Comparison images from the 38V, 45P, 55V and 65 2.8 are uploaded. I only uploaded the set from F4 and F8. The focus point is the bottom 25% of the frame from center. There is a zip file if that works if better for you and the corresponding jpegs are included in each sub folder. Hopefully you can tell where the issues are, it's super obvious, especially in the case that the 45P wide open crushes the 55V at even F8.
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Thanks for these images but I am a little confused as to what you were focussing "on" -- or more precisely what focus distance your lenses were set to. AND how this impacted these images.
Looking at the images in both RAW digger (to see what EXIF data is easy to see) and then when I process the 3FR files for f/8 in DxO Pure Raw 3 the focus distance appears (see below). In no case is this the focus you used same as the hyperfocal distance (HFD) for this lens, aperture and sensor - also shown below the focus setting appears to have been significantly nearer. As a result the far elements of all images are soft for the 55 and 65 AND I would say that given how close you were focusing there are issues with the other 2 as well. The Hyperfocal distance shown in [] comes from RAW digger and the other distances from DOFSimulater.net for a GFX100 (which has the same circle of confussion as an X2D
0.0369mm).
Focus distance Hyperfocal distance and min distance to reasonable focus
FAR distance Simulated optimal aperture
38V 1.81m [ 4.58m] 4.90m with min >2.45m far ∞ optimal f/10.4
45P 2.14m [ 6.55m] 6.87m with min >3.43m far ∞ optimal f/12.3
55V 2.62m [ 9.84m] 10.26m with min >5.13m far <320m optimal f/15.1
65 3.10m [13.79m] 14.33m with min >7.16m far <33m optimal f/17.8
Note -- it is quite possible DxO PR3 has wrongly interpreted the subject distance -- but it has worked for me in the past.
Had you chosen f/11 or f/16 then the HFD for the 38mm would have reduced to 3.56m(>1.78m) and 2.45m (>1.22m) then front to back and edge to edge would have almost all have been in focus.
I cannot draw any conclusions from these test shots at all - other than nice view.
If you look at Jim K's tests and comparisons of the X2D-100C 38V and he has performed many - you will see he shows there is:
Light fall off -- "The XCD 38 has substantially more light falloff than the GF 45"
SEE
Field Flatness - "It’s hard to see because of the falloff in sharpness of the XCD 38 wide open off axis, but it appears that the focal plane of the 38 is pretty darned flat.
SEE
Foliage and edge crops - "Overall, the only important differences are in the f/2.8 shots, where the XCD falls short of the GF lens.
Based on the price of the XCD lens, I am disappointed."
SEE "
Jims comparison with the Leica M is also illuminating
SEE
There are many other tests as well - not yet of the 55V and we cannot see his testa of the 90V either.
Owning a X2D-100C and the 28P, 38V and 55V; waiting patiently for 90V (and also owning a bunch of XCD and HC/HCD lenses and adapters/tools) - my conclusion about these new lenses is the same as
Daran Wu - where in relation to the 55V he states: "I think the new Hasselblad lenses are designed to make sacrifices in optics in order to be more lightweight and have a large aperture. If we want to make real physical improvements, the size and weight of the lenses would likely increase significantly."
It seems to me that H has made design choices to balance size, weight, cost and optical performance and their choices work for me -- they may not work as well for others.
Its your work - make your artistic choices and choose the gear that works best OR buy some gear and work out the artistic choices that can be best served when using it.
Some artistic choices require very expensive gear and potentially different systems to realise other choices do not.
The Phase One XT, IQ4 150 (A or C) and both the Rodenstock HR 23mm f/5.6 AND
Rodenstock HR 32mm f/4 Tilt lenses keep coming to mind for some reason. It is not like we cannot use other XCD or adapt other lenses to the X2D.