Hands on with Casio's Crazy High-speed Camera
While in Tokyo for CEATEC, I made the pilgrimage to Casio headquarters and geeked out at their museum. I saw the world's first electronic calculator (about the size of a toaster oven) and also the first digital camera with—if you can believe it—an LCD screen on the back.
But my real purpose was to meet with the father of that old camera, Jin Nakayama, to see his latest offspring. It's so new, in fact, they haven’t chosen a name yet. But it’s the wildest camera I've ever seen. By mating a high-performance CMOS image sensor with a new, lightening-fast processor, the camera can shoot up to 60 (yes, 60) six-megapixel photos per second or—get this—300 video frames per second. That’s National Geographic-style slow-mo video from a consumer camera. Well, if Casio goes ahead and builds a consumer camera. For now, it’s just a science experiment. But the prototype I saw looks pretty darn close to a real product.
Enough talking. If a picture's worth a thousand words, this 300-picture-per-second clip of me drinking water is the Magna Carta.—Sean Captain













do you have a video to upload? 10x slo-mo would be awesome on a consumer camera.
Posted by: Some Guy | October 04, 2007 at 12:24 PM
Okay, sign me up. Every physics teacher in the US will want one of these as well. Any idea at a possible time frame for release and/or MRP?
Posted by: Just Another Engineer | October 05, 2007 at 08:44 AM
I want one now more than I want an upgrade to my Nikon D70s.
Posted by: Ma Mary | January 06, 2008 at 09:42 PM
@ Just Another Engineer, it is expected to be released in March 2008, with a list price of $1000 (one thousand dollars).
The Japanese sites report a starting monthly production output of 10,000 units, so we could have some an interesting supply/demand situation if the early reviews are positive.
Posted by: 1001 noisy cameras | January 07, 2008 at 10:04 AM
is the shutter speed fast enough to freeze motion and stop blur? and 300 fps is ok but from my experience that may not be fast enough for many physics applications
Posted by: Chris Keay | April 09, 2008 at 10:47 AM