When 8 Megapixels Just Isn't Enough 236
squidfrog writes "AP has an interesting article on a half photochemical, half digital process to produce 2.6-gigabyte photographs at 'more than a thousand times the size and resolution of those generated by a typical digital camera for consumers.' 'A vacuum pump ensures that the film is flat to within one-thousandth of an inch, and a dual-mirror device keeps the film parallel to the lens. Sand bags strapped to the camera and tripod prevent the machine from shifting, and a reinforced aluminum cradle maintains the parts of the camera in perfect alignment.' The images are apparently higher resolution than can be reproduced on available printing technology (5' by 10'), but the designer hopes to use an 18' by 36' digital display wall to reproduce the images at their best possible resolution in the future. The camera has apparently only been utilized for landscape photography thus far."
wow (Score:4, Funny)
Re:wow (Score:2, Funny)
re:wow (Score:5, Insightful)
Re:wow (Score:2)
Re:wow (Score:3)
Re:wow (Score:2)
Yeah, but how about this camera [wired.com]. Dude turned an old mail truck into a camera that produces prints in feet! I suppose you could argue that it isn't portable, but it is mobile . . .
NSFW (Score:2)
Dude - you should warn us that it's not safe for work!
- Thomas;
Re:wow (Score:3, Funny)
It's their new response to piracy: make the images so large that it's easier to just buy the magazine.
Re: (Score:2)
one word (Score:2)
Re:wow (Score:3, Informative)
Re:wow (Score:2)
Don't you lose a lot of resolution when printing out to a line-screen format like a magazine (*)? Isn't medium/large format film overkill in this situation?
(*) let me restate that assertion as a question: what is the effective resolution of a "typical" glossy magazine photo, as measured in dpi (pixels, not lines)?
Re:wow (Score:2)
What is the effective dpi resolution of a halftone color picture on a glossy magazine page (call it 8x11 inches)?
I realize the monochrome text is very sharp, and has the 2400 dpi effective rez, but that's not what I'm curious about.
does a 133lpi halftone screen =~ 133 dpi? or should I read your example to mean that 133lpi ~= 60dpi?
Re:wow (Score:2)
Yeah right... (Score:2, Funny)
Re:Yeah right... (Score:2, Funny)
KFG
Nice! (Score:2)
Re:Nice! (Score:2, Informative)
Interesting, but... (Score:5, Funny)
...110lbs of camera, vacumpump, sandbags and a specially reinforced cradle? Me think we won't see this kind of sofistication (and stunning pictures) from a consumerlevel camera anytime soon. Or at all, as he rightly points out in the article.
Maybe as well - a 5'x10', sharply focused photo of my own fingertip wouldn't be all that interesting ;)
Re:Interesting, but... (Score:3, Informative)
Room Sized Computers (Score:5, Funny)
not earth shattering (Score:2, Informative)
Everything is sharp? well he's just stopped down the lens. thats why he needs sandbags to weigh the thing down, the exposure times will be quite long i would imagine.
The camera has some intersting features for film flatness but this is really the only innovation.
The neg size is quite puny really. At Antwerpen Photograpic Museum I saw a camera which was HUGE - as tall as me. Took something like 4 foot negative plates
which reminds me (Score:3, Insightful)
Re:which reminds me (Score:5, Informative)
Actually, I believe 9" film is still pretty standard for aerial photography. At least in the old days, they had to do so much overlap to compensate for the speed of the plane (vs headwinds) and other factors, they'd only end up with about a 5" square of new data in the middle of a frame, and they'd have to overlap quite a bit to stitch together an accurate map.
Interestingly, this is in part why RC paper was developed. Fiber photo paper stretched and shrank too much, and when you're doing things like plotting bomb trajectories, the accuracy of your maps is pretty important.
Or not.
Re:which reminds me (Score:4, Informative)
Re:not earth shattering (Score:4, Insightful)
What is with this freaking diminutive attitude? Is your life so shallow and meaningless that you can't see any beauty in the effort it took to set this up, from a geek angle?
Honestly, this is one hell of a cool project. So its not portable, so what? Its still some interesting science, well applied, to a real-life situation with good result.
The neg size is quite puny really. At Antwerpen Photograpic Museum I saw a camera which was HUGE - as tall as me. Took something like 4 foot negative plates.
Yeah, well while you're all "cool" and "elite" and everything for having visited Antwerp, on the web I saw this... and since it could drive to Antwerp and take a picture of your so-called 'cool place', it shits all over your 4 foot negative plates
Really. What a negative person you are.
