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Crap, now I need a 50/1.2 and a 24/2![]()
Well you can always just buy a Noctilux or a 50/1.1 Voigtlander and put it on your NEX, instead. But both of those are actually larger than using the reducer, not to mention pricier.
Plus, you only get one focal length. If you get an SLR 50/1.2 and a plain (inexpensive) adapter, and a reducer, you end up with two focal length options.
Well you can always just buy a Noctilux or a 50/1.1 Voigtlander and put it on your NEX, instead. But both of those are actually larger than using the reducer, not to mention pricier.
Plus, you only get one focal length. If you get an SLR 50/1.2 and a plain (inexpensive) adapter, and a reducer, you end up with two focal length options.
The glamour in the real world ends up hitting cold hard facts.
24 Summilux on NEX, $6k. Equivalent FOV, 36mm. Equivalent DOF, f2.1. Equivalent max aperture, f/1.4.
35/1.4 C/Y on NEX, ~$1000. Equivalent FOV, 38mm. Equivalent DOF, f/1.5. Equivalent max aperture, f/1.0.
Very interesting. I assume that much will depend on the optical quality of the adapter, Hopefully, the adapter for m4/3 will be 0.5x. In that case, I look forward to using my OM WA lenses on m4/3. Does anybody know how the adapter will affect DOF? Will it be the same as if the lens were used on a 35mm camera?
Yes, DOF should be the same. DOF is determined by the geometry between the subject and the apparent aperture of the lens (meaning the image of the aperture when looking at the front of the lens).
This adapter essentially just takes what would have been the FF-sized image plane and shrinks it down to APS-C (or m4/3). Whatever was in focus will still be in focus, whatever was not will still not be in focus.
That is, if I understand it correctly. . .
Consider the Sigma 8-16 zoom made for APS-C. With 0.71x factor, on the m43rds, it becomes the widest ultrawide possible.
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