With this kind of popularity even before they are widely available, its obvious Fuji will followup with more X100 family members.
The big question is when and if
we will see a X100 styled Leica M mount camera.
Time will tell.
Stephen
The big question is when and if
we will see a X100 styled Leica M mount camera.
Time will tell.
Stephen
Catto
Photographer
I'd have a hard time seeing them doing that, simply because there isn't currently any sort of optical means of focussing - you'd have to be on the EVF the whole time, which wouldn't (I imagine) appeal to many M-mount lens owners. Don't get me wrong, I'd be happy to throw my Summilux on something more modern than my R-D1s - I just don't expect it to be a Fuji X-something...
R!
R!
Particular
a.k.a. CNNY, disassembler
Eventually someone will jump into that space and release another m-mount digital. I am also not convinced it will by Fuji. Probably an X-100w will be up next.
LKeithR
Improving daily--I think.
I too think that something like this has to happen eventually. Someone will jump in and produce a reasonably priced digital platform for using M and LTM lenses. I'd like to use some Leica glass but I just don't see the value in an M8 or M8.2. You can use M glass on M4/3 cameras with adapters but the 2X crop factor doesn't work for me. I'm actually quite eager to see how the Ricoh GXR with "M" module specs out...
Brian Legge
Veteran
Given how much M lenses cost, it seems like even an inexpensive body could be relatively expensive.
FrozenInTime
Well-known
Ricoh might be closet to producing a M mount RF body- they are hinting at something unique for their GXR M mount:
See the interview here: http://www.amateurphotographer.co.uk/news/ricohs_leica_lens_module_for_gxr_exclusive_interview_news_305582.html?aff=rsn
Here's the interesting bit:
The use of a focal plane shutter though will require a new solution for live view operation.
The shutter is not exposed and so can not relay information to the rear LCD screen.
Mr Saiki told AP that Ricoh does have a solution for this, but he would not be drawn on what it was.
He would say, however, that it would not involve a time consuming process and that the camera would remain very effective as a tool for street photographers.
This means there can be no live view EVF.
After reading the article, I convinced myself that it would be possible for Ricoh to give the GXR M-lens module a real Leica M style coupled optical rangefinder that used the current hotshoe and EVF contacts
If the camera includes a cam as part of the lens mount then they can read and then electronically display a distance scale on a optical viewfinder as they did with the projected LCD in the GR1 film cameras.
One stage beyond this is to electro-mechanically transfer that distance measurement onto a a traditional optical rangefinder.
The electronics would be very straightforward - using either a servo motor or moving coil meter mechanism to swing the RF mirror.
It might not accurate enough to focus a Noctilux full open, but Ricoh say the camera would remain very effective as a tool for street photographers
Any other ideas out there on what they could be planning ?
See the interview here: http://www.amateurphotographer.co.uk/news/ricohs_leica_lens_module_for_gxr_exclusive_interview_news_305582.html?aff=rsn
Here's the interesting bit:
The use of a focal plane shutter though will require a new solution for live view operation.
The shutter is not exposed and so can not relay information to the rear LCD screen.
Mr Saiki told AP that Ricoh does have a solution for this, but he would not be drawn on what it was.
He would say, however, that it would not involve a time consuming process and that the camera would remain very effective as a tool for street photographers.
This means there can be no live view EVF.
After reading the article, I convinced myself that it would be possible for Ricoh to give the GXR M-lens module a real Leica M style coupled optical rangefinder that used the current hotshoe and EVF contacts
If the camera includes a cam as part of the lens mount then they can read and then electronically display a distance scale on a optical viewfinder as they did with the projected LCD in the GR1 film cameras.
One stage beyond this is to electro-mechanically transfer that distance measurement onto a a traditional optical rangefinder.
The electronics would be very straightforward - using either a servo motor or moving coil meter mechanism to swing the RF mirror.
It might not accurate enough to focus a Noctilux full open, but Ricoh say the camera would remain very effective as a tool for street photographers
Any other ideas out there on what they could be planning ?
Spyro
Well-known
what's in it for Fuji? They dont even make M lenses.
skibeerr
Well-known
Spyro
Well-known
fair point
I guess I should elaborate: DRFs are fussy designs because of the short lens distance to sensor. There are no cheap and easy solutions, it would require a fair bit of R&D, they would possibly need to outsource the sensor thus adding to their costs, and then try to recover all these costs by selling to the small RF market which is relatively allergic to buying expensive toys that dont say Leica or Zeiss on them.
