Patrick schreef:Lijkt gewoon hetzelfde ding (met kleine veranderingen) als de DSLR versie, maar dan met de adapter eraan vast. Duidelijk geen geheel nieuw ontwerp!
Het innerlijk van beide objectieven verschilt aanmerkelijk, en daar draait het toch om bij objectieven
Ik hoop en vermoed dat Nikon alles uit de kast heeft getrokken voor dit belangrijke objectief in de Z-lijn.
Met excuses voor het verschil in grootte van de afbeeldingen.
70-200mm f2.8 (versie 2)

70-200mm f2.8 Z

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https://www.advancecamera.com/2020/01/nikon-nikkor-z-70-200-f2-8-vr-s/The NIKKOR Z 70-200mm f/2.8 VR S demonstrates the technological benefits of the Nikon Z mount to reinvent a classic lens, while including new features to make this photographer favorite even more superior for Z series users. Parfocal support maintains focus when zooming, while a reduced minimum focus distance (0.5m wide, 1.0m telephoto) vastly increases versatility for photos and video. When used in combination with the in-body stabilization of the Nikon Z 6 and Z 7, the NIKKOR Z 70-200mm f/2.8 promises unparalleled stability with additional optical stabilization. Like other S line lenses, the NIKKOR Z 70-200mm f/2.8 boasts a premium optical design complete with a 9-blade diaphragm as well as Anti-Reflective Nano Crystal and ARNEO coatings for maximum image quality in any light, with a Fluorine coating that resists dirt and smudges. In addition to a rugged weather sealed design the lens is ready to tackle any assignment with a dedicated Info Panel, two customizable Function buttons and an additional custom control ring.
The new NIKKOR Z 70-200mm f/2.8 VR S and AF-S NIKKOR 120-300mm f/2.8E FL ED SR VR are the first Nikon lenses to feature the newly developed SR (Short-Wavelength Refractive) lens element, a specialized-dispersion glass lens featuring characteristics that greatly refract light with wavelengths shorter than that of blue. By controlling short-wavelength light that is difficult to compensate, the lens can more effectively collect light of various specific wavelengths and achieve highly precise chromatic aberration compensation.