We're more likely to see a "full frame" M43-style system with electronic contacts and AF lenses than we are to see the same thing with a finicky expensive RF/VF and cammed manual-focus lenses.
Now if someone could manage to put both of those together...
My main objection to DSLR is not price, buttons, FF or APS, just BULK.
I am a life-long heavy metal Nikon user. I am used to weight. My renewed interest in RF [in the form of an ZM mated only to a CV 40/1.4] is just that...reducing bulk.
The R-D1 had also sparked my fantasy in DRF. The M8/9/10... came after.
For reducing bulk, an M4/3 with a good EVF will do that trick. I am not hung up on FF or any frame. In the digital world, size is measured by [square] pixels, just like real estate in square footage.
[Of course pixel sizes get smaller by the day...
and I am not talking about digicams, from the now ancient 12 micron used in the Contax N, to Kodak's 9 then 6.8 then 6 micron sizes, to whatever Dalsa's current equivalent. Fitting pixels into the 645 format was the race...now reaching 60Mp.]
Recently, I was in Tokyo and had the opportunity of viewing through a GH-1, a GF-1 and an EP-1 (optical finder) one after another. I must say the EP-1 optical is still the best, but the GH-1 is not far behind, and the GF-1 is not acceptable. The GH-1 has a 1.4Mp EVF (800 x 600 x RGB).
While the EP-1 optical finder is best, but manual focusing through it is impossble. However, the GH-1 can handle manual focusing-by-wire adequately. [Meaning no cam, no RF, no adjustments...]
Recently Epson announced mass production of an equivalent 1.4Mp LCD with a pixel pitch a mere 12 microns, intended for EVF applications. It is said that the new EP-2 is the first adopter... I will bet the next bout of competition will be 3.24 Mp at ~9 microns... The EVF will only get better.
I had posted in a few thread regarding the fantasy, rumour or wishes in a ZMd. And every time someone will say [with self-proclaimed authority] it's impossible or improbable, mostly because the acute angles some RF lenses projects, or that I have not met Kobayashi-san.
The simple truth is:
- R-D1 avoided that problem (with the help of Kobayashi-san no less) by using an APS size chip (said to have been a hand-me-down from Nikon D100).
- M8 used a slightly larger Kodak chip with micro lens, and M9 did the same trick using the previous generation 6.8 micron Kodak leftover.
Meanwhile, Zeiss's partner Sony was hard at work, developing chips that had shallow
wells, new CMOS and stuff most of us don't understand...
To minimise vignet'ting, one could try:
- Using anti-vignet'ting filters; or differentially boosting sensitivities of the pixels (all you need is about 2-stops).
- Use micro lens or a Fresnel lens equivalent...nanoengineering that Zeiss is really good at [they make equipment enabling such production].
- or...maybe try one of them new chips.
Or...rethink the concept of RF photography all together:
- An EVF works now and will be better tomorrow.
- No VF is more direct than an EVF...seeing what the film/sensor sees, before the fact.
No doubt I will be pounced on by another round of sermons......