... Nikon is telling us, that it is the best available technique,
while C announces 3 weeks after a 10 or 12 mpx 400D.
that is how it was in the last years and I see no sign from Nikon
that they go for leadership.
Actually they've shown in the last year that they are serious about stepping up their releases to compete in the growing DSLR market place.
D70s
D2hs
D50
D2x
all this year. The most important development that bodes extremely well for Nikon's future IMO is the CMOS sensor tech. they co developed with Sony.
First, the fact they co developed it makes it very likely the same tech. won't appear in any mass market chips that Sony might produce any time soon. It's possible some licensing agreement can change this in the future but it would be very foolish of Nikon not to cover their contribution to the tech by taking some sort of exclusivity rights to the tech. or to the use of chips produced by it.
Secondly, Nikon has a tight relationship with Sony as far as providing lithographic steppers (the devices uses to "punch" sensors and chips in fabs. Nikon would be foolish again, not to leverage this relationship against their sensor needs to reduce costs or secure more concessions on the codeveloped tech. from Sony.
Third, the design costs for the common aspects of the CMOS tech. are being amortized by the D2x line. These can now be paralleled into lower resolution processes with a change only in the design cost for the new processes. This means that as more D2x's are sold, the costs for all sensors that use the technology base also comes down..even for sensors not yet released using that process but at lower resolution. I wouldn't be suprised at all, if (when) Sony announces 8mp and 10mp CMOS chips. Remeber that these are downgrades from the already released 12mp APS CMOS sensor. Since CMOS fabrication is inherently cheaper than CCD fabrication the cost imperative for doing this from both Sony (the manufacturer ever looking to reduce production costs) and Nikon (the designer ever looking to reduce procurement costs) will be exceedingly great.
Fourth, as demonstrated in the D2x the technology is amazing. A first public generation CMOS process that offers performance on par with Canon's latest generation offerings when photosite area is roughly compared. Assuming the same image processing pipeline a lower density 8mp or 10mp CMOS sensor would have between
40% and !20% more photosensitive area per photosite than the existing D2x 12mp sensor. This increase would allow the wide range of sensitivity needed for a CMOS driven D200 that can compete for several years with the comparable Canon models to come. It would future proof the low end and semi pro end of Nikon's DSLR line precisely at the time it is most needed IMO. (as DSLR sales projections will begin to turn in the coming year)
I think the CMOS foundation is Nikon's trump card for asserting leadership in the DSLR space. If I am right you'll see in the next few years more rapid releases of DSLR's from Nikon and a very fast transition to an all CMOS line. It would be a blunder for them to sit on the proven performance (in terms of both cost and image quality) metrics of the new CMOS technology assuming they have as large a stake in it's development as is believed.
I've given my ideas on the D200 specs before but here again:
10mp APS CMOS (ISO 100 - 3200)
5fps
Magnesium alloy, new body design along D2x lines "baby D2x"
AF module that performs on level of D1x(Cam 1300 eqiv) or better
Color matrix metering (just like D2x)
iTTL
bigger LCD than existing D100 possibly same as used in D2x
Optional grip
Standard list of versatile options for image parameters plus a few new features.
Price $1700 Kit , $1500 body only
Time will tell how close this is to reality...
Regards,
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