Sony A7R III Pixel Shift: How Distortion Correction Affects Micro Contrast and Sharpness with Sony 24-105/4G OSS @ 24mm
2018-01-28 • SEND FEEDBACK | 
Related: digital sensor, distortion, distortion correction, optics, pixel shift, Sony, Sony A7R, Sony A7R II, Sony A7R III, Sony FE, Sony FE 24-105mm f/4, Sony Lenses, Sony mirrorless, Sony Pixel Shift, true-color sensor or image
Related: digital sensor, distortion, distortion correction, optics, pixel shift, Sony, Sony A7R, Sony A7R II, Sony A7R III, Sony FE, Sony FE 24-105mm f/4, Sony Lenses, Sony mirrorless, Sony Pixel Shift, true-color sensor or image
See my Sony wish list and get Sony A7R III and Zeiss Loxia at B&H Photo.
This analysis looks at the Sony 24-105mm f/4 G OSS @ 24mm on the Sony A7R III in pixel shift mode, and how much correcting for distortion degrades sharpness and micro contrast.
Lenses offering even higher performance will suffer relatively more than what is shown here (for a similar level of distortion correction). And that lenses needing less correction will suffer less. And that lower-grade lenses will degrade less. But all will suffer in some area of the frame when distortion is corrected, pixel shift or no pixel shift.
Includes images at f/8 up to full camera resolution, with commentary and crops, including A/B toggles for all.
f8 @ 1/20 sec pixel shift, ISO 100; 2018-01-20 08:52:12
Sony A7R III + Sony FE 24-105mm f/4 @ 24mm
Sony A7R III + Sony FE 24-105mm f/4 @ 24mm
[low-res image for bot]
