RED's New Digital Stills and Motion Camera Pushing the Limits
rallymatte writes to mention that camera maker RED has announced a new digital stills and motion camera system that includes one model that can shoot up to 28K at 25 fps. The new system will come in three tiers: Scarlet, Epic, and their top of line model which won't be out until possibly 2010. Still image capture will range anywhere from 4.9 megapixels to an insane 261 megapixels. In addition to some impressive 'traditional' hardware, RED also announced a 3D camera.
...what would be the printed size of a 261 megapixels image, using current printers?
The mind boggles
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Red makes a big splash here in the tech world, but I'm curious to know how their cameras stack up against anything from Arri or Panavision; they're theoretically the "big dogs" when it comes to filming motion pictures. Do they see an upstart like Red as a threat? Do they have similar products? Yes, Googling is my friend and I could find out models, prices, etc., but what I'm really trying to get at is whether or not these companies are feeling in any way threatened by this announcement, and whether filmmakers see Red's cameras as a way of making blockbuster-quality movies cheaper, better quality, etc.
More precisely, why would anyone continue to shoot film in this day and age? Especially since programs like Avid and Final Cut are likely going to be the tools to edit the movie, regardless of origin. Seems a pure-digital workflow would be the way to go.
http://rcjohnso.com/REDFACTS.html
Am I missing something here? In my current lab, we're using 8 of MAC's Eagle cameras at the relatively low frame rate of 200 fps.
MAC has just put out their Raptor camera:
These have onboard tracking technology which allows for auto identification of shapes (usually circular markers) in 2/500 of a second.
It seems like this RED camera under-performs in all categories.
I think Olympus was trying to get extra dynamic range. Something like each pixel having two sensing elements, one saturating slowly and another saturating rapidly. Properly done, you are essentially getting one under exposed and one overexposed pictures taken simultaneously. By changing the weights of blending, you could get much better pictures. Exported in RAW file format, one could do this processing completely offline using more powerful computer, memory intensive operations taking more CPU time. The work is based on earlier Fuji camera film. They were trying to get two sets of grains in the same negative (one at ASA24 and another at ASA400).
In chemical processing you can not really adjust the weights between under and over exposed pictures and the technology did not take off. But in digital cameras it should find more applications.
I wonder if it is possible to read the charge in the CCD without really erasing it. Thus a still image exposed for, say, 1/100 sec we could save a picture after 1/1000 exposure, and a 1/500, 1/200, and then the 1/100. Now we have four pictures and we blend them with different weights off line using RAW images! Don't know if it is really possible.
sed -e 's/Chuck Norris/Rajnikant/g' joke > fact
Ok 261 megapixel, yeah, cool, but, since RED cameras use canon/nikon photo lenses how they suppose to obtain such a resolution? I mean, currently with new cameras (like 5dMkII) coming out we are allready speaking about lens limits (also for "top" lenses like L marked ones). So, how can they push this camera to that resolution without enlarging sensor size? For 261 megapixel you will need AT LEAST 6x6 sensor rather than normal 35mm. And 6x6 sensor requires really big lenses (like hasselblad) and probably won't keep up either. So, i think there is too much "megapixel" marketing here rather than "real" resolution.
What handheld device can write 19 gigabytes/sec.?
(25 x 261000000 x 3)
No sig today...
I could be misinformed about this, but from a little googling, it looks like the red will lenses that were intended for use on DSLR cameras.
$1000 bucks and you've bought yourself some nice glass. Keep in mind that nikon has been making lenses with the same mount for the last ~50 years. Some of them can be had for CHEAP on ebay.
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I don't think digital will ever "surpass" film, as with any analog->digital transformation you loose data. Not that it will practically matter soon.
For large sets, this will be our guide even unto death, for the LORD will work for each type of data it is applied to...
doesn't beat it for what? unless you're shooting a movie that's going to be displayed in an IMAX theater why would you need more than 8 Megapixel? pixel resolution means nothing unless you have something capable of displaying the pixel data. and there are few applications in which you would observe any noticeable benefit by going beyond 1080p.
here is a comparison of digital video formats. even if you have a 150" plasma screen TV capable of displaying 4096x2160 resolution, you're not going to notice any difference in video quality above Digital Cinema 2K (2048x1080) or HDTV 1080p unless you're sitting less than 2' away from the TV.
saying that it's only 4096x2160 is like dick-sizing about having a still-camera capable of more than 10 Megapixel resolution. sure, there are people out there that need a 36 Megapixel camera, but for 99.9% of the consumer market it'd be a monumental waste of money. even if you were creating a billboard you could just upscale a 6 Megapixel image at, at most, 72 dpi (and often as low as 9 dpi).
doesn't beat it for what? unless you're shooting a movie that's going to be displayed in an IMAX theater why would you need more than 8 Megapixel?
It's quite common for scenes to be zoomed in after they're cropped, especially with FX shots.
sure, there are people out there that need a 36 Megapixel camera, but for 99.9% of the consumer market it'd be a monumental waste of money
You should click the link and look at the NOT consumer camera.
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