- 1 16-megapixel EXR-CMOS sensor
- 2 30x optical zoom lens
- 3 Raw and JPEG capture
Feature 116-megapixel EXR-CMOS sensor
An EXR CMOS sensor, developed exclusively by Fuji, captures 16-megapixel images that are rich in detail and tonal range and can be printed at large sizes or cropped without loosing quality.
16-megapixel EXR CMOS sensor for outstanding image quality
Take image quality to new levels: a new, Fujifilm-developed 16-megapixel EXR CMOS processor provides superb colour reproduction, sensitivity and dynamic range. And it’s super fast too!
1. EXR CMOS sensor 2. EXR processor 3. Fujinon lens
Learn more…
Discover the science behind the EXR CMOS sensor, and find out what it can do for your photography.
Three steps to better sensor design
Unique EXR pixel pattern
The pixels in a Fuji EXR sensor are rotated by 45˚ when compared to the Bayer pattern of a conventional digital camera. This increases horizontal and vertical resolution and enables the sensor to switch between modes to tackle different photographic situations.
High Resolution (16 Megapixels)
In good light, high-resolution mode uses all 16-million pixels used to capture a massive amount of detail from the scene. Colour reproduction is bright and tones are rendered accurately.
Wide Dynamic Range 1600%
Two images are captured simultaneously, with 50% of pixels exposing for highlights and 50% for shadows. These two exposures are combines to form an 8-megapixel image that retains extra detail in the light and dark areas of the picture.
High Sensitivity & Low Noise
By pairing pixels together, effectively doubling the size of each photosite, an EXR sensor can capture more light in dark conditions and produce an 8-megapixel image that is very low in noise.
Automatic sensor-mode switching
Fuji’s EXR technology may be advanced, but it’s also easy to use. In many of the HS20EXR's operating modes the most appropriate EXR sensor mode for the conditions is selected automatically, allowing you to concentrate on shooting. The more advanced user can take control of EXR-mode selection, deciding for themselves when to enhance low-light performance or broaden dynamic range.
The CMOS speed advantage
By the nature of their design, CMOS sensors are faster in operation than the equivalent CCD chip. For the FinePix HS20EXR this means information comes off the sensor and onto memory card more quickly, enabling faster continuous shooting and Full-HD video capture.
Back side electronic design
The delicate electronic circuitry in conventional sensors sits on the front of the chip, where it gets in the way of some of the light coming from the camera’s lens. By moving this to the back of the sensor (a so-called back-side illuminated design), more light hits the pixels, increasing sensitivity without compromising on image quality.
- 1. Light
- 2. High-speed-transfer circuit
- 3. Sensor surface
- Conventional CMOS
- BSI CMOS
EXR Processor
The CMOS sensor is only one half of the EXR story. A new EXR image processor takes data from the sensor and turns it into the bright beautiful images that will make you love the FinePix HS20EXR.
Functions like HD video, continuous shooting and scene recognition are made possible by a dual CPU and reconfigurable processor, which work alongside the core electronics. A new vector graphics chip delivers great-looking user menus and camera interface, making the HS20EXR a dream to use.
