Chromatic AberrationAWP

The phenomenon of chromatic aberration occurs when the lens is unable to converge all the colors upon the same point. Chromatic aberration appears as red or purple fringing and is especially visible in areas of high contrast.

Chromatic aberrationcauses

The second type of chromatic aberration is called longitudinal — or axial — aberration. 
This is when the different wavelengths of light are focused at points in front or behind
 the surface of the camera sensor.

The resulting measurement makes it possible to establish a maximum chromatic aberration value on a precise scale. When the value is under 0.03 mm, it is not perceptible. Between 0.03 and 0.06 mm, it is visible.
 When the value is over 0.07 mm, it becomes problematic.

Chromatic aberrationin lenses

Most lenses do a pretty good job of bringing the different colors together at roughly the same point,
 but sometimes, especially towards the edges of an image where there are strong transitions between
light and dark, chromatic aberration can appear as red or purple fringing.

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Chromatic aberrationin games

Because chromatic aberration varies according to the focal length and distance, DxO algorithms factor
in these two key parameters to correct chromatic aberration in RAW and JPEG images more effectively.
 As a result, the software removes colored outlines without degrading a photo’s color and detail.

Chromatic aberrationon or off

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There are two types of chromatic aberration. The first is lateral — or transverse —
chromatic aberration. This occurs when different wavelengths of light are dispersed
across the surface of a camera’s imaging sensor.

Chromatic aberrationPhotoshop

Chromatic Aberrationcs2

To assess the lateral chromatic aberration of a lens, images of a dot chart are taken with different focal lengths and distances. At different points in the field, DxO’s engineers calculate the maximum pixel distance between the different color components (red, green, and blue) of the same dot.

Unsightly fringing can spoil fine detail in an image,
but clumsy corrections can be too heavy-handed. 
DxO’s meticulous corrections ensure that images are corrected without any unwanted consequences.

The amount of chromatic aberration in a photo depends on the type of lens used as well as other parameters: aperture value, focal length, and focal distance.

DxO algorithms correct chromatic aberration by aligning the geometric position 
of each color in the scene being photographed.

White light is made up of a full spectrum of colors, as observed in rainbows or when light is split
 through a prism. Each different color has a different wavelength and is refracted at a slightly different angle.

DxO algorithms correct chromatic aberrations by removing colored outlines without degrading the photo’s color and details.