Re:not earth shattering (Score:2, Interesting)
Re:not earth shattering (Score:2)
As a student i worked in that Antwerp museum almost every week, this year!
(The huge camera *is* impressive, to be sure..)
Re:not earth shattering (Score:2, Insightful)
Actually yeah, I would be quite interested in hearing about that, since I am of the ilk that whatever physical endeavours a man chooses to waste his time on, its still a lot more interesting than hearing someone shit all over someone else, just because "it doesn't excite them"...
So tell me how you made a video projector. If its cheap, I might yet still learn something from you,
Not Earth Shattering, But Advanced (Score:5, Insightful)
You're right. Nothing here is absolutly earth shattering. However, you're overlooking the extent to which the process has been taken. The film flatness is a HUGE issue at the enlargement rations at which he is working. Vacuum systems, while comercially available for medium format, are pretty much unheard of for large format cameras. The mirror alignment check is also a critical detail. Commonly used in telescopes, and within the last few years, enlargers, this is the first camera I have heard of that employs such a thing. Keeping the film plane absolutely perpendicular to the optical axis is, again, critical at these enlargement ratios because even an arcsecond of misalignment will produce visible defocus. The use of aerial film contributes greatly to the finished product. Aerial film has a MUCH higher resolution than standard films. The problem, as stated in the AP article, is using aerial film to reproduce a scene and produce a final print containing reasonable contrast and color values. This is where digital imaging comes in. The negative on the film cannot be used to make a "photo-realistic" print with conventional wet-process materials.
Oh, and it is highly unlikely that he "just stopped down the lens" At smaller aperatures, diffraction starts to become an issue and the resolving power is lowered dramatically. As for the sand bags, their purpose is likely twofold. Well, one purpose, two reasons. Obviously, they're there to reduce movement during the exposure. Part of this need is brought on from the length of the exposure time, but part of it also comes from the maximum allowable movement during the exposure. Take, for instance, the blades of grass. They're x millimeters wide d meters from the camera. From this, you can determine the degrees of arc that a blade of grass subtends. Moving to the back of the lens (inside the camera) you can work from the subtended angle and the distance to the film plane to determine the size of the blade of grass on the film. To avoid triganometry, consider that the entire vista before the camera is shrunk down to the size of the film, a small detail like a blade of grass is really, REALLY small on the film. If the film or lens moves by the size of the blade of grass on film, the blade of grass will be completly obliterated. If it moves even a small fraction of that size, it will be visibly unsharp. There's a reason holography is done on giant, sand filled isolation tables (no, I'm not implying that these photographs are resolved to somthing on the same order as the wavelengths of the light being recorded, I'm just saying thery're out there in the same freaky territory).
This camera isn't a new thing, it's an old thing taken to a place never before explored.
Re:Not Earth Shattering, But Advanced (Score:3, Interesting)
Actually, it's not. The effective sensor size is about ~7umx7um, which is very like the 8umx8um of top range digital SLRs. So not much gain in resolution here (resolution is number of pixels per mm, not number of pixels per frame). And then he throws away a lot of the colour information and reproduces it fro
Re:Not Earth Shattering, But Advanced (Score:5, Informative)
OK, here goes:
Vacuum film planes are ancient tech for prepress cameras. At 20x24 and up, it's not just cool, it's an absolute requirement to use film (instead of plates).
Mirror alignment check to get the film plane and lens parallel? Useless in landscape work. Worse than useless. You don't *want* them parallel. You want the film plane vertical, and you want to tilt the lens forward (top away from the film) to move the plane of focus and *improve* sharpness. Otherwise the only way to get the depth of field you need is by stopping way, way down. And you're right, there are diffraction limits, (you obviously do telescope optics) but they don't start to bite you until at least f/45, more likely f/64.
"Aerial Film has a MUCH higher resolution..." Not really. The color aerial films only have 80-100 lp/mm resolution...pretty much the same as professional chrome film. They have wacky spectral sensitivities, because they're designed for data collection, not photorealistic images, and that's what forces this guy to scan the film and work in Photoshop. There are some very high-resolution b/w aerial films, but they really aren't that much better than something like Tech Pan. The real reason he's using aerial film is because he can get it in that size.
[Note to another poster: You do get it in rolls. In fact, that's the only way you can: 9.5 inches by 200-2000 feet. This guy is cutting sheets off one of those rolls...yet another reason he needs a vacuum film plane.]
