. 
Before customization
After customization
APS-C
CMOS Sensor
EXR
Processor
&
Sensor edge areas
Sensor center
Shading Effect
Sensor edge areas
Light
 quantity
After customization
Before customization
Sensor center
Photodiode
Microlens 
array
Light
Light
Light
Before
 customization
After
 customization
Sensor edge area
CPU
C
CP
PU
U
CPU
CPU
CPU
Processor
Processor
P
Reconfigurable
Accelerator
Vector Graphics
Accelerator
A
l
t
Vector Graphics
Vector Graphics
p
p
EXR Core
EXR Core
From Japan's leading Photo Film maker, A New Standard in Image Quality:
Custom CMOS Sensor and New EXR Processor
APS-C CMOS Sensor
The synergy of the APS-C CMOS Sensor and the new EXR Processor produces 
exceptional image quality every time you press the shutter. Featuring dual CPUs, EXR 
CORE and a Reconfigurable Processor,
1
 this next-generation processing engine elevates 
the performance of Fujifilm’s innovative EXR technology triplet: HR (High Resolution), 
DR (Wide Dynamic Range) and SN (High Sensitivity & Low Noise). While delivering the 
highest image quality ever produced by a FinePix camera, the EXR Processor also lets 
you enjoy a host of advanced functions such as HD Video and high-speed continuous 
shooting. The chip also integrates a new Vector Graphics Processor 
2
 that drives the 
improved image quality and readability of the new display screen (GUI).
NEW EXR Processor
Packing 12.3 million pixels, the large APS-C CMOS sensor 
debuts a new standard in high sensitivity/low noise performance 
and superior image quality, achieving about 10 times the 
sensitivity of any conventional FinePix compact to date. 
Image Sensor with Super Sensitivity
APS-C 12M CMOS Sensor
Using an ingenious approach to the drive and mechanics of 
the sensor, heat generated by the large-size sensor is 
effectively dissipated, preventing degradation of performance 
and image quality.
Thermal Management Design for a Cooler Sensor
By optimizing the arrangement of the microlens array for the special X100 lens, 
the angle of captured incident light from the lens is expanded, improving light 
collection all the way to the edge area of the image sensor. As a result, a 
sufficient quantity of light can be directed to the photodiodes for the production 
of exceptionally sharp and clear image quality even in the image edge areas. 
Customized to Maximize Lens Performance
Customization to 
improve reception of 
light in edge areas
Redefining High Resolution and High Sensitivity/Low Noise Performance
When lighting is bright and even, HR technology uses full resolution and the power of 
advanced signal processing to capture the finest detail. From the leaves of the trees to 
a wisp of hair in a portrait, every detail is captured with astonishing clarity and 
definition.
HR: High Resolution Technology
In high contrast scenes, DR technology prevents washed out highlights and shadow 
detail lost to blackness. When shooting portraits under strong sunlight or landscapes 
with a strong contrast between bright and dark areas, DR technology brings out the 
natural tonality in both highlights and shadow. 
DR: Wide Dynamic Range Technology
Even shooting at high sensitivity, the clarity is stunning with extremely low noise and 
minimal false color generation. Indoors and in other low-light scenes, SN technology 
captures the moment naturally and beautifully.
SN: High Sensitivity & Low Noise Technology
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Illustrations on this page are for illustrative purposes only.       Sample photos are simulated images.
1 Rewritable processor that can dynamically adapt itself to perform complex correction and processing.  
  2 Hardware for high-definition display of text and data.