In the technical details, all focal lengths are given in 35mm (full frame) equivalents.

Note that the first two examples were taken with a sensor that has a crop factor of 1.5 You may download the raw files used on this page by clicking on the overall view of each photo (the one with the color rectangle). You can easily make your own comparisons if you do not have DxO PhotoLab 6, you can download a fully functional 30-day trial version from DxO's web site. These areas all have the same pixel dimensions (750x500), but since the sensor sizes of the cameras used are not the same, the rectangle occupies a different percentage of the image. The overall image shows a color rectangle that identifies the area usedįor 100% crop comparisons. The resulting images were then imported into Photoshop from where the 100% crop areas were taken and exported as JPG files. Three additional exports were made after changing the noise reduction to Prime, DeepPRIME,Īnd finally DeepPRIME XD.

The resulting image was then exported as a 16-bit TIFF file. Such as lighting, lens sharpness, HQ -level noise reduction, and others. This enables several image correction parameters, I proceeded a little differently this time: I opened each raw file in PhotoLab 6, and rather than turning off all corrections, I used the DxO standard preset. It seemed only natural to take a look and see how DeepPRIME had evolved. In the fall of 2022, DxO released PhotoLab 6 with an updated version of DeepPRIME called DeepPRIME XD The feature was incorporated into DxO's flagship product PhotoLab 4. Raw conversion and noise reduction into a single step. In January of 2021, I published a page showing the benefits of DxO's DeepPRIME technology that combines The Kiechle Family / Photography / DxO PhotoLab 6 Deep PrimeXD PhotoLab 6 and DeepPRIME XD

Deepprime dxo