I'm not saying it's impossible or I wouldnt want it to happen, but my guess is it would require a fair amount of sake to sell this business case to the Fuji bosses. Leica went for it, but Leica knew a good DRF would boost their lens sales. Fuji would only be boosting somebody else's lens sales.
Arjay
Time Traveller
I quite agree. I can't see that this would be in Fuji's interest.
Look at it this way: Leica was able to stay in business because the company is not only funding itself from camera body but also from lens sales.
Even if Fuji came up with a viable solution for M lenses, it would not benefit substantially from lens sales (it takes a certain reputation to be successful against Leica - to say it politely).
Given the angle of incidence problem for the sensor surface, I would rather imagine that R&D would be under way to come up with a novel lens system.
This might consist of a two-part lens concept: (1) front lens (the part that defines FOV) and (2) back lens (the part that is responsible for unchanged angles of incidence to the sensor). I'm not an optics specialist, but I'd be very surprised if I were the first to think about a lens system in this way.
bigeye
Well-known
It would be logical to come from the Zeiss Ikon (Cosina) as their entry into digital. They do have 2 extensive lines of M glass and it would extend their position as it exists today.
I believe this was in Fuji's design. The primary advantage of a TTL viewfinder (EVF) is SLR-type functionality - use of zooms and interchangeable lenses. Without a commitment to a set of lenses, it was wasted on the X100... a timid business decision.
.
I believe this was in Fuji's design. The primary advantage of a TTL viewfinder (EVF) is SLR-type functionality - use of zooms and interchangeable lenses. Without a commitment to a set of lenses, it was wasted on the X100... a timid business decision.
.
Last edited:
Keith
The best camera is one that still works!
I'd prefer to see Fuji build something that uses their own dedicated lenses ... the last thing we need is another M mount camera to drive up lens prices!
ferider
Veteran
Agree with Keith. I'm tired of uncoupled crop factor adaptations. Let's see an interchangeable lens camera with 35/2 and 75/2 dedicated focal length equivalents, the hybrid viewfinder, varying size, parallax correct frame-lines, etc ....
Roland.
Roland.
Keith
The best camera is one that still works!
Roger Hicks
Veteran
Why?
As the old proverb says, "If wishes were horses, then beggars might ride."
A far better idea, as canvassed by others above, is a new mount and a smaller sensor (e.g. APS-C) so the lenses can be designed to suit the format from the beginning.
Cheers,
R.
Traut
Well-known
Sounds like a digi-contax G3.
willie_901
Veteran
I think Fuji could do this. The question is: will they do it, and what is their motivation to do so.
The Fuji M-lens camera body would have to be thicker than a Leica M body. This would greatly reduce the engineering challenges. The OVF design would have to be different too. Fuji would have to change their image recording strategy as well. Fuji designed the X100 micro lenses and lens as a coupled set. This greatly reduces the necessity of post-acquisition, in-camera data modification. Fuji would have to develop in-camera data correction algorithms to accommodate the diverse family of M lenses.
arpinum
Member
Source? i'd like to read more on this. Do micro lenses need to be calibrated for the angle of incidence?
I don't see the advantage of going M mount, and they would lose autofocus, an important tech if they want to sell quantity.
bigeye
Well-known
I don't think it's a technical question. There are no technical barriers. It's a product marketing decision.
I hope I'm wrong, but if fuji's past as prologue, an M-mount is pretty unlikely. They offer pro/enthusiast rigs with proprietary fixed or a limited (~3) number of lenses rather than a full system (and never in someone else's mount).
Roger: Sticking to M only, I can argue that this is the market where ZI/Cosina lives now; they've made the commitment to M (and even LTM) with a system level of bodies and lenses. It's already done. Will they take the step to a digital body? They have to, don't they?
Besto,
- Charlie
I hope I'm wrong, but if fuji's past as prologue, an M-mount is pretty unlikely. They offer pro/enthusiast rigs with proprietary fixed or a limited (~3) number of lenses rather than a full system (and never in someone else's mount).
Roger: Sticking to M only, I can argue that this is the market where ZI/Cosina lives now; they've made the commitment to M (and even LTM) with a system level of bodies and lenses. It's already done. Will they take the step to a digital body? They have to, don't they?
Besto,
- Charlie
Paul T.
Veteran
Exactly. THey would make more money this way, and it would be technically more efficient - the biggest problem would be focusing quickly with a 75/2 or 75/2.8 equivalent using contrast detection.