Getting film this big is actually a real problem because nobody uses it. I checked out an 11x14 view camera from the cage over Christmas one year, and had to shoot Cibachrome directly because I couldn't get film. EI 6 and 30CC Cyan over the lens, but it worked....and let me tell you, contact prints look soft next to a direct Cibachrome.
Sandbagging view cameras is nothing new...and for all your discussion of the arc subtended by the image of a blade of grass...remember that the grass is likely to move.
The camera isn't a new thing at all. It's a very old thing, in territory explored and abandoned decades ago, with a few bits of new tech to work around not being able to get the right old tech.
Now, with all that said. I do think it's very cool that there's someone out shooting 9x18" film. Big view cameras produce really amazing images, and I applaud this guys work. (I understand the problem too...Mt. Sopris is gorgeous, and all of my photos of it are really dull.)
The real problem here is that the article was written by someone with no knowledge of the subject.
-Z
Re:Not Earth Shattering, But Advanced (Score:2)
Re:Not Earth Shattering, But Advanced (Score:2)
There's a magazine article with different details, a few more facts and knowledge of a different aspect the subject.
I could have sworn it was the latest issue of I.D. [idonline.com] (not to be confused with iD Magazine) but their website does not seem to have the latest issue (the new water issue). I don't have it here at work, so I could be mistaken- it could be another of my magazines.
For all the use of the Internet, I c
Re:Not Earth Shattering, But Advanced (Score:2)
2. Agreed, and I haven't the faintest idea why.
5. Back that one up. I went crawling through the Kodak aerial data sheets and couldn't find a color film that was better than 80 lp/mm at 1.6:1 and 100 lp/mm at 1000:1. Velvia, on the other hand is 80 lp/mm at 1.6:1, and 160 lp/mm at 1000:1.
7. I think it's called the Cage at every photo school on the planet.
Re:Not Earth Shattering, But Advanced (Score:2)
Re:Not Earth Shattering, But Advanced (Score:2)
While people do use normal sized isolation table (dinner table size), it's kinda pointless making them any bigger. You just can't do large holograms using a continous laser beam - you'll spend all day trying to get it to be even remotely stable, and even then it's pot luck.
IMHO, pretty much all holography in the future will be done digitally and with pulsed lasers. With a pulse laser you could do the hologram in the back of a moving van. Be pointless, but I ju
Not advanced, nothing special at all (Score:2)
The article is making something mundane sound really impressive. A little research shows that there is an entire community of Ultra-Large Format Photographers [janvanhove.com] who will laugh at this guy.
After all, ULF cameras can be easily purchased commercially, at sizes up to 20x24:
Ebony cameras [ebonycamera.com] (Look at bottom-left frame for 20x24 cameras).
Wisner cameras [wisner.com]
Film (which comes in single-shot sheets) must be custom-ordered from Kodak, Fuji, Ilford, Bergger, etc.
As far as the focussing question: these cameras hav
Family portraits (Score:2, Funny)
Odd restrictions... (Score:5, Insightful)
Depth of Field is the area of acceptable sharpness, generally considered to be 1/3 in front of the plane of focus, and 2/3s behind it. It's limited based on a number of factors including lens length (and thus, aperture) and distance to subject. If you were shooting a landscape, and wanted to ensure your foreground was in focus, as well as the mountains off in the distance, you'd tilt the top of the focal plane forward a bit, for instance.
Not to belittle this guy's ideas, but going that far out of your way to keep your lens parallel to your film plane, with that type of camera, seems a bit silly.
Re:Odd restrictions... (Score:2)
Re:Odd restrictions... (Score:2)
Another advantage of having used a view camera is that it gives you an understanding of perspective. With a view camera, the lens and film aren't fixed parallel to each other. This opens up a huge range of creative opportunities that are unavailable to most users of 35mm and medium format gear. For example, if you want to take a photo of a building with a Nikon, you have to point the camera up towards the sky. You will then be projecti
Genuine Panorama photo equipment was similar! (Score:4, Informative)
A long strip of negative was gradually pulled slowly across the focal plane as the camera was slowly rotated
The photographs from 80 years ago are staggering in detail.
BTW his , method was replicated using CRT and mirrors with a negative moving along in a long strip to create ultra hi rez newspaper printing plates in the early 1980s. This stuff is old hat.
The reason? The negatives themselves are very tall but astonishingly long.
