vote for this feature to be natively supported in browsers
JPEG XL was written in C++ in a completely different part of Google without any of the safe vanity wuffs style code, and the Chrome team probably had its share of trouble with half baked compression formats (webp)
Any decade now, any decade...
IF Philips is going to stick to the DICOM format, and not add lots of proprietary stuff, _and_ it's the format that it uses internally, then this will be good.
For example, folks can check out OpenSlide (https://openslide.org) and have a look at all the different slide formats that exist. If you dig in to Philips' entry, you'll see that OpenSlide does not support Philips' non-TIFF format (iSyntax), and that the TIFF format is an "export format".
If you have a Philips microscope that uses iSyntax, you are very limited on what non-Philips software you can use. If you want files in TIFF format, you (the lab tech) have to take an action to export a side in TIFF. It can take up a fair amount of lab tech time.
Ideally, the microscope should immediately store the images in an open format, with metadata that workflow software can use to check if a scanning run is complete. I _hope_ that will be able to happen here!
Worse, you have to do it manually one by one in their interface, it takes like 30 minutes per slide and you only have like 20 minutes after it's done to pick it up and save it somewhere useful otherwise the temporary file gets lost.
DICOM is of course the way to go, but it does have its rough edges - stupid multiple files, sparse shit, concatenated levels and now Philips is the only vendor who makes JPEG XL (next to jpeg, jp2k and jpeg xr).
We learnt to live with iSyntax (and iSyntax2), if you can get access to them that is. In most deployments the whole system is a closed appliance and you have no access to the filesystem to get the damn files out.
formerly_proven•1h ago