Canon Develops 8 X 8 Inch Digital CMOS Sensor 209
dh003i writes "Canon has developed a 8 x 8 inch CMOS digital sensor. It will be able to capture an image with 1/100th the light intensity required by a DSLR and will be able to record video at 60 fps in lighting half the intensity of moonlight. There are already many excellent quality lenses designed to cover 8 x 10 inches, although Canon may develop some of their own designed specifically for their requirements."
Coming soon? (Score:4, Informative)
what we could get? (Score:2, Informative)
Moonlight on the earth surface or moonlight of the moon?
Taking photos of the moon is same thing as taking photos of the bright sunlight of theearth surface. Like 1/125 f:11 ISO 100.
No but really, that is impressive but depends from the aperture and lens quality do we get better than f:0.4 or something. But that just means the A/D conversion is impressive at that size of sensor so we might see very noiseless ISO of 250 000 setting.
But there really is demand to get a old formats back. Especially if the megapixel amount would be same as with negative. What is not going to happend because Canon likes more to make bigger sensors than tight megapixels. Thing about A4 (197x210mm) sized full size architecture camera. On such negative with ISO 50-100 you can capture more details than what you could even think about with digital cameras.
Re:no resolution (Score:5, Informative)
Re:back to old style camera sizes? (Score:5, Informative)
Re:Resolution...? (Score:2, Informative)
Re:back to old style camera sizes? (Score:3, Informative)
Re:no resolution (Score:5, Informative)
Ahem. Remember that you have to account for the Bayseian Filter in front of the sensor.
It's not a "Bayseian filter" [sic], it's a Bayer matrix [wikipedia.org].
Re:no resolution (Score:2, Informative)
Re:back to old style camera sizes? (Score:5, Informative)
Last time I looked, which waasn't that long ago, there were two DSLR tilt-shift lenses on the market, they cost about $3,000, and the coverage they had was unimpressive.
It must have been a quite a LONG time ago, because Canon has had 3 tilt-shift lenses available for years. The were released in 1991, and are still available today. A few years ago they added a 4th lens to the batch (and updated one of the old models with a
new version). So your choices are:
17mm f/4
24mm f/3.5
45mm f/2.8
90mm f/2.8
Also, when I checked a few years ago, the cheapest one was under $1500. Today they range from $1200 to $2200.
Re:no resolution (Score:3, Informative)
Same goes for lens aberrations of various sorts, you can make them less obvious, but at the end of the day, you're still sacrificing image quality and counting on the camera system to do the right thing. But you're still going to lose detail and introduce other image problems.
Re:Coming soon? (Score:4, Informative)
What you're saying is absolutely insane, I'm sorry.
The sensor in my copier costs, what, $10? Maybe?
You're talking about replacing that with something that would likely cost over $100,000 as well as well as the optics to support it.
The sensor in a fax machine and the sensor in a camera are *totally* different things.
Re:back to old style camera sizes? (Score:3, Informative)
The 35mm tilt/shift lenses provide nothing like the range of flexibility provided by a view camera.
I've looked at both and a DSLR + tilt/shift lens is a poor substitute for a view camera if you are looking range of adjustment, quality of image, and the size of print possible without pixelation or blurring. The DSLR sensor is just too small and the 35mm tilt/shift lenses 2 axes of adjustment cannot compare with the 3 axes of adjustment available in a view camera. Plus, the view camera has a much greater range of adjustment. There's really no comparison between the two.
Re:Coming soon? (Score:5, Informative)
Re:Shutter speed (Score:3, Informative)
Large Format View Cameras do not use focal plane shutters like DSLRs. They use blade type shutters mounted in the lenses. The real use for high sensitivity will be to allow for smaller apertures and greater depth of field.