A modern camera can never be desinged to do that. Its a lost artform.
luckily examples of the photos exist in libraries
if dig camera manufacturers did not LIE and count the colors seperately RGBG (two greens per blue and red) then the megapixels would not be 400% inflated.
a 16 megapixel camera is actually only 4 megapixel
a primitive 33mm negative is 8,000 "pels" wid in resolution.
digital cameras will take years to reach that.
even the best real 1920x1080 camera (the Thompson Viper) can take a phot at that res in one 60th of a second exposure at 12 bits of color depth.
Thats a joke compared to a 40 dollar SLR camera.
let alone a 1930s panorama camera
Wake me up in 20 years when i can finally be impressed.
Re:Genuine Panorama photo equipment was similar! (Score:2, Interesting)
Theoretically there's no reason why a camera mount couldn't be designed to do the same thing as the clockwork rotation of the old system. The camera would take a sequ
Re:Genuine Panorama photo equipment was similar! (Score:2)
Sorry, but they don't lie: they still have the same amount of effective pixels as declared, and each pixel registers its own photons. Sure color interpolation amounts for some quality loss, but it is far from 400%.
even the best real 1920x1080 camera (the Thompson Viper) can take a phot at that res in one 60th of a second exposure at 12 bits of color de
Re:Genuine Panorama photo equipment was similar! (Score:2)
Of course it can. 1/60th of a second ain't that fucking fast shutter speed.
Re:Genuine Panorama photo equipment was similar! (Score:2)
a 16 megapixel camera is actually only 4 megapixel
a primitive 33mm negative is 8,000 "pels" wid in resolution.
digital cameras will take years to reach that.
Umm... the proof of the pudding is in the eating.
Make a, say, 11x17 print from a film negative. Then make the same-sized print from a digital file produced by one of the current crop of digital SL
Re:Genuine Panorama photo equipment was similar! (Score:4, Insightful)
That's a ridiculous statement. First of all, my 6.3 megapixel camera outputs images that are perfectly sharp and full of detail right down to the pixel level, at a resolution of 3072 x 2048. How many pixels is that? 6291456. Sounds pretty damn close to 6.3 MP to me.
Your fearmongering about the Bayer pattern (RGBG) interpolation is unjustified. It's not marketing bullshit to have alternating colors (and double green) the way the Bayer pattern does, it's very much intentional. The Bayer pattern is designed to mimic the way our eyes detect light, and for most people, very professional photographers included, it does a superb job. If you are doing serious astronomical work (one of the few places where the interpolation fails to give optimal results, because you don't want to see what the human eye sees, you want to see more) then the Sigma Foveon X3 [sigmaphoto.com] sensors may be something you're interested in. But other than that, the cones in the eye are not laid out alltogether in little blocks of RGB. If you want to record what a human being would see if standing where you are, there are people who actually prefer Bayer pattern sensors.
even the best real 1920x1080 camera (the Thompson Viper) can take a phot at that res in one 60th of a second exposure at 12 bits of color depth.
That's ridiculous too. The Sigma SD9 and SD10 using Foveon X3 sensors have 3.4 MP, which is significantly more than 1920x1080. And what does exposure length have to do with anything in this discussion? 1/60 sec? Huh?
Wake me up in 20 years when i can finally be impressed.
Don't worry, we'll wake you up when CDs sound better than records, too. Some people just can't get over the fact that we know exactly where the limits of digital technologies are, whereas the limits of analog don't lend themselves to quantification, therefore people assume that they have no limits and are 'perfect'. Just another form of zealotry. I'd prefer to know exactly where my limits are, so I know when I've exceeded them. Helps me avoid situations where I'm asking too much of the camera and have to try something different (multiple exposures, filter, whatever)
Digital? (Score:5, Insightful)
Digital comes in (Score:3, Insightful)
Re:Digital comes in (Score:3, Insightful)
Re:Digital? (Score:2)
What an idiotic thing to say! To reduce painting to mere representation seems like an incredibly cretinous thing for a photographer to say. It's like saying "what's the point of doing math when a computer can calulate for you?"
Re:Math for fun? (Score:2)
Re:Math for fun? (Score:2)
'Pointing a camera at something' isn't photography any more than 'putting paint on a canvas' is painting.
A painter should know better... (Score:3, Insightful)
So, the point of paiting is making something that is as close as possible to a photography?
Maybe it's because I saw a Miro exposition just last Sunday, but the quote gave me a good laugh!
