About the workflow issue, I have a freeish DI system on my website ([url=http://www.DANCAD3D.com]www.DANCAD3D.com[/url]) and free de-Bayer software developed just for cameras like this, and have been talking with Acam dII (tm), KineRAW (tm) and OptimaCine (tm) for more than 4 years on their camera development.
My de-Bayer software supports both plain RAW sensor data and DNG files in CinemaDNG form with meta-data for SMPTE time code and other special features.
I have test demo reels made with the KineRAW-S8p (tm) prototype Super8 Digital Cinema Camera (planed MSRP $1500 - $2000 with HDMI 1280x720 color LUT corrected viewfinder with 200% zoom etc.)
[url=http://vimeo.com/33997025]KineRAW-S8p (tm) lens test reel #A2 w/o links[/url]
[url=http://vimeo.com/35148088]KineRAW-S8p (tm) 2.5K lens test reel B1[/url]
You can see de-Bayer results on the Acam dII (tm) web site,
40200001.BMP is on page,
[url=http://www.ikonoskop.com/forum/?action=listPosts&forumID=8&parentID=1322]http://www.ikonoskop.com/forum/?action=listPosts&forumID=8&parentID=1322[/url]
at link,
[url=http://www.ikonoskop.com/begood/forum_attach.php?14159711654f0f0ac899cbb8.52359071]http://www.ikonoskop.com/begood/forum_attach.php?14159711654f0f0ac899cbb8.52359071[/url]
I have support for DNG from Kinor-2K the Russian RAW camera, and also SI-2K (tm) which has a converter to make DNG from their native RAW format (without using Cineform (tm)).
If digital Bolex would like me to add camera specific features to my free de-Bayer program they can contact me by email, but if their DNG are CinemaDNG standard, they should load as is now.
I have EDR (Extended Dynamic Range) processing that can make up for some of the limited dynamic range of the Kodak sensor, you can look that up in the spec sheet on the Kodak site. The sensor in the KineRAW-S8p (tm) I think is rated about a stop more dynamic range, but shows a bit more noise maybe overall without de-noise processing. I have temporal noise reduction in my de-Bayer program that should work with any camera, even HDSLR camera frames.
Iridas Speed Grade (tm) and Adobe (tm) products support CinemaDNG now and offer real time de-Bayer solutions. DNG can also be converted to Cineform (tm), Prores (tm), and H.264. The Cineform (tm) and Prores (tm) offer bit depth greater than the 8 bit data standard for HDSLR. As anyone knows you cannot do a heavy grade on full size 8bit HDSLR output without introducing histogram gaps, shooting 12bit True RAW is a good way to avoid histogram gaps in the graded footage. Quality can be maintained maybe if you use an uncompressed workflow that does not degrade the images in other ways as well. I have a cost fee free uncompressed DI solution in beta-test now, and there are hundreds of other ways to post CinemaDNG frames depending on how much you want to degrade them by introducing compression, if you just compress for off-line editing, you can go back to the pristine True RAW DNG frames to do your conform, so you get the best of both worlds a quick and easy off line edit, and maximum quality for a uncompressed conform in the DI stage to filmout or DCP.
Both KineRAW.com (tm) and OptimaCine.com (tm) have developed 2.5K cameras that shoot full bandwidth, and have done so on a budget, so its probably not imposable for the digital Bolex team to do the same after the others have done so. OptimaCine.com (tm) was going to sell his camera as two circuit boards for about $500, but tells me he is working on a stand alone design now, so who knows what will come on the market before too long, but Adobe (tm)'s CinemaDNG movement is moving forward... uncompressed Digital NeGatives, like movie film was.