What is the fuss about FF against m43?

Everything is the best. Provided, however, I own and shoot with it. The rest is inferior and, let's be honest, crap.🤓🤔😳😬
 
Everything is the best. Provided, however, I own and shoot with it. The rest is inferior and, let's be honest, crap.🤓🤔😳😬
Best camera ever known to man IMO :-) :-)

Cheapest is the pinhole camera. Nice DOF on that and no AA filter.

All the best.

Danny.
 
I carry a loupe with me in the field to look closely at the tiny flower parts, and like to look at photographs of them closely on the screen.
Technical term for this is pixel-peeping, and yes, it is a well known fact that for pixel-peeping, full-frame is usually better than m4/3. ;-)

On the other hand, m4/3 is usually better for macro photography, due to the higher linear resolution of its sensor.
Linear resolution of the sensor - what does it mean? And why is it better for macro and not any other types of photography?
Linear resolution - pixels per mm (or inch). It is better for any type of photography where magnification is important - macro, tele, planetary and deep space astro ... On a full-frame system, you need more powerfull (that is, expensive and heavy) optics to compensate for lower linear resolution of the sensor.
So you are talking about the pixel density. I thought macro is mostly about closeness to the subject, and not necessarily magnification. Although depends on the FL of course. So telephoto lenses, the ones that add magnification into their projection will produce better detailed images on mFT than those from the full frame cameras in your view? And that is the mFT advantage then?
 
And yes, Nikon from 2012 will deliver better results than what you have shown in your opening post
Better how, in which way?
Detail, DR, files easier to work with, and so on. At least the camera that I used in the past, so I am not just making this stuff up.

- sergey
 
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No-one should be insecure with the systems they chose. My trusty D750 and 28-300mmVR doesn't have the IBIS that blew me away with the EM1.2. But, it does what I want, and, while I don't shoot commercially, my friends ask me to cover events, and, I like the shots I can get.

If you have the better mft bodies, just get the best glass you can afford, and, have fun and, enjoy the weight savings..
You are absolutely right, but I think that it is easier to feel that way if you are coming from a "full frame" system, or if you have used one before.

I recognize the difficulty because I go through it myself, usually anywhere from 1 to 3 times per year. I started out on the 4/3 system because they were offering attractive deals and I wasn't sure how far I would go into photography... and I grew my camera system from there. I considered converting to Nikon when it came time to decide to make the push to µ4/3, but as you can see, I ended up sticking with Olympus. I've never handled a "full frame" camera. And while I have done the analysis plenty of times and determined that there is little to no benefit (and possibly some penalties) if I were to go with "full frame," there are plenty of people who either leave µ4/3 for "full frame," and don't come back, or there are others who add it as a second system and state that there are advantages.

As such, I'm curious. I'm quite happy with the performance of my camera, as well as with the photos that I get from it and my lenses, but I think it's just human nature to always wonder if something could be better. At this point I've largely come to peace with the idea that, sometime in the future (probably in many years), I will add a "full frame" camera to my bag, if for nothing else than to sate that curiosity. I doubt that there will be any surprises, and of course, even if I do end up preferring that camera, it won't make the photos that I have already taken worse. But I suppose there is always that fear, that "what if," what if it really is that much better, and I feel that I wasted time by not changing sooner? I think that's where some of the insecurity comes from. People who have used "full frame" cameras and then came to µ4/3 know what they are and aren't missing; there's nothing to be insecure about (I would hope).

(Of course, even more insecurity comes from not actually using one's camera and having it prove its worth to the owner, and simply discussing specs on Internet forums… But I think everybody knows about that one!)
The funny thing is that with the exception of the IBIS issue, and, weight, the situations where the FF's better (oops I'll get shot) high iso and DR are really needed, or, make a visible difference, for most of us, are infrequent. I posted a series of comparisons (and I've said this at least once before on this thread) at 6400iso and above between the D750 and EM1.2 To get the best out of the Em1.2 ate top iso, I had to run photos through OV3.

I think the lenses I used on the Em1,2 were sharper than those I ised on the D750, but, in the end, for me, sharpness isn't always where its at.

But, to my eye, the wasn't much difference, shot, for shot.

You'd need to be really picky (and, many were).

