The GM series proved that the market is not ready to pay premium prices for premium bodied truly compact cameras.
It is sometimes said that the GM series was an experiment. One that must have failed, since we haven't seen a successor from Panasonic or anyone else for a long while.

But we both know this is how markets work. A manufacturer tries something, and if it is a hit they keep the line going and expand it, if it falls flat it just dies. And then they try something else.

Who remembers New Coke, Nikon 1, Pentax K01, Blackberry, Sony Betamax, Four Thirds or Sony SLT?

All were essentially decent products that simply failed to attract a sufficient number of customers to make them commercially viable. It might have been due to poor marketing, or other factors like poor design or poor utility..... or simply due to lack of real demand for these things, but they failed nonetheless.

Panasonic deserves credit for simply trying to offer us a new product type. The failure of that product says more about the market than it does about Panasonic.

The absolute record holder for innovation and market failure has to be Sony. They tried more things that failed than anyone else did. But they also had quite a few hits too, which is why they are a successful and admired company.
 
Introducing the new OLYMPUS Trip-D!

With 17mm f1.8

20 mp sensor

hybrid viewfinder

weather sealed

and all the retro styling you can handle!!

:-D
 
Hi Marty,

Once you move to a fixed lens camera, sensor size is unimportant. The camera does not have to conform to any of your current systems; it is a system unto itself.

I think the Fuji X100 serves that purpose very well for most photographers. I personally do not necessarily want a 4/3 version of the X100. I do, though, own a Fuji X70 in all of it's APS-C glory. It complements my Olympus gear quite well.

With a fixed lens camera, it comes down to a rather different set of choices than a full system camera. Cost, rendering, control layout are more important than the embedded sensor, IMO.

Cheers,

Jim Pilcher
Summit County, Colorado, USA
Life is good in the woods
Yes, from my gear list you’ll see I think the same way!

I've been banging on about Olympus filling this gap for ages. My specific needs, only partially filled by the X70 are:

- Pocketable in a suit or tuxedo without unsightly bulges (completely rules out the X100 series, which I used to own, and also the GM1 and 5, likewise; any interchangeable lens camera is just too thick). Essential for carrying to and from business meetings, and use on trips to opera, concerts, plays etc. The X70 is just about acceptable.

- Good dynamic range sensor and flare resistant optics: I do a lot of contre jour, low light and high contrast street photography, and having owned LF1, LX100 and tried several other 1” sensored choices they aren’t really good enough for me. M4/3 will be fine, and the X70 is also excellent.

- Tilt screen, preferably touch to focus speedily, and preferably very good CAF. The X70 is sluggish-feeling now compared to the E-M1ii, but it’s OK except for CAF in the street, which is a waste of time so I zone focus.

- Good silent or very quiet shutter with decent drive mode to around 5fps or more with raws. I use this a lot in the street: leaf or electronic shutters are fine. Leaf shutters are actually better since you don’t get rolling shutter or banding under LED lights.

Some of these preferences actually rule out the Sony RX1Rii (which I have tried, but the awkward handling and borderline focus made it feel very expensive for me), but I’d like to try a Leica Q. Unfortunately my pockets aren’t big or deep enough, though!

The new Canon G1 iteration actually looks a pretty good APSC option, but it’s also going to be too big for me.
 
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So they could use Microsoft's novel way to curve a conventional sensor. This would allow Panny to create a 15mm f1.0 lens with less elements/cheaper/smaller and sharper than the current F1.7.

https://petapixel.com/2017/06/01/microsoft-develops-curved-sensor-greatly-improves-image-quality/
Very interesting. Obviously, the curved sensor approach makes a lot of sense even if it needs ironing out. Perhaps within the next 5 years for reliable / affordable applications? The downside of course is that a whole new lens family has to be developed for it...
It really doesn't make much sense with respect to interchangeable lens cameras. Designing for so arbitrary section of a sphere isn't much less of a problem than designing for a plane. In the end, using aspherics in the lens is probably easier.
 
So they could use Microsoft's novel way to curve a conventional sensor. This would allow Panny to create a 15mm f1.0 lens with less elements/cheaper/smaller and sharper than the current F1.7.

https://petapixel.com/2017/06/01/microsoft-develops-curved-sensor-greatly-improves-image-quality/
That assumes that the major problem is field curvature, and also the 'using Microsoft's novel way' was feasible commercially and with respect to design and production capability.
 
