Driftwood Cluster V5 Panasonic GF2 Hack 105-120mbps Motion jpeg

http://bit.do/diBwt Secret sale page at Glocksoft.
Are your White Water Rapids recorded scenes filled with blocks and squares in your water? Look at: Driftwood Globular Cluster V5 in Panasonic GF2 (got mine for $80 used, body, no lens, with all the retailed box accessories on Ebay "Buy it Now") outputs 2K 4:2:0 Cinema 2048x1152 motion jpeg on class 6 32gb SD card (fortunately it is writing at class 10 speeds). Amazing results. 104.1mbps steady long recording, 123.2mbps 5 sec recording. This absolutely crazy camera can fit in the palm of a half way closed hand. I took a assortment of consumer camcorders with me to test along side this stellar orphan (it appears this and many other G line Panasonic cameras have the same architecture (only difference may be 3 core compared to 4 core, the die could even have a open socket for the forth core, same 1.2 ghz?) as the Flagship 4K cinema simultaneous 8mb photo "GH4", in order to keep the launch cost down of the GH4, they've been selling the high powered processing architecture in thousands of their cameras already, long before the GH4 model even sold a single unit). None of the cameras could even pickup a twig, the Canon was the only one that could take a reach for a twig, but none could shake a stick at it. hard to see the difference on YouTube. I uploaded this 2k to 4k upscaled file at: https://www.youtube.com/watch?v=-IkfqUx_5kc, but it is still to hard to see any difference. Basically, Canon's video compression AVCHD (http://en.wikipedia.org/wiki/AVCHD) has visable blocks, where there should be smooth rounded edges and flowing water, it looks like it has one I frame and two faked predictive frames, when viewing the source video frame by frame. Motion jpeg is a single jpeg frame, at thirty frames a second. I still like the integral lens camcorders, motorized zooms, auto everything, but this Panasonic GF2 with the hack, amazing results. There "may" be a potential heat problem with these results if NM technology, heat sinking and throughput isn't matched.