Re:A painter should know better... (Score:2)
Impressive camera (Score:5, Insightful)
2.6gb file online? link posted on slashdot!!?? (Score:4, Funny)
luckily his website [cliffordross.com] doesnt have a 2.6 gigabyte image file...slashdot crowd + 2.6gb file = *shudder*
if anyone has a sample of the mountain picture post a link.
Re:2.6gb file online? link posted on slashdot!!?? (Score:3, Funny)
Shudder! LOL. I get it.
Professional cameras (Score:4, Interesting)
Re:Professional cameras (Score:3, Insightful)
Released in 2006? (Score:5, Funny)
110 lbs, eh? (Score:4, Funny)
Re:110 lbs, eh? (Score:3, Insightful)
2.6gb (Score:4, Informative)
Re:2.6gb (Score:2, Insightful)
or a better format for storing the pictures
Re:2.6gb (Score:3, Insightful)
Re:2.6gb (Score:5, Funny)
Already got one. I have a method of storing in excess of a Gb of information on a 60mmx60mm piece of porous plastic less than 1mm thick by coating one surface of the sheet with gelatin into which is embedded silver halide crystals and certain other chemicals. Currently it's Write Once only (WORM) but given the small size and very low cost I do not see this as a problem, infact given the durability (if stored correctly) of this material I believed that it would be excellent for use as a medium to long term storage solution. No electric power or electronics are required in the storage or reading of the media, although methods using both exist and some users may prefer to use them.
I think I'll call it........film.
Stephen
what about the gigapixel one? (Score:2)
It was
Missing something (Score:5, Insightful)
A bridge (Score:4, Insightful)
On a smaller scale, I have both an EOS 500N and an EOD 300D, and I use both, but for different reasons. Digital gives me instant verification of my settings and allow me to do lots of tests without burning my money on prints, and my old 500N is used to take the final picture that I will be able to print in large.
To go back to the current topic, it illustrates what direction the digital cameras should take to make film based ones really obsolete: it's all about resolution, although many will say this is false. I agree with the fact that better lenses are far more important than a high resolution, but when you already have a good lens, the only way is to go up in details.
Accuracy != resolution. (Score:2)
Where film has it's advantage is resolution. It's cheaper to get more resolution, and has a higher limit than digital the moment (and probably will for a while).
Re:Accuracy != resolution. (Score:3, Insightful)
Also color fidelity and saturation, low-light photography, slow shutter-speed photography (i.e., those cool pictures of a city at night with all the streaky red lights from the vehicles), medium-and-large format photography (though to be fair, Mamiya has digital backs now for their medium-format cameras), infrared film photography, and lower power-consumption.
Re:Accuracy != resolution. (Score:2)
Re:Accuracy != resolution. (Score:3, Interesting)
I have some photos on my site that I took with a borrowed Nikon D100, a top-of-the-line Digital SLR. You can see the gallery I'm talking about here [kombat.org]. Virtually all of the nighttime photos had to be retouched in Photoshop, because they had tiny specks of color in the dark areas. I thought there was something wrong with the camera, or maybe just dust on the lens, but after talking to other digital ph
Re:Accuracy != resolution. (Score:2)
Re:Accuracy != resolution. (Score:2)
A D100 is hardly a top of the line digital SLR. It's not even a top of the line Nikon digital SLR. While the image problems you mention are typical of long-exposures on a digital, the D100 is, frankly, just crappy at low-light, long-exposure photography.
Re:The #2 digital advantage (Score:2)
This I agree with. The dynamic range of digitals is still a lot worse than colour negative film (although comparable to slide film).
I'm not sure I understand what you're saying... slide film saturation is superior to print film. Digital saturation may be approaching (or on par) with print film, but my point was that it is still inferior to slide film. It sounds like you are under the false impression that print film exhibits superior saturation to slide film.
Re:The #2 digital advantage (Score:2)
Great... (Score:2, Funny)
100 lb sandbags, the next must-have accessories for your 3oz, matchbox sized camera.
Space (Score:2)
Nothing truely new (Score:5, Insightful)
The reason the film is held flat under pressure and the front standard is held perfectly parallel to the film is that when you are doing aerial spy photography in WW2, you want to use a large apeture and high shutter speed. This means that your DOF is quite narrow and if the film and/or front standard is out of alignment, some of the photo will be out of focus. Using mirrors would also dampen/eliminate some of the vibration of the planes at the time. Of course, when using the photo for non-aerial/spy photography, you sometimes don't want everything parallel, because you want to change the plane of focus (one of the reasons for lugging such a large camera around in the first place!). So I would have thought this would be a disadvantage rather than an advantage.