So they could use Microsoft's novel way to curve a conventional sensor. This would allow Panny to create a 15mm f1.0 lens with less elements/cheaper/smaller and sharper than the current F1.7.

https://petapixel.com/2017/06/01/microsoft-develops-curved-sensor-greatly-improves-image-quality/
Very interesting. Obviously, the curved sensor approach makes a lot of sense even if it needs ironing out. Perhaps within the next 5 years for reliable / affordable applications? The downside of course is that a whole new lens family has to be developed for it...
It really doesn't make much sense with respect to interchangeable lens cameras. Designing for so arbitrary section of a sphere isn't much less of a problem than designing for a plane. In the end, using aspherics in the lens is probably easier.
 
So they could use Microsoft's novel way to curve a conventional sensor. This would allow Panny to create a 15mm f1.0 lens with less elements/cheaper/smaller and sharper than the current F1.7.

https://petapixel.com/2017/06/01/microsoft-develops-curved-sensor-greatly-improves-image-quality/
That assumes that the major problem is field curvature, and also the 'using Microsoft's novel way' was feasible commercially and with respect to design and production capability.
 
Curved adaptor?
Not sure that's a good idea since the purpose of a curved sensor is to simplify and optimize lens design. An adapter would achieve neither of these goals.
 
Can it orient the sensor directly to the light so wider lenses can be made, it can gather more light with less diffraction with lenses stopped down past f/11?
 
for one issue ... the Fuji X100. That camera dominates that space which really isn't all that big anyway. A m43 similar camera would offer no benefits and would be probably be just as expensive. So why would anyone buy a smaller sensor camera for the same money? Also I'm sure Fuji has patents all wrapped up on their viewfinders so it just another strike against the m43 camera as it couldn't offer anything to compete.

Nice idea, but isn't gonna happen.

Now if Panasonic had kept the GM series alive and produced one really compact prime for it then we would have had something similar, but even more useful. Unfortunately that one is never going to happen either.

if you really want a camera like you described just go buy he Fuji.
 
I thought the Coolpix A lost because it was more expensive at launch. I had a GR and loved it to bits for what it was, but it could never be the be-all, do-all camera I wanted it to be. Mainly because of the lack of quality video and the fact I had to take it apart on occasion to blow dust off the sensor.
Gets back to economics. Ricoh had been developing its niche market GRD for years with a smaller series of sensors. The GRDIV is a very sophisticated little beast. More sophisticated than the GR is in some ways but something had to give when they opted to go “aps-c”.

Extreme close-up and the newly introduced IBIS were the two most obvious.

Unfortunately collapsing lenses and linty pockets don’t fit terribly well together. I have had all major types of Ricoh GRD/GR from the original and none of them were ever pocketed except my GR which might have been into the pocket twice and only the GR has ever shown any sign of a bust bunny and that has not gone further as I immediately stopped pocketing it. There lies the conundrum - the ideal pocketable camera has a collapsing fixed lens - the most susceptable to dust on sensor and the hardest to clean sensor is the camera with a collapsing fixed lens.

Back to the Coolpix A. Brand new territory for Nikon and they must have thought themself very clever to gazump the Ricoh product with an aps-c sensor when Ricoh post-Pentax acqisition was shedding product like the incomparable GXR system.

Don’t know whether Ricoh “got wind” of the Nikon A under development or whether they actually had the GR under development anyway. In any case the R&D for the GR must have been much less for Ricoh than the complete start up R&D for the Nikon A1. So Ricoh simply waited for the A1 to be released and then made sure that the GR was way way cheaper and it still is very attractively priced for what it is. The GR has a very fine lens and makes exceelent images. As a result Ricoh made darned sure that the A1 was not profitable and Nikon stayed away from this niche in future.

Ricoh also has treated its cameras as “old fashioned” stills cameras made specifically for still-image shooters and optimised as such. Video is an afterthought. They don’t even fit a dedicated video button (merde!) If you wish to use video on a Ricoh you have to set it on the dial ... Once even .... Ricoh hid their video away as a subset routine under “Scene” selection ... (crazy?).

I find that refeshing in this day and age - but I don’t do video anyway and can understand that those who revere the ability to do video might find a Ricoh camera falls short in that department. But the camera does well and can be set to autocrop to longer fields of view to extend several fields of view to the single focal length lens.

But the Ricoh camera is not following conventional paths but more interesting making what it does (still photography in a very compact package more enjoyable). Pity that short of a built in evf there is not a lot that Ricoh could add in a GRIII.

But of course if the GRIII does happen it will be another radical change if it follows the traditional Ricoh pattern.

In any case all Marty hs done is to clearly describe the Ricoh GR which has been around for quite a while - it is a high performance camera and very reasonably priced for what it is.
 
This post may seem odd to many, since M4/3 has so many great camera bodies available in so many different styles and types. Rangefinder or DSLR style. With or without an EVF. Big or small. Weather sealed or not. We seem to have every type of camera we could possibly want.

