I'm still astounded by that first picture. I can almost ouch the sail and push at it it looks so real. That's impressive to me.
That's what I thought as well, it is jaw dropping in deed.
Since the Hy6 was announced I followed that with great interest, and read what ever I could find about it. I followed discussions where Rainer was involved, and learned a good bit.
However, I also had concerns for such a system to be used in challenging situations, irish sea- and landscapes being the passion of my life, hence I asked Thierry about the usability in that respect.
If I am not close to the Atlantik for a few days, I start feeling sick in a way. The ocean is a life long love affair that has no comparison.
Funny enough, a few days after I contacted Thierry this great news on Sinar/Nicolas hit your site, and it more than answered my pondering on this point.
A few years ago, I sat for many hours in one spot because I had observed "the light to explode" there at a certain time before and I wanted to get that. I can imagine what could be achieved with a Hy6/emotion LV in such a scene.
While stitching is a nice way to enhance resolution, it is not valid for a certain type of photography of course, and that is where the Sinar/emotion excells beautifully from the little I saw so far, it's ability to capture the smallest nuances of light and texture.
What interests me the most is the final performance, the print.
I can not wait to see it in Reality! I have the highest expectations in terms of, in Lack of a better word I just call it "3d~ish look", a look that can not be achieved with the best available DSLR's these days, this in fact is more than likely one of the main reasons for the exceptional quality of such system.
Then again, I am not astonished in a way, a company that achieved such results back in Summer 2006 when I was shooting the above scene with my lovely 5 MP Olympus E1.... well.... <smile>
DALSA Semiconductor has today announced that it has developed the worlds first sensor with a total resolution of over 100 million pixels. To be more specific this single sensor, developed for astronomy, has 10,560 x 10,560 pixels, 111 million in total. The active area of the sensor measures approximately four by four inches and has a 9 µm pixel pitch. This sensor has been developed in conjunction with Semiconductor Technology Associates for the US Naval Observatory.
DALSA Press Release 6/19/2006
http://www.dalsa.com/news/news.asp?itemID=252