Plus the fact you would have to cut your own film for it..
Re:Nothing truely new (Score:2)
Doesn't get art (Score:2)
"what's the point of painting this scene when I can take a photo with no loss of resolution"
Yes he might have high res photos, but he misses the entire concept of art.
Myself I have a SLR and a 2 megapixel digital camera. One is for photos, one for snapshots.
Digitize IMAX! (Score:5, Interesting)
If we could digitize the process it would allow for widespread IMAZ screen implimentation. However, due to the colossal massive-ness of the screen you need some hiiiiiiigh ass resolution. You would also need some 30 fps out of the camera, so maybe film will be essential to IMAX in the cmoing years, but we can get there!
I'm sure data storage isn't a problem, but resolution and projection are. I'm not calling for implimentation tomorrow, but the digitization of all formats benefits the art, so maybe a 10-year goal?
The major advantage is cutting out the cost for the film (which is high) and the cost of processing the film. (Also high)
Just think of IMAX pr0n!!! Minka can truly be the number one, asian, big-boob queen.
More than 8 Megapixels is not new (Score:5, Informative)
Anyway, the problem with digital photographs is not really the definition, but the very narrow luminance range the sensors are able to record. That's where the photo-chemical process makes a huge difference: it is able to keep much more detail in the very bright areas. That wouldn't matter for advertizing photography in a studio with controlled lighting, but in the real world, our eye sees a huge range, photographic film much less, and digital sensors far less.
Spheron HDR - 26 f-Stops (Score:3, Interesting)
Re:More than 8 Megapixels is not new (Score:3, Informative)
Nope. The term you are looking for is "dynamic range". There are several ways to measure it, but to keep things photographic, we'll be talking about dynamic range in f-stops.
Slide (aka positive) color film has a dynamic range of 5-6 f-stops. Negative color film has a range of 9-10 f-stops. Current digital has a dynamic range of 7-8 f-stops, slightly better than slides and a bit worse than negatives
Re:More than 8 Megapixels is not new (Score:2)
While CCD sensors are more or less linear, software is used to compresses the extremes and get better-looking shadows and especially to avoid the horrible "clipping" of the over-exposed whites. That's what the DCC switch on the video cameras does (does anybody ever switch it off??). Recent cameras give finer control on these fea
Re:More than 8 Megapixels is not new (Score:2)
Yes, the dynamic range of CCD's and film is much higher than that of the cones of the human eye, but it's not a fair comparison. On the picture, you have to set the aperture on your camera once, take the shot, and be done with it. The film must capture the entire dynamic range you want in the image with one exposure setting.
Were a human standing in the same place observing the scene, her iris would change it's aperture on the fly many times a second,
If he can do this at 26 frames/second... (Score:2)
Not such a big deal... (Score:2, Informative)
View cameras have been around forever. They are basically a light proof box to hold film, with a lens and a focusing mechanism (about the simplest camera you can have). They are large, but use bigger pieces of film for each photo - It's a simple rule of physics - the less you enlarge, the less detail i
Display Wall (Score:2, Interesting)
He'd better be careful about the specifications on his display wall, or he'll end up in the same boat as Spinal Tap did.
"Dude, I got an unbelievable deal from this guy who's going to build us an 18' by 36' display wall! This is going to make a great backdrop
a one hour photo shop (Score:2)
Is there no limit? (Score:2)
more than a thousand times the size and resolution of those generated by a typical digital camera for consumers...
Isn't this kind of insane reoslution encroaching on the limit of what our eyes can even see??? How many "pixels" can your eyes even interprey ( as in, how many rods and cones are there on the back of your retina ) ? I can't see there being more than a few billion... your brain just "fills in" the gaps.
Honestly, when you're talking about resolutions like this I think it's probably beyond anyt
Re:Pr0n (Score:2)
Re:Innovation? Bah! (Score:3, Funny)
Re:Innovation? Bah! (Score:2)
I await Sony or Apple's version personally.
Re:2.6 Gigabye = ? Gigapixel (Score:2, Interesting)
Do consumers want this? (Score:2)
Higher resolutions mean larger lenses and sensors. Larger semiconductors cost LOTS more than smaller one, and larger lenses tend to follow that trend too.
I think resolution wise, the consumer market will mostly stop at what can be done with a 16 or 22mm CCD/CMOS. Pro's will want higher resolutions, but that equipment will still remain expensive for a while.