Except one.

A small fixed lens compact with a fast prime lens. Something like a four thirds sensored compact camera designed like a Sony RX1, Leica Q or Fuji X100. A high end camera with high end features that would be ideal as a travel cam or street shooters, with a fast wide lens.

You could achieve the same thing by supergluing a 14mm, 15mm or 20mm lens to a Panasonic GM5, but I think I'd want something a little better. A little bigger, with better ergonomics, better controls, much thinner, higher build quality, and a much better EVF.

I would love to see something like a weather sealed LX100 with a permanently affixed 15mm f/1.7 lens. But the lens would collapse into the body.

It would look something like this, but it would have a self closing lens cover, like the LX10 does. And it should be a stunning little camera.

4877f7bd4e524423ada8ea854ba591d8.jpg

The camera should cost around $1,000, which seems about right considering the Leica Q costs $4,500, the Sony RX1 costs $3,200 and the Fuji X100 costs $1,400. The camera with the smallest sensor should cost the least. In it's class, it will be a bargain, and Leica will probably rebrand it as a Leica Q-Mini for twice the price.

What do you think?

Would you want one of these, or am I just dreaming out loud and spewing hot air?

--
Marty
http://www.fluidr.com/photos/marty4650/sets/72157606210120132
http://www.flickr.com/photos/marty4650/sets/72157606210120132/show/
my blog: http://marty4650.blogspot.com/
I would be satisfied with minimal change ie same body as LX100 but upgrade to 20 mp sensor and better resolution EVF. Why would such a LX200 cost much more to produce?
 
Actually, I agree and here's why: What better way to try some cool stuff?

Forget the Pen thing (nothing wrong w it, but) put on a fixed lens in the 28mm to 40mm EFL range and maybe try out something daring with the interface.

How about a fixed lens monochrome portable with a tack sharp semi wide lens?!?!

I would be ALL OVER that. In a heartbeat!!!

Regards,

Jan
 
I thought the Coolpix A lost because it was more expensive at launch. I had a GR and loved it to bits for what it was, but it could never be the be-all, do-all camera I wanted it to be. Mainly because of the lack of quality video and the fact I had to take it apart on occasion to blow dust off the sensor.
Gets back to economics. Ricoh had been developing its niche market GRD for years with a smaller series of sensors. The GRDIV is a very sophisticated little beast. More sophisticated than the GR is in some ways but something had to give when they opted to go “aps-c”.

Extreme close-up and the newly introduced IBIS were the two most obvious.

Unfortunately collapsing lenses and linty pockets don’t fit terribly well together. I have had all major types of Ricoh GRD/GR from the original and none of them were ever pocketed except my GR which might have been into the pocket twice and only the GR has ever shown any sign of a bust bunny and that has not gone further as I immediately stopped pocketing it. There lies the conundrum - the ideal pocketable camera has a collapsing fixed lens - the most susceptable to dust on sensor and the hardest to clean sensor is the camera with a collapsing fixed lens.

Back to the Coolpix A. Brand new territory for Nikon and they must have thought themself very clever to gazump the Ricoh product with an aps-c sensor when Ricoh post-Pentax acqisition was shedding product like the incomparable GXR system.

Don’t know whether Ricoh “got wind” of the Nikon A under development or whether they actually had the GR under development anyway. In any case the R&D for the GR must have been much less for Ricoh than the complete start up R&D for the Nikon A1. So Ricoh simply waited for the A1 to be released and then made sure that the GR was way way cheaper and it still is very attractively priced for what it is. The GR has a very fine lens and makes exceelent images. As a result Ricoh made darned sure that the A1 was not profitable and Nikon stayed away from this niche in future.

Ricoh also has treated its cameras as “old fashioned” stills cameras made specifically for still-image shooters and optimised as such. Video is an afterthought. They don’t even fit a dedicated video button (merde!) If you wish to use video on a Ricoh you have to set it on the dial ... Once even .... Ricoh hid their video away as a subset routine under “Scene” selection ... (crazy?).

I find that refeshing in this day and age - but I don’t do video anyway and can understand that those who revere the ability to do video might find a Ricoh camera falls short in that department. But the camera does well and can be set to autocrop to longer fields of view to extend several fields of view to the single focal length lens.

But the Ricoh camera is not following conventional paths but more interesting making what it does (still photography in a very compact package more enjoyable). Pity that short of a built in evf there is not a lot that Ricoh could add in a GRIII.

But of course if the GRIII does happen it will be another radical change if it follows the traditional Ricoh pattern.

