I agre, the 6mp (and previously 4mp) marketing "tricks" probably
caused more harm to fuji than they expected. I don't believe that
they didn't know that the real H/V resolution of their cameras is
worse than 6mp conv. cam. I like the idea of rotated sensor, a
clever optimalisation of sensor efficiency, but the 4mp label on a
2mp camera (that performs close to 3) will cause that the real
advantages of the sensor will remain unnoticed, under the heavy
critics that proove that 2 isn't 4.
I like very much the fact that fuji cares about other aspects of
image quality than resolution.
Me too, now if they would just stop the incessant distortions.
They seem to be the only ones. But I
see again the same pixel count mess, because if I undestand well
their brochures, the combined information from S and R pixels will
produce one pixel as an output (since they are not equivalent). But
how this divided pixel structure will affect the interpolation
process?
The real question is, are there two separate S and R pixels? If
you read their literature carefully, they tap dance around that.
They say, the HR version (of the S2 Pro) is "announced today."
Read carefully...
The SuperCCD4 SR is not "announced today," like the new HR CCD, but
rather it is a "new configuration."
Not 6.7 million "sensors," 6.7 million "pixels."
Not "has" 6.7 million," but "incorporates" 6.7 million.
Reference...
http://www.fujifilm.com/JSP/fuji/epartners/PressCenterDetail.jsp?DBID=NEWS_526484
And isn't interesting that the SuperCCD SR has exactly the same
pixel count as the older SuperCCD3 in terms of S and R pixels
(3.35M x 2 = 6.7M), while the SuperCCD HR (the S2 Pro's true 6MP
CCD) has a different number of pixels, 6.63M? This proves they
aren't the same chip.
So does the careful use of the word "also" here...
"Also measuring 1/1.7" in size..."
I believe they are using the same exact SuperCCD3 chip, but double
pumping the exposure with a mini-bracket, then digitally combining
the resulting images. If you read their page with the most
liberal, sleezy lawyer interpretations of their words and diagrams,
you will see they never really deny this is what they are doing.
It would even explain the strange "mini- octagon" representation of
the both the S and the R pixel (not sensor), since they are only
portrayed as being symbolically distinct (seperated by time), not
topologically distinct. "See, we aren't being dishonest at all,
its all right there for the world to see."
Also note the "accumulated charge" diagrams. When S and R are
shown together, they have no choice but to make it clear the two
"pixels" (sort of shown as one sensor) accumulate their charges in
series, not in parallel. The S pixel doesn't gather any light
while the R pixel is operating. Yet the individual charge diagrams
above it seem to be designed to intentionally ditch that minor
little distinction ("but, but, but we are just showing them one at
a time, there").
Is the SuperCCD4 SR's 6MP "pixel" count the same, exact, recycled
hoax as SuperCCD3, using the same, exact unchanged 3 million site
sensor??
It sure looks like it.
The number of possible mathematical tricks is much higher
here so I have no idea. Will see the reults in the reviews. And i
really hope that the performance will be comparable with the
claims. It would be a great step forward.
the funny thing is that this S R structure is very similar also to
the different photoreceptor types in our eyes, now we don't see
biological arguments ...marketing again....
Right. And there is no mention of the fact that if they really did
add 3MP more sensors, which I don't think they did, stacking them
on top would produce a conventional X/Y aligned CCD grid.