However, printed on a reasonable printer at A4 made it even harder to see the difference!

But, curiosity killed the credit card. I have lost about A$1.5k to do the tests.. they tool much longer than I expected.

I am very happy with the rig I have, it gives me shots like this.., No PP, NEF-> LR6.14..

No doubt the best MFT's would do the same..

300mm and cropped to 2036x1398

 

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I carry a loupe with me in the field to look closely at the tiny flower parts, and like to look at photographs of them closely on the screen.
Technical term for this is pixel-peeping, and yes, it is a well known fact that for pixel-peeping, full-frame is usually better than m4/3. ;-)

On the other hand, m4/3 is usually better for macro photography, due to the higher linear resolution of its sensor.
Linear resolution of the sensor - what does it mean? And why is it better for macro and not any other types of photography?
Linear resolution - pixels per mm (or inch). It is better for any type of photography where magnification is important - macro, tele, planetary and deep space astro ... On a full-frame system, you need more powerfull (that is, expensive and heavy) optics to compensate for lower linear resolution of the sensor.
So you are talking about the pixel density. I thought macro is mostly about closeness to the subject, and not necessarily magnification. Although depends on the FL of course. So telephoto lenses, the ones that add magnification into their projection will produce better detailed images on mFT than those from the full frame cameras in your view? And that is the mFT advantage then?
Pixel density is funny term, invented by some camera enthusiast who probably didn't know what it is all about;-) It's like talking about dot density on a paper, instead of dpi.

And yes, with the same lens, you will get more details on a m4/3 sensor. On a 40 mpix full-frame sensor you can crop 2x, to get the same magnification, but you will be left with only 10 mpix to resolve details, compared to 20 mpix on a m4/3 sensor.

Mount a full-frame camera on a telescope and shoot Jupiter. Than mount a m4/3 camera on the same telescope, and you will see more details. Same with macro (or micro).
 
I carry a loupe with me in the field to look closely at the tiny flower parts, and like to look at photographs of them closely on the screen.
Technical term for this is pixel-peeping, and yes, it is a well known fact that for pixel-peeping, full-frame is usually better than m4/3. ;-)

On the other hand, m4/3 is usually better for macro photography, due to the higher linear resolution of its sensor.
Linear resolution of the sensor - what does it mean? And why is it better for macro and not any other types of photography?
Linear resolution - pixels per mm (or inch). It is better for any type of photography where magnification is important - macro, tele, planetary and deep space astro ... On a full-frame system, you need more powerfull (that is, expensive and heavy) optics to compensate for lower linear resolution of the sensor.
So you are talking about the pixel density. I thought macro is mostly about closeness to the subject, and not necessarily magnification. Although depends on the FL of course. So telephoto lenses, the ones that add magnification into their projection will produce better detailed images on mFT than those from the full frame cameras in your view? And that is the mFT advantage then?
Pixel density is funny term, invented by some camera enthusiast who probably didn't know what it is all about;-) It's like talking about dot density on a paper, instead of dpi.

And yes, with the same lens, you will get more details on a m4/3 sensor. On a 40 mpix full-frame sensor you can crop 2x, to get the same magnification, but you will be left with only 10 mpix to resolve details, compared to 20 mpix on a m4/3 sensor.
Ok, so now you are talking about the crop factor. How would that be on Pentax Q, better still?
Mount a full-frame camera on a telescope and shoot Jupiter. Than mount a m4/3 camera on the same telescope, and you will see more details. Same with macro (or micro).
 
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It seems to be an m4/3 thing from only some users that seem to feel the need to justify. We don't need to !! So why make posts on it all the time. Gees.
So why are you bothering to read it and contribute to it?
 
Ok, so now you are talking about the crop factor. How would that be on Pentax Q, better still?
You can use whatever term you want, it's all about the linear resolution of the sensor in combination with the angle of view (and resolution) of a lens you are using. Which combined is in fact angular (or spatial) resolution of the imaging device.

I don't know the linear resolution of a Pentax Q, and I don't know what lenses can be used on that camera.
 
