X-Trans CMOS

Continuous Evolution on Resolution
and Color Reproduction

X-Trans CMOS *1 sensor developed by Fujifilm.
Nurtured the idea from film technology,
X-Trans controls moiré while achieving high resolution without the use of a low-pass filter.
Learn more about X-Trans

X-Trans is Fujifilm’s trademark or registered trademark.

X-TRANS CMOS 5 HS
X-TRANS CMOS 5 HS

The 5th generation Stacked
layer back illuminated
X-Trans CMOS sensor

Boasting a resolution of 26.16MP, the sensor uses a unique color filter array, synonymous to X-Trans CMOS sensors, to control moiré and false color without the use of an optical low-pass filter. Thanks to the sensor, X-H2S has dramatically improved performance, including 40fps blackout-free burst shooting and significantly better AF during burst shooting. As for video, X-H2S can record 4K/60P video without cropping and rolling-shutter effect is also greatly improved.

Stacked layer structure

By placing the chips that process and read out signals on the back of the sensor surface, the reading speed is more than 4 times faster than the previous model and more than 30 times faster than the first-generation model. By taking advantage of the fast read speed, it is possible to process the focusing signal while processing the image for display. The stacked layer CMOS sensor is superior in speed and mobility


About X-Trans CMOS

Moiré is controlled by a low-periodic color filter array
that replicates a highly random arrangement of silver
particles on the analog films and efficient color
interpolation from surrounding pixels.



POINT

Arrangement of all three RGB pixels on every single line

RGB is always placed on any horizontal or vertical line to correctly interpolate colors in high-frequency images



POINT

Arrangement of G pixel on all diagonal lines

G pixels are placed in all diagonal lines. It improves the accuracy of diagonal high-frequency image detection and color interpolation

About the Bayer filter array in
conventional cameras

High resolution by eliminating
an optical low-pass filter

Sample image

©Bin Zhang

©William Chua

©Patrick La Roque

©Supalerk Narubetkraisee

History of X-Trans CMOS

Fujifilm has been innovating sensors to achieve high image quality in digital photography since silver halide film.

1970-1990’s
Led the photographic industry with silver halide film

1999
Developed Super
CCD

2008
Developed Super
CCD EXR

2012
Developed X-Trans CMOS
based on film technology

2013
Developed X-Trans CMOS II
with phase detection pixel

2016
Developed 24.3MP X-Trans
CMOS III, achieving high speed
reading by copper process

2018
Developed back-illuminated
26.1MP X-Trans CMOS 4

2022
Developed Stacked layer back illuminated X-Trans CMOS 5 HS

2022
High-resolution 40MP X-Trans CMOS 5 HR in development