By applying DxO PureRAW algorithms to older RAW files, it’s possible to extract much more detail and execute better noise reduction than was ever possible at the time the photos were originally taken. Since those images were first processed using Adobe Camera RAW, technology has advanced considerably. One other major advantage Dxo PureRAW offers is the opportunity for photographers to revisit and redevelop the RAW image files in their archive. DxO PureRAW takes tasks like this in its stride thanks to DeepPRIME AI Processing. Sharpening a RAW file and removing noise artefacts without destroying soft focus and bokeh is a tall. These optical modules makes DxO PureRAW probably the best RAW image-processing software on the market. The resulting database is a catalog of how almost every bit of digital photographic kit ever made since 2003 behaves and includes up to 60,000 lens and camera combinations. Using precision measurements, DxO has mapped the defects created by all these different combinations of cameras and lenses. Since it was founded, back in 2003, DxO Labs has been measuring and calibrating hundreds of different digital cameras and lenses. The software strips out those defects and creates a clean image that’s ready for retouching and editing. Even the very best camera lenses on the market have shortcomings and DxO PureRAW knows what those shortcomings are thanks to the DxO database of camera and lens behaviours. Gentle transitions, such as bokeh, are also preserved so they look natural and are not over-processed.ĭxO software uses custom optical modules to automatically remove defects such as optical distortion, unwanted vignetting, chromatic aberration and lack of sharpness. The information in the RAW file is rendered accurately, especially low-light images, with digital noise being visibly reduced, while colors are preserved. With deep learning, DxO DeepPRIMEuses a holistic approach and combines the two steps into one process powered by AI.
With traditional RAW image converters, noise reduction and demosaicing are performed in two separate steps, with each stage introducing new defects that can degrade the quality of the other. taken with older digital cameras that often produced more sensor noise than todays high-resolution cameras Jean-Charles RIVAS The DeepPRIME algorithm in DxO PureRAW can remove noise with ease.
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