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Ok, so now you are talking about the crop factor. How would that be on Pentax Q, better still?
You can use whatever term you want, it's all about the linear resolution of the sensor in combination with the angle of view (and resolution) of a lens you are using. Which combined is in fact angular (or spatial) resolution of the imaging device.
Crop factor and pixel density may not have anything to do with each other. Linear resolution, is there such term, really?
I don't know the linear resolution of a Pentax Q, and I don't know what lenses can be used on that camera.
So you don't know. What is the linear resolution for mFT, do you know?
 
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Ok, so now you are talking about the crop factor. How would that be on Pentax Q, better still?
You can use whatever term you want, it's all about the linear resolution of the sensor in combination with the angle of view (and resolution) of a lens you are using. Which combined is in fact angular (or spatial) resolution of the imaging device.
Crop factor and pixel density may not have anything to do with each other. Linear resolution, is there such term, really?
I don't know the linear resolution of a Pentax Q, and I don't know what lenses can be used on that camera.
So you don't know. What is the linear resolution for mFT, do you know?
Yes, I know. It's 300 pixels per mm (for a 20 mpix sensor).

42 mpix full-frame sensor has a linear resolution of 220 pixels per mm.

51 mpix medium format Hasselblad has a linear resolution of 188 pixels per mm.

You can figure out linear resolution of any other sensor, if you want.
 
Two years ago when Sony released its FE 2.8/50 Macro I purchased one and made many comparisons with my Panasonic 45mm macro and preferred the FF most of the time.
5 months ago I would have said the same. But the 20mp sensor in the G9 has changed my view.

As compared with the FF Pentax K1 and its excellent IQ, I can't choose between them when shooting the same Dof, either on a high quality monitor or on an A4 print from a professional quality printer.

Of course, when printing sizes requiring more than 20mp (or 17.7mp as I usually use 3:2 aspect), there will be a difference.

And also of course, if you want super shallow Dof.

I take mostly photos of the countryside around where I live, so am not looking for shallow Dof. So since acquiring a G9 my Pentax K1 stays at home.

Rens
 
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Ok, so now you are talking about the crop factor. How would that be on Pentax Q, better still?
You can use whatever term you want, it's all about the linear resolution of the sensor in combination with the angle of view (and resolution) of a lens you are using. Which combined is in fact angular (or spatial) resolution of the imaging device.
Crop factor and pixel density may not have anything to do with each other. Linear resolution, is there such term, really?
I don't know the linear resolution of a Pentax Q, and I don't know what lenses can be used on that camera.
So you don't know. What is the linear resolution for mFT, do you know?
Yes, I know. It's 300 pixels per mm (for a 20 mpix sensor).

42 mpix full-frame sensor has a linear resolution of 220 pixels per mm.

51 mpix medium format Hasselblad has a linear resolution of 188 pixels per mm.

You can figure out linear resolution of any other sensor, if you want.
So the denser the batter. Sound like the phone camera would beat them all. Ok, and how does this help in macro photography?
 
"Would an FF system have been a better choice for the following photos?"

The phrasing of this question indocates part of the 'problem'. "Better choice" in what way? As a working photographer, I consider the end use of images. As do most pros. So I find it fascinating that people who only display photos through flickr or other online galleries on a "personal hobby" basis can get torqued about FF vs other formats.

In many situations, the differences these folks express angst (or hubris) about only come as a result if pixel peeping. That's something very few people do.

As for pros choosing Canon or Nikon it doesn't necessarily come down to IQ. Other aspects are factored in: lenses and accessories, pro support, etc. In some cases they use it because the company they work for provides the gear.

Then there are biases. For years Getty and some other stock agencies specified which cameras they would accept images by. Some photo editors insist on large files with plenty of leeway for cropping. Some clients simply assume that FF cameras mean the tog they hire is a "real pro".

For working photographers it can be more complex than which camera has the best IQ.

So the answer(s) to your question could be:

For your personal use, displayed thru social media or online gallery,no.

For paid use on a website, probably not.

For making large prints or use by a demanding client for magazine publishing, yes.

P.S. often forgotten in the "pros want the best IQ" argument for FF is the existence of medium format. If IQ is such a big factor, why do we not see MF cameras used in more situations? The answer is obvious: performance, lens selection, size/weight and cost of MF all force the compromise of choosing FF over MF in many pro situations.
 
