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Nikon DSLR Cameras
General Digital SLR Cameras
Sensor, Lens, Aberration, and Diffraction
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<blockquote data-quote="crycocyon" data-source="post: 137681" data-attributes="member: 13076"><p>Diffraction limit starts to kick in around f/8-f/11 for the D800 and for the D3200 around f/5.6 given its even higher pixel density. So in the situations you describe you wouldn't hit the limit. Chromatic aberration is picked up more by the higher resolution sensors as it is simply resolved better as opposed to being a blurred edge. Apart from that, if you are not yet at the diffraction limit, then it will be simply a difference in pixel resolution/ISO performance/dynamic range that determines the difference in image quality.</p></blockquote><p></p>
[QUOTE="crycocyon, post: 137681, member: 13076"] Diffraction limit starts to kick in around f/8-f/11 for the D800 and for the D3200 around f/5.6 given its even higher pixel density. So in the situations you describe you wouldn't hit the limit. Chromatic aberration is picked up more by the higher resolution sensors as it is simply resolved better as opposed to being a blurred edge. Apart from that, if you are not yet at the diffraction limit, then it will be simply a difference in pixel resolution/ISO performance/dynamic range that determines the difference in image quality. [/QUOTE]
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Nikon DSLR Cameras
General Digital SLR Cameras
Sensor, Lens, Aberration, and Diffraction
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