Απάντηση: Τεχνολογικά νέα, καινοτομίες στις.... Nikon!
Συνέντευξη "ποταμός" στελεχών της Nikon στο dpreview:
https://www.dpreview.com/interviews...e-viewfinder-should-be-as-natural-as-possible
Μεταξύ άλλων αναφέρονται στο μέλλον των DSLR, όπου λένε ότι πιστεύουν πως κάποιοι θα εξακολουθήσουν να προτιμούν τα πλεονεκτήματα της αμεσότητας των οπτικών οφθαλμοσκοπίων σε σχέση με τα EVF (δεν μας λέει βέβαια τι θα γίνει όταν οι "δεινόσαυροι" - κι εγώ ανάμεσά τους - εκλείψουν :bigcry:

).
Πολύ ενδιαφέρον και το κομμάτι που αναφέρεται στην πιθανότητα να αναπτύξουν και APS-C mirroless σύστημα - αν διακρίνω καλά "ανάμεσα στις γραμμές" είναι σιγουράκι (copy/paste from dpreview):
"Q: Do you think the Z mount will eventually be an APS-C platform, as well as full-frame?
A: I cannot disclose our plans but for today I can say that since we launched the Z series, our DX format DSLR users have been asking us to apply mirrorless technology to the DX format as well. If we employ APS-C sensors [in mirrorless] maybe the system can be made even smaller. So as we go along, we’ll listen to the voices of our customers.
Q: We understand some of the benefits of a short flange back and wide diameter mount, are there any disadvantages?
A: In comparison to F mount, [when designing lenses for Z] we can really guide the light, even right to the edges of the frame. This gives uniformly high image quality across the whole image area. The camera can also be thinner.
There’s no particular challenge or shortcoming in this kind of design, except that the mount diameter determines the camera’s size. You can’t make the camera any smaller [than the height defined by the diameter of the mount].
Q: Does a shorter flange back distance make the mount and lens alignment tolerances more critical? Is it harder to correct for reflections and ghosting?
A: Generally speaking, when it comes to alignment, no. But there is more risk of sensor damage in [such a design, with a rear lens group very close to the imaging plane ] if the camera is dropped. So we needed to create a system to [absorb shock] in this instance. When it comes to ghosting, it is more critical, so we have to really reduce reflections. Only by doing this were we able to [make the design of the Z mount practical].
Q: Is there a software component to that, or are you achieving the reduced reflections entirely optically and via coatings?
A: No software is involved. "
Πολύ ακριβείς απαντήσεις για κάποιους που "απλά το σκέφτονται και ακούνε τους πελάτες τους" :chinscratch: