Not exactly. Pixel shifting doesn't increase lens resolving power, it takes multiple shots with the sensor shifted. So if this was a 400mp camera rather than a 100mp one, the results would be worse. It's all semantics though, because with any camera you can get this level of detail, it just takes more work and stitching shots.
lens generates a flow of light. it can't be sharp or not sharp. any lens that is focused on something gives a light. the main work is to absorb the most of this flow of light in a small amount of time on a surface. thats where MP counts. so its fully the work of matrix
It essentially halves the pixel pitch from 3.7 to 1.8.. you need 190lp/mm to utilize 1.8micron pixels. Its pretty much the best that current optics can possibly do. The largest noticeable effect comes from having full RGB info. In bayer sensors the megapixel ratings are misleading, a 100mp bayer sensor is only 33mp sensor in color (rest is interpolated). One pixel is actually 4 pixels on the sensor. So the bayer sensor basically has 7.4micron pixels. Pixels that big only can utilize around 50lp/mm resolving power from the lens. It does not go exactly like this, as bayers are asymmetric.. having twice as many green pixels as blue & red pixels.
@@ilyasnamozov2914 eat less acid :) its exactly the lens that can be sharp. MP only defines the image size. Its about the pixel pitch & lens resolution.
Not really. I literally have not been impressed by any of them. If you really want to see sharp, combine top Leica lenses with the Panasonic Lumix S1R or Leica SL2 in HD mode. The 200 megapixel files that they can produce beat the 400 megapixel files from the GFX 100.
I think a real world application would this would be to try and capture the beauty of old paintings etc. Being able to capture and reserve this much detail in a digital file is amazing. Normal everyday shooting, not really but that's not the purpose of this. Really cool to see.
Now imagine Fuji introduces a 1:1 reproduction ratio macro lens, and then use that with the pixel shift function to digitize a 6x6 film negative by stitching parts of the photographed negative together......
@@samsonkipp probably so! I use Nikon D800 to digitize film negatives, and the results are already mind blowing. I could get ~56MP for each frame after stitching.
iXG with 100/150 Mpx's, 1×120mm Scheider-Kreutznach and 3-4 extensions are just enough for 6×6 w/o stitching 🤤 BTW ROI is significant in such cases, Fuji/Sony etc does not guarantee a sufficiently long mechanical shutter life (when I mean sufficiently >2-10 mio shots)
@@virt-manager they kinda already are. Our eyes have a realy bad image quality they're mostly black and white, have blood vessels all over the matrix and very poor quality lenses. But we have the best NPU in the world to compensate for that and make the perfect image we see
At work we have a phase one 100mp and a new fuji gfx 100 since a few days ago now and I work on 100mp files on a daily basis. I wouldn´t trade my private fuji apsc cameras and lenses for systems like that, because my fuji x-t3 actually IS JUST FINE in the best way. Like Yoda said: With higher resolution comes great responsibility. ;)
@@ThisIsWideAngle I would LOVE the GFX especially since it shoots 4k 30p as well AND has IBIS. But for the work I do the XT3 is such a workhorse and I love it and will keep mind for quite some time.
I am beyond amped to get this camera. The fact that made this a feature and it's something I already do manually is going to save so much time and make for an overall better image. Appreciate the video demo!
Hello, i know its been 3 years since this video was released, but i tried downloading the .jpg's from the video description, and converted them to .jxl's (JPEG XL), with "save quality" set to 70 and "Speed effort" set to 5, and got the image down to 2.69 MB... which is insane for 407 MP image... i could still zoom in and see the incredible detail...
I downloaded a few images in 400mp resolution which were online in december and now yours. All of them have tiny, but noticable pixel artefacts in structures and contrast-lines. I wonder if this is noticeable if the resolution is downscaled and how much improvement in sharpness there still is because of the higher resolution of the, but the 400 mp file isn´t as clear as the 100mp resolution image and not quite usable in full resolution. We have the fuji gfx 100 at work since last week but I didn´t have the time to test the pixelshift option myself.
I have the same issue with mine and I thought it was user error. To be fair I have to pixel peep at insane zoom levels to notice them, so unless you are goint to print a 10m print you might not notice it. I tried to combined two pixel shift images with one taken slightly offset and at an angle before averaging them in photoshop. It cleans it up but only works if you are photographing a perfectly flat subject. Otherwise you introduce perspective/parallax issues
Probably not really, you will hit the lens resolution limit and diffraction limit. I do macros and usually I push macro lenses over their limits by using macro rings. Beyond a point I don't get any more details.
A macro lens won't capture such detail, regardless of the shooting camera. That level of detail requires a microscope with lab-grade microscope objective lenses. As an engineer working in a nanotechnology company, I produced such micro images that revealed fairly distinct detail at about 1/3 micron (>350 nanometers), beyond which diffraction was a hard limit of visible light. For reference, a single pixel in a Canon EOS R5 is about 4 microns wide; so, a good microscope would achieve a slightly blurry, but legibly detailed image of a pixel.
Since it takes 16photos i guess it also produces 1:1 RGB colour without debayering needed. That is why the images are so crisp. If that is the case, it can also produce more than 400mp images. Or 1:1 may be applicable to 100MP images. Hasselblads have this double function. You can check their implementation and see if there is something similar in the Fuji.
Sometimes higher resolution isn't the answer for everything. It's perfect for digitizing paintings but sometimes lower resolution but much higher image quality per pixel is much more important at getting an amazing image. That's basically how ari cinema cameras work. The old ones might not be able to shoot at 8K but the 1080p footage that comes out of these sensors is just amazing and very realistic.
you know I was thinking about a something like pixel shifting in the past where the camera would focus higher then a sub pixel and then shift which is kinda what this camera does I think I got the idea from CRT monitors since they are just one pixel wizzing around the screen to get an image
I'm surprised that Fuji and Sony actually state the full RGB resolution for this rather than greyscale like tye standard resolution. For example the Sony A7R4 takes 16x 61mp to use 976mp from the beyer sensor. Since it is combining each 4 images into a true 61mp RGB 4 times on a computer and then multiplying that by 4 it ends up as 244, in the same way this Fuji is doing 407mp. That's pretty impressive. Finding lenses to resolve that detail whilst requiring a completely still subject and an extremely sturdy tripod is the challenge tho.
Happy to see this video online. I purchased GFX 100 last year. Although i expected a 4K 60 Fps update since its advertised strongly as a Video camera as well it seems its not happening. Nevertheless its an amazing piece of technology. Do you believe that Apple DOES NOT SUPPORT GFX100 raw files yet.? The dual batteries are somehow not as good as the Sony Zs so I strongly advise at least 3 pairs for a days work. The camera and lenses are surprisingly light compared to their volume plus weather resistant. If you want to take this camera on a trip then make space for a medium to large backpack to accommodate enough padding for protection.
I am very curious how this would work with astrophotography, and not amateur astrophotography... but mounted on a tracker with dedicated astrographs. would the tracking throw of the pixel shift?
since we cant see the pixels move with our eyes.. how about to take a pixel shift image of the sensor of another camera performing pixel shift .. them maybe we can tell the movement if you stitch it all together in a video with 500% zoom or something like that
The movement might already be too much. Even 100mp are already pretty damn sensible. Wasn´t there a hardware solution which compensates earth rotation?
There is a program called Image Composite Editor by Microsoft, if u wanna mess around whit huge pictures just grab a 200mm zoom take 30 pictures of something, and stitch tame together hit this software! Ist really fun creating pictures whit resucuciones in the range of Gigapixels !
have you noticed the flaw present in the shot @ 9:33 1 of the 4 pixels generated is offset by about 5, meaning the shift when shot was not accurate. sure theres more detail but when 25% of all edges looks like hot garbage it should be deleted. As yet i have not seen a 400mp image that does not have this flaw (and i have access to a gfx100)
@@INSTINCT777 For what? There are way too many full frame camera makers on the market already. And the gain of FF is just not worth it, imo. Atleast not in the mirrorless line. Lenses get a lot bigger, heavier and more expensive on FF, which kinda neglects the whole idea of mirrorless in the first place. Just my 2cents tho.
how long does a 16 shot sequence take? how many seconds? would be interesting to team up with someone who has a nice stable telescope to try some single shot (well 16 shot) astrophotography to see just what is possible with such a creature!
I've been using the GFX100 for landscape and art reproduction (with the GF120 Macro) for a couple of years now. Absolutely amazing camera, but I must say that the pixelshift feature was a letdown for me. Even though I'm shooting art in studio using a heavy industrial stand rather than a tripod, the combined image always carried some artifacts. Perhaps it's time for me to revisit Fujifilm's combiner to see if there have been any recent updates. That said, the standard file is near on 1m @300ppi natively and it interpolates beautifully. This allows for print sizes well beyond the maximum width of our Canon printers (1.4m), so there is not much to be gained for the "naked eye" viewing of the printed result anyway..... especially when I capture the larger or odd-shaped artworks (that don't maximise use of the sensor in a single frame) on the rolling wall and stitch anyway.
Many flagship android smartphones do pixel binning. The crazy Megapixel numbers the advertise are binned to a resolution that is more in line with the optical quality of the lenses by default. Shooting RAW binned images is not so useful since the Bayer filter makes binning non-trivial. On monochrome cameras it can be done, we have a monochrome camera at work that we often use with pixel binning.
9:36 Looking at the hard edge on the diagonal boundary between black & white on the right image, distinct pixelation is obvious. Maybe the algorithm for pixel-shifting needs some tweaking to smooth the diagonal details! An alternative approach for higher resolution: take multiple macro shots, and stitch them together. *Much* cheaper!
the left image is blown up using nearest neighbour filter. that is why it seems softer. the resolution seemd to be there. i think pixelation is the same acriss the right image.
@@wanhl2440 thanks alot budy ! meaning it crops in on the sensor ? uses full sensor readout and thus been able to give an upscaled 4K? that would blow my hat of and mayby , sell my kidneys ...both lol . no maybe ..its such an epic camera , can only imagine it gonna go up in price rather than going down .. greets johny geerts
400MP is insane considering the size of the camera as the largest camera in the world takes up to 3200MP courtesy of SLAC National Accelerator Laboratory it is absolutely amazing how far technology has come.
interesting to see the limits of the lens' resolving power. For a higher resolution image you need a better lens as well, not just more pixels. All of the examples suffered from CA, which is not very noticable at 100 megapixels, but obvious at 400. The lens is probably phenomenal if it resolves nicely on a 100 mpx "medium format" sensor, but it was not created with pixel shift in mind
its surprising that the pixel pitch isnt too bad even tho it has such a high resolution. Imagine adding a peltier to the sensor and using it for astrophotography
Photographers: my goodness! This camera is a beast! Non photographers: psh. My galaxy s21 is 108MP. This camera isn’t anything special. I’ve run into that person before. Quite hilarious.
"Takes a 400MP shot"
"Posts it on Instagram"
🤣🤣🤣🤣🤣
Peter lik does this all the time I'm sure
Imagine the storage requirements if they’re didn’t put caps on data size
@@minuteman259 I have a Insta mod that removes those Caps.
@@fa14bi-78 no you don't lmfao the limit isn't client-side so that's not anywhere near how that works
The megapixel count isn’t even the most shocking thing, the fact that the lens is so ridiculously sharp to that level of magnification is insane.
Not exactly. Pixel shifting doesn't increase lens resolving power, it takes multiple shots with the sensor shifted. So if this was a 400mp camera rather than a 100mp one, the results would be worse. It's all semantics though, because with any camera you can get this level of detail, it just takes more work and stitching shots.
Agreed bro.
lens generates a flow of light. it can't be sharp or not sharp. any lens that is focused on something gives a light. the main work is to absorb the most of this flow of light in a small amount of time on a surface. thats where MP counts. so its fully the work of matrix
It essentially halves the pixel pitch from 3.7 to 1.8.. you need 190lp/mm to utilize 1.8micron pixels. Its pretty much the best that current optics can possibly do. The largest noticeable effect comes from having full RGB info. In bayer sensors the megapixel ratings are misleading, a 100mp bayer sensor is only 33mp sensor in color (rest is interpolated). One pixel is actually 4 pixels on the sensor. So the bayer sensor basically has 7.4micron pixels. Pixels that big only can utilize around 50lp/mm resolving power from the lens.
It does not go exactly like this, as bayers are asymmetric.. having twice as many green pixels as blue & red pixels.
@@ilyasnamozov2914 eat less acid :) its exactly the lens that can be sharp. MP only defines the image size. Its about the pixel pitch & lens resolution.
I can't wait for 20 years from now when I can buy this for $1k and take pictures of my bookshelves
second this
Let's hope for 5 years! I want to be alive when this gets down to 1K. Remember: we also need a lens ...
LOL
its now 2024 and they are going for 3kish on the used market lol
It’s 3k now
this camera combined with a macro lens lets you see bacteriums
Tesco Virus
If you make a deal with the bacteria to sit perfectly still
Omggggggggggggggggggggg
@@esbensteen5412 agree 🤣
with the mark ii you can take pics of stuff that are in subatomic sizes.
Me watching on 720p shitphone : hmm yeah, very noticeable...
I can supposively shoot 8k on my phone but can only view upto 2k resolution. Makes no sence to me so I just do 4k and watch yt at 1440p
Me! 😂
@@ItsPinecone_911 shitphone. I like it
@@tfr lol
@@ItsPinecone_911 liar what kinda phone shoots 8k
As a professional dust photographer I'm really taking this camera into consideration after seeing this marvelous review
-Fuji APSC: Hey baby, am I enough for you 😕
-The girlfriend: Yeah sure baby, don't worry about that.
-The GFX in her dm's: 😏
Hasselblad H6D in her tinder: 😈
YOU DONT GET TO GET PERSONAL :
So cool, really happy you liked my Skillshare course, thank you so much for promoting! 😍
Thanks for dropping by Amelie! And your course is really awesome!
Dude! I pity your computer for the editing part 😂
You should’ve heard the fans on that thing, sounded like a jet!
@@zy_cheng what are you using for editing? program and machine? I use a S1H and a canon eos r5 and Premiere and 32 core threadripper
agree....two weeks for one picture edition...
He uses a Mac, not a real computer
now we have an apple silicon chip 🤪
Macro lens would've been insane. Wish you had on3
Images produced by this camera are so sharp they will cut you eyeballs in half
My contact lens went slightly painful while looking at the 400MP files. I'm putting it down to sharpness.
Not really. I literally have not been impressed by any of them. If you really want to see sharp, combine top Leica lenses with the Panasonic Lumix S1R or Leica SL2 in HD mode. The 200 megapixel files that they can produce beat the 400 megapixel files from the GFX 100.
Me: finally buys a GFX 100.
*Uses it to look at dust on the various things in my room*
🤣🤣🤣
If you ever slightly have OCD that's triggering. I prolly wont stop cleaning....
I think a real world application would this would be to try and capture the beauty of old paintings etc. Being able to capture and reserve this much detail in a digital file is amazing. Normal everyday shooting, not really but that's not the purpose of this. Really cool to see.
My A7R4 does 244 MP shots. The details are mind boggling, just like this.
does it also do pixel shift ?
@@marknorris3769 - Yes. But you need Capture 20 software to align and merge the multiple files into a single file.
@@mattsnider5704 Imaging Edge should do it as well, right?
@richardhalo - No. Got it on sale. Capture One was $120.
@@Dr.LaserBeam - I don’t know if Imaging Edge allows for that. I think it is only available in Capture One.
this camera:- 407 MP
human eye at 576 MP:- this shit is getting close real fast
Now imagine Fuji introduces a 1:1 reproduction ratio macro lens, and then use that with the pixel shift function to digitize a 6x6 film negative by stitching parts of the photographed negative together......
that would be insaaaane. maybe you could even see the individual light sensitive corns in some high iso films like on a delta 3200 🤤🤤🤤
@@samsonkipp probably so! I use Nikon D800 to digitize film negatives, and the results are already mind blowing. I could get ~56MP for each frame after stitching.
This would be my dream lens and camera combo if this happened.
iXG with 100/150 Mpx's, 1×120mm Scheider-Kreutznach and 3-4 extensions are just enough for 6×6 w/o stitching 🤤
BTW ROI is significant in such cases, Fuji/Sony etc does not guarantee a sufficiently long mechanical shutter life (when I mean sufficiently >2-10 mio shots)
@@miroslavkhodl2665 it's all for the sake of having a 1GB scan file ;)
The technology is impressive... It also shows just how good GF lenses are.
one day the cameras will have better quality than our eyes
They already do.
@@micahroberts4481 i mean the megapixels of our eyes is 576 Megapixels
@@virt-manager
Only after you've reconstructed all your fov by looking at everything ?
@@virt-manager they kinda already are. Our eyes have a realy bad image quality they're mostly black and white, have blood vessels all over the matrix and very poor quality lenses. But we have the best NPU in the world to compensate for that and make the perfect image we see
Jesus this is the first photography video in a long time I’ve enjoyed
I don't usually comment, but damn that detail is insane boi
i need to tell myself: I dont need this, my fuji APSC is just fine
At work we have a phase one 100mp and a new fuji gfx 100 since a few days ago now and I work on 100mp files on a daily basis. I wouldn´t trade my private fuji apsc cameras and lenses for systems like that, because my fuji x-t3 actually IS JUST FINE in the best way.
Like Yoda said:
With higher resolution comes great responsibility. ;)
@@ThisIsWideAngle I would LOVE the GFX especially since it shoots 4k 30p as well AND has IBIS. But for the work I do the XT3 is such a workhorse and I love it and will keep mind for quite some time.
and a large format view camera with portra 400....
What sold me most was the clarity of the dust. Now I need this camera.
The camera is dumb af
I am beyond amped to get this camera. The fact that made this a feature and it's something I already do manually is going to save so much time and make for an overall better image. Appreciate the video demo!
Hello, i know its been 3 years since this video was released, but i tried downloading the .jpg's from the video description, and converted them to .jxl's (JPEG XL), with "save quality" set to 70 and "Speed effort" set to 5, and got the image down to 2.69 MB... which is insane for 407 MP image... i could still zoom in and see the incredible detail...
*If you put on a macro lens, you will see individual molecules!*
1x reproduction would mean a maximum resolving power of around 1 micron. You can see actual bacteria with this resolving power.
"If you don't shoot at 400mp then you can't see the details in the bits of dust."
I think I can live without!
The HomePod was so satisfying
Yeah, but is it any good for weddings?
What’s even more impressive than the camera is how sharp that lens is
I downloaded a few images in 400mp resolution which were online in december and now yours. All of them have tiny, but noticable pixel artefacts in structures and contrast-lines. I wonder if this is noticeable if the resolution is downscaled and how much improvement in sharpness there still is because of the higher resolution of the, but the 400 mp file isn´t as clear as the 100mp resolution image and not quite usable in full resolution.
We have the fuji gfx 100 at work since last week but I didn´t have the time to test the pixelshift option myself.
I have the same issue with mine and I thought it was user error. To be fair I have to pixel peep at insane zoom levels to notice them, so unless you are goint to print a 10m print you might not notice it. I tried to combined two pixel shift images with one taken slightly offset and at an angle before averaging them in photoshop. It cleans it up but only works if you are photographing a perfectly flat subject. Otherwise you introduce perspective/parallax issues
0.02% you mean? 🌚
Yes
I wonder with a macro lens, and shoot a CMOS sensor of another camera, is it possible to reveal the pixel of that CMOS sensor?
Probably not really, you will hit the lens resolution limit and diffraction limit. I do macros and usually I push macro lenses over their limits by using macro rings. Beyond a point I don't get any more details.
A macro lens won't capture such detail, regardless of the shooting camera. That level of detail requires a microscope with lab-grade microscope objective lenses. As an engineer working in a nanotechnology company, I produced such micro images that revealed fairly distinct detail at about 1/3 micron (>350 nanometers), beyond which diffraction was a hard limit of visible light. For reference, a single pixel in a Canon EOS R5 is about 4 microns wide; so, a good microscope would achieve a slightly blurry, but legibly detailed image of a pixel.
What a bonkers camera. Nice video.
Since it takes 16photos i guess it also produces 1:1 RGB colour without debayering needed. That is why the images are so crisp. If that is the case, it can also produce more than 400mp images. Or 1:1 may be applicable to 100MP images. Hasselblads have this double function. You can check their implementation and see if there is something similar in the Fuji.
Your English is fabulous!
love that apple pod shot, great video
Watching these videos on big ipad screen is wonderful
Sometimes higher resolution isn't the answer for everything. It's perfect for digitizing paintings but sometimes lower resolution but much higher image quality per pixel is much more important at getting an amazing image. That's basically how ari cinema cameras work. The old ones might not be able to shoot at 8K but the 1080p footage that comes out of these sensors is just amazing and very realistic.
you know I was thinking about a something like pixel shifting in the past where the camera would focus higher then a sub pixel and then shift which is kinda what this camera does
I think I got the idea from CRT monitors since they are just one pixel wizzing around the screen to get an image
I set my phone from 144p to 1080p just to watch this video lol. Fantastic work 👏
Thank you for always providing entertaining and informational content! Keep up the amazing work!
I'm surprised that Fuji and Sony actually state the full RGB resolution for this rather than greyscale like tye standard resolution. For example the Sony A7R4 takes 16x 61mp to use 976mp from the beyer sensor. Since it is combining each 4 images into a true 61mp RGB 4 times on a computer and then multiplying that by 4 it ends up as 244, in the same way this Fuji is doing 407mp. That's pretty impressive. Finding lenses to resolve that detail whilst requiring a completely still subject and an extremely sturdy tripod is the challenge tho.
I bet it would be awesome for astrophotography, like you can have a milky way landscape and a planetary nebula in one shot
I'm equally amazed by the quality of the lense that allows to utilize this crazy resolution
An excellent method I had no knowledge of previously ❤
Thank you Mr Fruity-Voice, that was amazing; seriously. Fanks🐶
finally... the perfect digital film home scanner setup
also the optics you have on it is amazing
Man, I would love to see this with a macro lens!
Happy to see this video online.
I purchased GFX 100 last year. Although i expected a 4K 60 Fps update since its advertised strongly as a Video camera as well it seems its not happening. Nevertheless its an amazing piece of technology. Do you believe that Apple DOES NOT SUPPORT GFX100 raw files yet.? The dual batteries are somehow not as good as the Sony Zs so I strongly advise at least 3 pairs for a days work. The camera and lenses are surprisingly light compared to their volume plus weather resistant. If you want to take this camera on a trip then make space for a medium to large backpack to accommodate enough padding for protection.
just the fact that this lens can resolve this much resolution is ridiculous!
That is the best segway to the sponsored message ever!
I am very curious how this would work with astrophotography, and not amateur astrophotography... but mounted on a tracker with dedicated astrographs. would the tracking throw of the pixel shift?
Outstanding presentation 👍😎♥️
since we cant see the pixels move with our eyes.. how about to take a pixel shift image of the sensor of another camera performing pixel shift .. them maybe we can tell the movement if you stitch it all together in a video with 500% zoom or something like that
7:16 its an angel dancing on the head of a pin
Wow epic camera ,cepic video budy !
I would use it for astrophotography , moonphotography .
Althought the earth moves to...hmm ?
Grtz
The movement might already be too much. Even 100mp are already pretty damn sensible.
Wasn´t there a hardware solution which compensates earth rotation?
Tank you, now i can see atoms using this camera
There is a program called Image Composite Editor by Microsoft, if u wanna mess around whit huge pictures just grab a 200mm zoom take 30 pictures of something, and stitch tame together hit this software! Ist really fun creating pictures whit resucuciones in the range of Gigapixels !
This is beyond bonkers!
have you noticed the flaw present in the shot @ 9:33 1 of the 4 pixels generated is offset by about 5, meaning the shift when shot was not accurate. sure theres more detail but when 25% of all edges looks like hot garbage it should be deleted. As yet i have not seen a 400mp image that does not have this flaw (and i have access to a gfx100)
hav you tried digitizing negatives with that? I think itll be so interesting to see the individual grains
Superman: I see your sensor moving.
Photographer: what??
Do you use a separate digital view finder with this camera? If so which ??
CAn you use a macro lens and see if you can see cells and bacteria on stuff?
This Camera with a Macro lens would be a God send for Motherboards scans and close ups of Electronics internals.
I love Pixel peeping!!!
To me it's mind bogling how fuji avoids a full frame sensor but then makes this
IMHO because people would stop buying their APSC cameras and lenses. The whole line up would lose value.
@@kikodotfilip that's likely it :( I hope to see a fullframe fuji in future
@@INSTINCT777 For what? There are way too many full frame camera makers on the market already. And the gain of FF is just not worth it, imo. Atleast not in the mirrorless line. Lenses get a lot bigger, heavier and more expensive on FF, which kinda neglects the whole idea of mirrorless in the first place. Just my 2cents tho.
how long does a 16 shot sequence take? how many seconds? would be interesting to team up with someone who has a nice stable telescope to try some single shot (well 16 shot) astrophotography to see just what is possible with such a creature!
