The ULTIMATE Canon lens

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Don Haines

Beware of cats with laser eyes!
Jun 3, 2012
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The ULTIMATE! Canon lens. Called the Hyper Suprime-Cam, it’s a 870-megapixel ultra-wide-field camera that stands 3 meters (~10 feet) high and weighs in at 3 tons. The 870-megapixel images are captured by 116 individual CCD sensors placed together on a focal plane in a chamber that’s kept at -100° C.

On the front of the camera is an extremely large lens that was manufactured by Canon. It contains seven optical elements, with some of the lenses up to a meter in diameter.

You can read about it at:
http://petapixel.com/2013/06/24/this-870-megapixel-monster-camera-has-116-sensors-and-weighs-3-tons/
 

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Don Haines said:
The ULTIMATE! Canon lens. Called the Hyper Suprime-Cam, it’s a 870-megapixel ultra-wide-field camera that stands 3 meters (~10 feet) high and weighs in at 3 tons. The 870-megapixel images are captured by 116 individual CCD sensors placed together on a focal plane in a chamber that’s kept at -100° C.

On the front of the camera is an extremely large lens that was manufactured by Canon. It contains seven optical elements, with some of the lenses up to a meter in diameter.

You can read about it at:
http://petapixel.com/2013/06/24/this-870-megapixel-monster-camera-has-116-sensors-and-weighs-3-tons/

what is the ultimate use? spy satellite?
 
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I would like to use this for BIF photography. I might need a bigger tripod and gimbal head though. ;D

From the link Don supplied....
"The lens actually isn’t the main “lens” of the camera. You see, the Hyper Suprime-Cam is actually the new camera unit of the Subaru Telescope, the 8.2-meter flagship telescope of the National Astronomical Observatory of Japan. The Canon-made “Wide Field Corrector,” as it’s called, is placed in front of the giant sensor in order to improve the image quality of the main telescope lens.

The focusing unit of the camera (below) was developed by Mitsubishi, and is extremely precise: the 3-ton camera can be focused with adjustments as small as 1-2 microns, which is about 1/100 the width of a human hair.The camera was installed in late 2011 and was turned on in early 2012. It’ll be pointed toward the heavens in order to help scientists determine the distribution of dark matter in the universe."
(via Subaru Telescope via Reddit)
 
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