Originally posted by JinDesu Nikon's sample images were quite terrible - they shot a winter scene with branches at something like F16, and all the detail was blurred.
Here, Ricoh shot the green scene at F11, where I would have expected that diffraction blur must creep in at this resolution. So I do admire the JPEG processor, for its successful diffraction blur removal (assuming the image isn't a cheat alltogether)
But before we get too excited, let's keep in mind, that Ricoh uses perfect, flawless mint lenses for making the shots. But the lenses available for purchase always have a slight flaw, e.g. near to an edge or to a corner. Or lets call it a slight deviation from the lens blur metadata supplied to the JPEG processor. I'm afraid that the more sophisticated a deblurring algorithm is, the more it is vulnerable to such deviations, and may generate surprisingly strong artefacts as a result. So I hope the processor will be tolerant and will happily adapt to lenses with usual slight optical tolerances. Actually I almost doubt it, because this would require an ad-hoc analysis of the RAW image data, requiring a huge amount of processing power?
So before we know the JPEG processor's response to non-pefect average lenses (those available to us), I better shouldn't praise it too much...