Ok, so now you are talking about the crop factor. How would that be on Pentax Q, better still?
You can use whatever term you want, it's all about the linear resolution of the sensor in combination with the angle of view (and resolution) of a lens you are using. Which combined is in fact angular (or spatial) resolution of the imaging device.
Crop factor and pixel density may not have anything to do with each other. Linear resolution, is there such term, really?
I don't know the linear resolution of a Pentax Q, and I don't know what lenses can be used on that camera.
So you don't know. What is the linear resolution for mFT, do you know?
Yes, I know. It's 300 pixels per mm (for a 20 mpix sensor).

42 mpix full-frame sensor has a linear resolution of 220 pixels per mm.

51 mpix medium format Hasselblad has a linear resolution of 188 pixels per mm.

You can figure out linear resolution of any other sensor, if you want.
So the denser the batter. Sound like the phone camera would beat them all. Ok, and how does this help in macro photography?
Do I really have to spell it for you? With the same lens, m4/3 resolves more details than full-frame. And since macro is usually all about details...
 
Ok, so now you are talking about the crop factor. How would that be on Pentax Q, better still?
You can use whatever term you want, it's all about the linear resolution of the sensor in combination with the angle of view (and resolution) of a lens you are using. Which combined is in fact angular (or spatial) resolution of the imaging device.
Crop factor and pixel density may not have anything to do with each other. Linear resolution, is there such term, really?
I don't know the linear resolution of a Pentax Q, and I don't know what lenses can be used on that camera.
So you don't know. What is the linear resolution for mFT, do you know?
Yes, I know. It's 300 pixels per mm (for a 20 mpix sensor).

42 mpix full-frame sensor has a linear resolution of 220 pixels per mm.

51 mpix medium format Hasselblad has a linear resolution of 188 pixels per mm.

You can figure out linear resolution of any other sensor, if you want.
So the denser the batter. Sound like the phone camera would beat them all. Ok, and how does this help in macro photography?
Do I really have to spell it for you? With the same lens, m4/3 resolves more details than full-frame. And since macro is usually all about details...
Macro is not about the detail, by far, but what do you mean by the same lens? Obviously I can not mount Olympus lens on the Nikon camera and I did use Nikon mount lens on the FourThrirds format - did not see much jump in the detail either. Are you talking about the magnification, or are you talking about the equivalent lenses?
 
Nowadays, everyone should know for which system he spends his money...

All necessary information is available on the internet.

For me, the weight and range of the lenses were crucial.

Of course you have to know what you are taking photographs and under what conditions.

I chose Lumix G9 + PL 12-60 + PL 50-200.

Would an FF system have been a better choice for the following photos?

If yes why?

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Like several others, I use both systems and hang out in both Sony and m43 forums. It seemingly only every comes up in this forum. Your shots look great. There's probably a better way to share them than to say "see, m43 is awesome." We already know this.
 
Ok, so now you are talking about the crop factor. How would that be on Pentax Q, better still?
You can use whatever term you want, it's all about the linear resolution of the sensor in combination with the angle of view (and resolution) of a lens you are using. Which combined is in fact angular (or spatial) resolution of the imaging device.
Crop factor and pixel density may not have anything to do with each other. Linear resolution, is there such term, really?
I don't know the linear resolution of a Pentax Q, and I don't know what lenses can be used on that camera.
So you don't know. What is the linear resolution for mFT, do you know?
Yes, I know. It's 300 pixels per mm (for a 20 mpix sensor).

42 mpix full-frame sensor has a linear resolution of 220 pixels per mm.

51 mpix medium format Hasselblad has a linear resolution of 188 pixels per mm.

You can figure out linear resolution of any other sensor, if you want.
So the denser the batter. Sound like the phone camera would beat them all. Ok, and how does this help in macro photography?
Do I really have to spell it for you? With the same lens, m4/3 resolves more details than full-frame. And since macro is usually all about details...
Macro is not about the detail, by far, but what do you mean by the same lens? Obviously I can not mount Olympus lens on the Nikon camera and I did use Nikon mount lens on the FourThrirds format - did not see much jump in the detail either.
If you cannot see the jump in details, than I suggest you look harder. As I said before, 2x crop of the full-frame image, needed to match the magnification of a m4/3 image (made with same lens), will have at best only 10 mpix, and the m4/3 image will have 20 mpix. Difference in details is huge.
 

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