In any case all Marty hs done is to clearly describe the Ricoh GR which has been around for quite a while - it is a high performance camera and very reasonably priced for what it is.
 
Why only 16MP if they use an ASP-C sensor?
I can think of two good reasons.
  1. To have multi aspect ability
  2. To keep the lens smaller
I would be a huge deal if Panny used an ASP-C sensor, built a body around it. Very disruptive for customers who bought into the M43 system. A huge R&D project for one camera. Could they make the R&D cost back on one camera and not disturb their M43 customer base?

I doubt it.
I agree that it seems like a waste of an APSC sensor. Why wouldn't you want better image quality and more resolution?

But by cropping the sensor Panasonic can keep the camera and lens much smaller than cameras that use the full APSC sensor like the Fuji XT100. This is the same reason Panasonic chose to not use all of the four thirds sensor when they created their LX100. So I suppose the same logic would apply to any other sensor size too.

If you want to keep it small, and you want a "multi aspect" sensor, then you don't use the whole sensor.
 
for one issue ... the Fuji X100. That camera dominates that space which really isn't all that big anyway. A m43 similar camera would offer no benefits and would be probably be just as expensive. So why would anyone buy a smaller sensor camera for the same money? Also I'm sure Fuji has patents all wrapped up on their viewfinders so it just another strike against the m43 camera as it couldn't offer anything to compete.

Nice idea, but isn't gonna happen.

Now if Panasonic had kept the GM series alive and produced one really compact prime for it then we would have had something similar, but even more useful. Unfortunately that one is never going to happen either.

if you really want a camera like you described just go buy he Fuji.

--
Jonathan
I think Fuji's x100 could have real competition from a weather sealed, EVF- and IS-equipped m4/3 model with slightly smaller size and price than x100.
 
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for one issue ... the Fuji X100. That camera dominates that space which really isn't all that big anyway. A m43 similar camera would offer no benefits and would be probably be just as expensive. So why would anyone buy a smaller sensor camera for the same money? Also I'm sure Fuji has patents all wrapped up on their viewfinders so it just another strike against the m43 camera as it couldn't offer anything to compete.

Nice idea, but isn't gonna happen.

Now if Panasonic had kept the GM series alive and produced one really compact prime for it then we would have had something similar, but even more useful. Unfortunately that one is never going to happen either.

if you really want a camera like you described just go buy he Fuji.

--
Jonathan
I think Fuji's x100 could have real competition from a weather sealed, EVF- and IS-equipped m4/3 model with slightly smaller size and price than x100.
Given that the X100 F price is about $1,300 why would Panasonic choose to produce a more feature rich camera ands then price it for less. My guess we are looking at a pricing well above $1,000 for any small high end camera. The days of small and cheap are gone, I'm afraid.
 
LX200 would be nice though and come close to your preferences or at least it could if they use the full sensor.

GM7 is what is missing now. As usual my prefered specs:
1) 20 MP sensor latest greatest
2) EVF if possible better
3) Screen if possible tilting (keeping size the same)
4) DFD2, 10 sot RAW buiffer, 4 fps with CAF.
5) 12 bit eshutter
6) smart battery use like G80
7) If possible IBIS
8) If possibel 4K video

If possible = keeping the size and weight in the same range as GM5.
After reading all the posts here I have reevaluated my own position. My desire for a high end compact based on a 4/3 sensor really didn't make much sense. It was primarily due to my irrational affection for "all things Four Thirds." As many have pointed out a compact camera is a closed system, so the four thirds sensor only brings one advantage.... the potential of smaller and lighter. But it also brings the disadvantage of older sensor technology, lower resolution (the LX100 used a cropped 4/3 sensor to keep lens size down) and being less useful in low light.

So I probably would be better off with an upgrade for my GM1. And everything on your list makes sense. Except, I would want IBIS definitely, and I wouldn't require 4K video. The truth is 2K video is pretty darn good for most amateur users. And 4K forces your camera to be larger and heavier due to the need for heat dissipation. I've noticed that most of us are still using DVD players even though BluRay is technically better. This is a compromise I am willing to make, since video just isn't that important for me.

And I already own many small M4/3 lenses (12mm, 14mm, 17mm, 25mm, 45mm, 12-32mm and 35-100mm.) So a GM7 makes the most sense for me. Just make it weather sealed, add IBIS, add a tilt screen, add a 20MP sensor, and try to improve the EVF and I am in. And then I can start wishing for some weather sealed small lenses! It can be bigger, but still smaller than a GX85 (which DOES have IBIS and a tilt screen) and I will be thrilled.

So now I am back to square one. Waiting for a GM7 that will probably never happen.

Lord help me! :-(
 

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