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Sony has quietly always been known for great color production from it's users. I knew of the common brands that Sony had the best colors to me and that was the direction I was going when I "needed" a DSLR to supplement the limitations of my M system.Sergio, that colour shows very nicely what these sony cameras do with good quality optics. Its rich, subtle, beautifully balanced and completely unlike what people ascribed to digital capture only a few years back. I noticed it right from the get-go with my A7 and A7R.
I had the same impression.The lens rendering seems also much more Leica,particularly pre ASPH, than Zeiss.Sergio, that colour shows very nicely what these sony cameras do with good quality optics. Its rich, subtle, beautifully balanced and completely unlike what people ascribed to digital capture only a few years back. I noticed it right from the get-go with my A7 and A7R.
That's right.The good part is that there are plenty of great 35mm lenses out there.
Honestly I just need the lens to be great at 16-25mm to hold me over on the 28/2and 21mm teleconverter. I have the 35/1.2 Nokton II which is great and Guy's old Sigma 35/1.4 in A-mount for AF duties.That's right.
I will use the lens on your next holiday (end of December) almost exclusively. After that, I will look which focal length i used how often.
Then I decide if I will buy a good Prime like a 24mm (Samyang) or 35mm (Voigtländer).
Actually, I prefer a 1.4 / 28mm. The Leica ruled out because of the price.
I have used an M8 for 7 years before I bought the Sony. With the same lenses I´m often happier than before.I had the same impression.The lens rendering seems also much more Leica,particularly pre ASPH, than Zeiss.
There's about 3-4mm clearance between the front of the glass and the level of the rim. Hoya HD filters work fine with no vignetting even at f22 and infinity focus. I don't know how thick the rim of the filter can be without a problem but I've noticed that the lens entrance pupil is someway into the lens barrel so the filter front rim may not be able to be much thicker than that of the Hoya's 4.3mm.I have a question. Does the front lens element protrude very far if at all? Just curious about how adaptable it is to use lens filters.
How's that lens working out in C1P8?I rented this lens and in hand right now. So far I like the size and weight very much. It handles nicely too. I only causally shot a few frames with it and looks pretty good so far. It looks like the wide end of it maybe the best part. That is highly unusually for a zoom as almost every zoom I have met has there troubles on the widest side. Will see how it goes for the week
Very tempting Kirk. But I'm starting to like this lens. Here is another one. Best sharpness I have gotten so far with this lens. I'm starting to think there is a bit of learning curve coaxing the max sharpness out of it.Impressive, Chris. Wanna trade it for a WATE?
Is that a correct statement?I did. Clearly, both are better, for color transparency, contrast, corner sharpness and, obviously they are 2,8. In particular, as you know having it, the 28 at F8 out resolves the sensor of the a7r on a large part of the image,and, at F8, generates moirè till extreme corners.(probably the sharpest 28 ever built)
But... quality advantage is less than one could think. The 16-35 considering also all other
advantages, is very near. As you do, I am also wandering..
Sergio
K-H, the reply to your question, to avoid to be generic, is neither simple nor short, and requires to cite Nyqvist's theorem, spatial frequency etc.Is that a correct statement?
I thought a better lens gives a better image on a given sensor.
And vice versa a better sensor gives a better image with a given lens.
So it's the combination that counts.
Therefore my question. TIA.
Sergio's info is correct as I see it, but as he also said, the difference may be getting pretty small with this lens.K-H, the reply to your question, to avoid to be generic, is neither simple nor short, and requires to cite Nyqvist's theorem, spatial frequency etc.
In practice, let's put the thing this way, if you agree.
A sensor has a resolution that is strictly related the number of pixels in a
defined surface, (pixel density). That resolution can be measured in Line pairs per mm, and in the case of a7r this value is approx. 100 for vertical and horizontal lines. (a little less for oblique)
If the lens has a resolution greater than 100, the part exceeding 100 cannot be
correctly recorded by the sensor, and creates aliasing, better known by photographer as moirè. everytime you see aliasing on a digital image, you know that the lens has more resolution than the sensor. When the sensor reaches its limit, it can no more cooperate with the lens to produce a better image.
I do this measurement with every new lens I get.
If you want, (I esitate to show resolution targets in this forum :sleep006
I can show how I proceed.
Sergio