John Jay
October 2nd, 2005, 04:14 PM
This is Area 51 OK,
All dimensions approximate
Fed up with cheezy video cameras full of promises but low on punch? This is for you.
A Nikon? movie camera about the size of a Pentax 6x7, big and chunky and great handling, optical reflex for critical focus (mirror down) and a big swing out LCD on the back (mirror up). It records Academy 22 x 16 mm, using Nikkor specially developed movie lenses using the famous Nikkor F-mount; which means it can also use Nikkor still lenses and it can crop to 16:9 and other AR.
Total pixel draw is 3000 x 2000 ( 6 megapixel) spread over a single CCD of dimension approx 24 x 16mm with effective pixels being a tad less. It's matte black and has the classic Nikon? badge in gold over the pentaprism. It sports a total of four high speed Compact Flash slots, at the time of writing that's 4 x 4GB el cheapo CF cards, with a total record time of twenty minutes before a reload.
The CCD is read in four row blocks (each row block approx 500x 3000 ~ 1.5 megapixel) by four parallel DSP containing all the cinegamma and opticals you need with ASA range of 50 to 3200, the four DSP link to four parallel HDV encoder boards each generating a 25 megabit stream which is dumped to CF card.
To summarize, Academy gate size is recorded, processed into 4 x 25 megabit HDV streams on 4 CF cards for a total 100 megabit stream when assembled in the computer. Each stream has embedded control information which the computer software uses to assemble the full frames with level and slope matching for seemless stiching together.
It offers a fixed frame rate of 24p and as such there is no 50i / 60i. It is a capture device only (limited playback/review from the CF cards to the LCD) Naturally once in the computer you can turn it into whatever delivery format.
If the interest is high this camera could be made available one year from now.
It uses current technology - be aware that
Nikon and Pentax use 24x16 mm CCD in their megapixel SLRs
Sony and now Canon can turn 1.5 megapixel streams into 25 megabit HDV streams
JVC have shown parallel CCD reading/processing (split image effect needs refinement)
Panasonic are pioneering tapeless aquisition
Only by informing the powers that be can you get what you really want.
If you want this to happen sign and discuss below.
All dimensions approximate
Fed up with cheezy video cameras full of promises but low on punch? This is for you.
A Nikon? movie camera about the size of a Pentax 6x7, big and chunky and great handling, optical reflex for critical focus (mirror down) and a big swing out LCD on the back (mirror up). It records Academy 22 x 16 mm, using Nikkor specially developed movie lenses using the famous Nikkor F-mount; which means it can also use Nikkor still lenses and it can crop to 16:9 and other AR.
Total pixel draw is 3000 x 2000 ( 6 megapixel) spread over a single CCD of dimension approx 24 x 16mm with effective pixels being a tad less. It's matte black and has the classic Nikon? badge in gold over the pentaprism. It sports a total of four high speed Compact Flash slots, at the time of writing that's 4 x 4GB el cheapo CF cards, with a total record time of twenty minutes before a reload.
The CCD is read in four row blocks (each row block approx 500x 3000 ~ 1.5 megapixel) by four parallel DSP containing all the cinegamma and opticals you need with ASA range of 50 to 3200, the four DSP link to four parallel HDV encoder boards each generating a 25 megabit stream which is dumped to CF card.
To summarize, Academy gate size is recorded, processed into 4 x 25 megabit HDV streams on 4 CF cards for a total 100 megabit stream when assembled in the computer. Each stream has embedded control information which the computer software uses to assemble the full frames with level and slope matching for seemless stiching together.
It offers a fixed frame rate of 24p and as such there is no 50i / 60i. It is a capture device only (limited playback/review from the CF cards to the LCD) Naturally once in the computer you can turn it into whatever delivery format.
If the interest is high this camera could be made available one year from now.
It uses current technology - be aware that
Nikon and Pentax use 24x16 mm CCD in their megapixel SLRs
Sony and now Canon can turn 1.5 megapixel streams into 25 megabit HDV streams
JVC have shown parallel CCD reading/processing (split image effect needs refinement)
Panasonic are pioneering tapeless aquisition
Only by informing the powers that be can you get what you really want.
If you want this to happen sign and discuss below.