Bits of dust chilling :D
I've been using the GFX100 for landscape and art reproduction (with the GF120 Macro) for a couple of years now. Absolutely amazing camera, but I must say that the pixelshift feature was a letdown for me. Even though I'm shooting art in studio using a heavy industrial stand rather than a tripod, the combined image always carried some artifacts. Perhaps it's time for me to revisit Fujifilm's combiner to see if there have been any recent updates. That said, the standard file is near on 1m @300ppi natively and it interpolates beautifully. This allows for print sizes well beyond the maximum width of our Canon printers (1.4m), so there is not much to be gained for the "naked eye" viewing of the printed result anyway..... especially when I capture the larger or odd-shaped artworks (that don't maximise use of the sensor in a single frame) on the rolling wall and stitch anyway.
This is mental 🔥
Best way to find the pieces of Dust
Was always wondering if the opposite of pixel binning was possible. Now we just need an app for that.
Many flagship android smartphones do pixel binning. The crazy Megapixel numbers the advertise are binned to a resolution that is more in line with the optical quality of the lenses by default. Shooting RAW binned images is not so useful since the Bayer filter makes binning non-trivial. On monochrome cameras it can be done, we have a monochrome camera at work that we often use with pixel binning.
9:36 Looking at the hard edge on the diagonal boundary between black & white on the right image, distinct pixelation is obvious. Maybe the algorithm for pixel-shifting needs some tweaking to smooth the diagonal details!
An alternative approach for higher resolution: take multiple macro shots, and stitch them together. *Much* cheaper!
the left image is blown up using nearest neighbour filter. that is why it seems softer. the resolution seemd to be there. i think pixelation is the same acriss the right image.
I really like the term »pixel peeping« 😊
Can you do macro with this camera? Still object is okay, but if you can do it with some animal, it will be more statisfied
Question: can you compare this against the IQ4 150MP OR 100MP
Would love to see an actual use case for this... product photos for a billboard campaign? Massive gallery style prints?
I really would like to see you use the pixel shift for making a HDRi for lighting 3D scenes.
I remember olympus e5m2 shocked me with its pixel shift resolution, but this 10 times that :D
I'm way late to this video, but that is absolutely INSANE
My mind exploded when I tried to imagine a micro lens on a 400 megapixel camera.
Can I use it for my daily vlogs ?
Why not ...you would be unique in that doing .. lol
Can it record video ?
Grtz
@@Metaldetectiontubeworldwide it can record video at 4k and is the first medium format to do so.
@@wanhl2440 thanks alot budy !
meaning it crops in on the sensor ?
uses full sensor readout and thus been able to give an upscaled 4K?
that would blow my hat of and mayby , sell my kidneys ...both lol .
no maybe ..its such an epic camera , can only imagine it gonna go up in price rather than going down ..
greets johny geerts
Crazy! Very good an informative Video :)
definitely gotta try a macro lens on this body!
Ok, simple question. what is diffraction limit on this optics ? megapixels are pointless unless it has other data than neighbor pixel
can somebody please tell me if this would be useful to digitize kodachrome slides ?
When you zoomed in on the homepod 😲
Do all those pixels result in higher noise levels at full resolution?
400MP is insane considering the size of the camera as the largest camera in the world takes up to 3200MP courtesy of SLAC National Accelerator Laboratory it is absolutely amazing how far technology has come.
interesting to see the limits of the lens' resolving power. For a higher resolution image you need a better lens as well, not just more pixels. All of the examples suffered from CA, which is not very noticable at 100 megapixels, but obvious at 400. The lens is probably phenomenal if it resolves nicely on a 100 mpx "medium format" sensor, but it was not created with pixel shift in mind
Can you use same algorithm on any camera with stabilization?
this camera combined with a macro lens lets you see germs
Definitely suited to digital preservation or forensic detail.
Finally I can step up my dust photography game!
its surprising that the pixel pitch isnt too bad even tho it has such a high resolution. Imagine adding a peltier to the sensor and using it for astrophotography
Photographers: my goodness! This camera is a beast!
Non photographers: psh. My galaxy s21 is 108MP. This camera isn’t anything special.
I’ve run into that person before. Quite hilarious.
I wonder if a star tracked Astro shot would be still enough
How does the screen or printer display images with data smaller than a pixel?