nobby noname
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Ksanti said:My guess would either be prohibitive costs at DSLR sensor sizes, or patent wars over it. Not to mention a lot of strain on the processing units and memory storage in RAW.
It is perfectly possible to use the technology in todays DSLRs but they need to be high resolution bodies to start with like the 5D2 or D800 (much bigger pixels = much less need to downsample to eliminate noise)
What I'd be interested to see is new noise reduction algorithms based on this technology; if a noisy pixel can be identified in downsampling and ignored, it stands to reason it can be identified and corrected with something like a local level content aware fill.
Don't quite get why this would only suit high res bodies (seeing as they've just stuck it in a phone!) or am I missing the point? Couldn't this be used in say a crop sensor size to get good clear low noise output to good effect? It seems not to be more megapixels for the sake of it, but sort of using info from 7 fully functioning pixels to make one 'super' pixel, ie using the best info from 7 for that 1 and averaging out the rouge errors. Does look interesting idea if applied in a dslr format, IMHO.
Unfortunately, do agree 100% re patent wars. Not expecting nikcan to be using this any time soon (boo-hoo!)