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Here is a JPG half size taken from a 2048x1080 frame shot in the KineRAW-S35 (tm) using a 35mm f/2 Soligar M42 mount lens by way of a M42 to Canon mount adapter using a Canon to sub-PL mount adapter on the camera, the camera has a sub-PL mount for quick change of lens mounts, like PL, Canon and others like OCT-19, BNCR, and such under development. If you have a 2K monitor so you can look 1:1 you can email me for the original TIF and BMP, although these are just rough tests not full finished results. Looking at it on a 2K monitor from the uncompressed version it shows less artifacts than from the reduced JPEG here and shows more detail etc.
I shot using the both mode so I have CinemaDNG and Cineform (tm) for this shot, the Cineform (tm) can play in Quicktime when you load the corresponding 3D-LUT into the Cineform (tm) codec, its C:\ > Windows > Programs > Cineform > Tools then drag the 3D-LUT files *.cube and *.look onto the Cineform (tm) LUT installer exe program. The camera saves the 3D-LUT files into each shot's folder that correspond to the look used for monitoring in the camera while shooting that shot, so the download with the shots files when you download the shots from the SSD by copying the whole shot folder to your editing HDD.
The de-Bayer sharpen is adjustable, so you can make the wrinkles more or less visible, and this JPEG shows blocks and posterization that are not part of the camera's uncompressed results.
My Brother was able to load the Cineform (tm) 2048x1080 clips into Sony Vegas NLE and play them on his 2K monitor, as well as edit them and output, it can output to DVD or TIF image sequence etc. But in the version of Sony Vegas he has it only seems to output them as letter-boxed into 1920x1080 as far as we could tell on the first try.
My freeish DI system can process the CinemaDNG frames full size and color correct and output them all in uncompressed work-flow to avoid compression losses. My DI system can then output an uncompressed DPX frame sequence for making a 35mm print or DCP for digital projection. This 2048x1080 is the full size of the projection element in the digital theater projector, you can crop it to 2048x858 for 2.39:1 projection, or 1998x1080 for 1.85:1 projection as is the norm, but if the lens is changed and the curtains adjusted (digital theaters may not have adjustable curtains) and the right lens used on the projector you might get the full 2048x1080 on the screen for better results.
Now that looks pretty good.
I'm getting the sample KineRAW-S35 (tm) ready for shooting some more test footage and for making calibrated monitoring tables that can go out in the field for use when the cameras go on sale. Workflow testing has been going on the last few months to test color matching strategies and things seem to be shaping up.
The shiny aluminum parts in these photos are the ones I made so I can use our Konvas matte box, Mitchell follow focus, and lenses from Eyemo, Mitchell NC, Bell and Howell 2709, and OCT-19 Konvas lenses, as well as I have a Canon to the camera's sub-PL mount that I put an M42 adapter in that was used for the S35 frame sample shown in the post above. But to shoot I need the camera setup with a package and so I'm just adapting the things we already have, as other 35mm filmmakers would.
Personally I like the body aesthetic much better than the BMC. This looks like a camera, a machine I can use to capture images. The BMC looks like tupperware.
That is one sexy body. Is that HD-SDI or HMDI out to your monitor, and do you know what the possible frame rates are? And actual photo site sampling? I pre-ordered a BMC, and this may be a great addition to the BMC because of the larger sensor.
Personally I like the body aesthetic much better than the BMC. This looks like a camera, a machine I can use to capture images. The BMC looks like tupperware.