Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
Lovely feather detail! My daughter isn't a "pixel peeper" but is a birder and was delighted to see how the feathers of a (Eurasian) robin "worked" here, what with all the overlapping om the shoulder. I suspect that birders have a slightly different mindset to some other people.

You don't crop the lens, you're cropping pixels from the image and comparing it to a full res image from a smaller sensor. If I want to get the same FOV from my FF as I do from my cx I use a longer focal length. I use a 40mm macro on my V3 and a 105mm macro on my D800, the d800 puts twice as many pixels on point as my V3.Blah, blah, blah
Blah, blah, blahBlah, blah, blah
Really? Can you cite or link to someone thinking something remotely similar to what you claim here?pictures.
Just because my Honda gets me to work just as fast as a Ferrari doesn't make it one. Some folks here have a hard time with that for some strange reason.
And you and others haven't said anything along the lines of -Really? Can you cite or link to someone thinking something remotely similar to what you claim here?pictures.
Just because my Honda gets me to work just as fast as a Ferrari doesn't make it one. Some folks here have a hard time with that for some strange reason.
And there's nowhere to mount a tow bar on my Ferrari ... and it's lousy on dirt roads and sand dunes ... ;-) .Really? Can you cite or link to someone thinking something remotely similar to what you claim here?pictures.
Just because my Honda gets me to work just as fast as a Ferrari doesn't make it one. Some folks here have a hard time with that for some strange reason.
So Nikon 1 is a better system for Macro photography than m43rds after all then.I see you have problems understanding terms and differences between magnification, resolution and resolving power. Perhaps you can google them, preferably on a site dedicated to microscopy or astronomy.So it is not about the amount of detail that better sensors behind better lenses do normally deliver but magnification? Would longer lens help FF a bit?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.
And yes, longer lens would of course help. But often you simply don't have a longer lens, and even if you have, it is more expensive (and heavy).
The so-called crop factor is an advantage of the m4/3 sensor (over full-frame) only because the m4/3 sensor also has a higher linear resolution. With the same linear resolution, there would be no advantage of the crop factor whatsoever, because you could simply crop full-frame image in post-process, to get the exact same result.
Just to mix up the analogies: Isn't it odd that the Olympics has so many events? Surely there should be just one prize, for "Best At Sports."And there's nowhere to mount a tow bar on my Ferrari ... and it's lousy on dirt roads and sand dunes ... ;-) .
Why not, indeed ... :-DJust to mix up the analogies: Isn't it odd that the Olympics has so many events? Surely there should be just one prize, for "Best At Sports."And there's nowhere to mount a tow bar on my Ferrari ... and it's lousy on dirt roads and sand dunes ... ;-) .
It depends on lenses you can use it with it. Also on availability of some accessories, like extension tubes and macro bellows. You can do amazing macro with some compact cameras, but you are quite limited by the non-interchangeable lens. There are also compromises due to higher noise (as a consequence of smaller pixels), but this can be compensated to a degree by good lightning.So Nikon 1 is a better system for Macro photography than m43rds after all then.I see you have problems understanding terms and differences between magnification, resolution and resolving power. Perhaps you can google them, preferably on a site dedicated to microscopy or astronomy.So it is not about the amount of detail that better sensors behind better lenses do normally deliver but magnification? Would longer lens help FF a bit?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.
And yes, longer lens would of course help. But often you simply don't have a longer lens, and even if you have, it is more expensive (and heavy).
The so-called crop factor is an advantage of the m4/3 sensor (over full-frame) only because the m4/3 sensor also has a higher linear resolution. With the same linear resolution, there would be no advantage of the crop factor whatsoever, because you could simply crop full-frame image in post-process, to get the exact same result.
These are all factors related to the optics (lens), not to the sensor. Nothing changes the fact that due to the higher linear resolution of the sensor you will be able to capture more details with an m4/3 than with a full-frame (using the same macro lens or telescope).Microscopes achieve high magnification by virtue of the extreme close working distance of their objective lens combined with the magnifying eyepieceNo. Do you think lenses on microscopes (which could be considered as an extreme macro) are long? They are in fact short (wide).So longer lens is always better for macro, yes?
That’s due to its 14mm min focusing distance vs 190mm for the 60mm, not due to its focal lengthOlympus 30mm macro has greater magnification than 60mm. Lenses for extreme macro (to be used with macro bellows) are even wider (up to 20mm on a full-frame).
Canon’s MPE-65 is their highest magnification macro, far exceeding anything in MFT, and its a 65mm FF lens with extreme close focusing capabilities
The detail visible in Saturn’s rings is dependent on the focal length of the objective and on the diameter of the objective. Ultimately astronomical detail is more dependent on diffraction. Larger objective = higher diffraction limited resolution.But you can still compensate for lower linear resolution of the full-frame sensor with more specialised (and expensive) lens and associated gear, like macro bellows.
Yo can get the same macro details of an insect eye, or "tele" details of Saturn rings, but with a full-frame sensor you need more expensive lens, to compensate for its lower linear resolution.
you can use most things with an F mount, some lenses you may need to manually focus with though, as for the lighting and noise that applies to any camera especially as the sensors get smallerIt depends on lenses you can use it with it. Also on availability of some accessories, like extension tubes and macro bellows. You can do amazing macro with some compact cameras, but you are quite limited by the non-interchangeable lens. There are also compromises due to higher noise (as a consequence of smaller pixels), but this can be compensated to a degree by good lightning.So Nikon 1 is a better system for Macro photography than m43rds after all then.I see you have problems understanding terms and differences between magnification, resolution and resolving power. Perhaps you can google them, preferably on a site dedicated to microscopy or astronomy.So it is not about the amount of detail that better sensors behind better lenses do normally deliver but magnification? Would longer lens help FF a bit?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.
And yes, longer lens would of course help. But often you simply don't have a longer lens, and even if you have, it is more expensive (and heavy).
The so-called crop factor is an advantage of the m4/3 sensor (over full-frame) only because the m4/3 sensor also has a higher linear resolution. With the same linear resolution, there would be no advantage of the crop factor whatsoever, because you could simply crop full-frame image in post-process, to get the exact same result.
For some strange reason some folks, including you, have a hard time understanding what we are really talking about.pictures.
Just because my Honda gets me to work just as fast as a Ferrari doesn't make it one. Some folks here have a hard time with that for some strange reason.