Fix artifacts, restore dynamic range, and recover detail JPEG to RAW AI is highly effective at removing compression artifacts and recovering color detail. Prevent banding, remove compression artifacts, recover detail, and enhance dynamic range. Use machine learning to convert JPEG to high-quality RAW for better editing. I just learned about this "does it it really work" convertor I'm interested in comments, good and bad, from users.Visit us at: Edit JPEG as if you shot it in RAW. I shoot only RAW with my Nikon D3, and do all my post in Lightroom. I've learned a lot about the DEVELOP module and all the different ways to process a RAW photo. I also have a lot of JPGs from a family member's (or my own) iPhone. The idea that I can convert these JPGs into DNG files so i can use all the tools in Lightroom is very attractive, if it really improves the end result. I do have JPEG to RAW and use it on occasions yet the title of the software is extremely misleading and so are the examples of before and after (in my opinion)īefore getting in to that you can already process JPEGs in Lightroom so not sure what operations you want in Lightroom that are missing. it does not create a true raw file which needs to be demosaiced.ĭoes not give you more dynamic range (that is baked into the image) does not increase actual bit depth (yes it converts to 16 bits) Here is what the software does not do based on my understanding If using PS, you also have the Camera Raw Filter which has the same functions. It prepares you for less degradation if you are going to do post processing of the JPEG (don't get too excited though) It can convert the JPEG ot 16 bit depth, in a wider color space (ProPhoto RGB), and save in TIFF format. besides putting it in 16 bit, a wider color space, it also does its best to remove embedded JPEG artifacts. Most of the compression is done in the color components (and less so in the luminosity components). It noticeably reduces the color compression artifacts that can raise there head if you are doing post processing that involves color modifications of any sort. So I put this result in terms of helpful yet mostly helpful for JPEGs that had high compression. High quality JPEGs would not benefit as much. Nos as an aside, JPEG to RAW also does some sharpening and tone adjustments which can on average make the image more pleasant to look at yet has nothing to do with converting from JPEG to RAW. So my summary is that if you are going to do significant post processing in manipulating color of some quite compressed JPEGS, you will see a benefit over other post processing options. Other then that, the benefits can be done with other software. I got the software when upgrading as a package deal so did not have to pay extra for the software. Hope that helps and let me know if you need more specifics I doubt I would pay for it as a standalone product. I get a lot of family photos via iCloud, which drastically compresses iPhone and iPad photos. That is obvious when I try even simple edits in Lightroom. I have tried in vain to see if there is some way that I can get downloads from iCloud at full file size. To me, converting JPEG to raw makes as much sense as trying to unscramble an egg. When a JPEG is created a good deal of the original data from the sensor is discarded, and no amount of chicanery will get it back. I very occasionally resort to opening an old JPEG in Adobe Camera Raw to use its features, but it's clear that there's less scope to do many things, such as lift shadows or tame highlights.Īs others have noted, the JPEG > RAW functionality seems to have migrated into Gigapixel. But the claimed functions survive, notably the ability to change a photo from 8bit to 16bit. It's still unclear to me what this conversion achieves or how it does so - in objectively measurable terms at least. Presumably there has to be an increase in data content in converting from an 8bit to a 16bit file. Ideally, the Gigapixel AI would be clever enough to create graded colour and tone data that accurately guesses the values of such data that were eliminated in a typical conversion in-camera of the camera's sensor data into an 8bit jpeg. Hard to do but theoretically possible with an AI-style approach. perhaps.Ī similar process occurs to create more data when images are resized upwards - with more or less "accuracy". (Gigapixel AI is claimed to be much cleverer than the standard Photoshop "resize image" algorithms, for example). New data is guessed-at and inserted to increase resolution.
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