michaeldhead wrote:No, a double overclocked computer...
The following example:
According to the technical data sheet, the CPU has 2ghz, if it is overclocked to 3 or 4 ghz, then its logic is correct in this case. This can be called overclocking.
But this is not true for BMPCC hardware
There is a technical data sheet for the built-in hardware and this should be considered and not speculated. So:
The sensor can 100fps, see:
http://fairchildimaging.com/files/data_ ... 910f_0.pdfMaximum frame rate
- 100 fps (rolling shutter)
- 50 fps (global shutter) = BM has this also completely disabled for BMPCC.
Power consumption: 0.8W with dual ADC channels operating at 100 fps!!!! This is almost nothing, not even 1W! At 48, 50 or 60fps, even less.
And the Spartan 6 FPGA hardware can process more than 30fps GUARANTEED. Read for example this:
https://forums.xilinx.com/t5/Xcell-Dail ... a-p/826125 It is guaranteed not to get hotter than the BMMCC. It might get hotter when the images are written to the SD card. Because then 48, 50 or 60fps are not only processed one-sided, but two-sided, read once and write these. Reading once and forwarding to HDMI does not generate any additional heat. Whatever, may be the bad internal LCD can't reproduce 50fps or 60fps? But there is no information about this.
The fact is, BM clocked the system down. It would be more logical to say that BM built 5 ghz into a Rapberry case and clocked it down to 500mhz. 800 Mhz (BMPCC with 48, 50 or 60fps) wouldn't be a problem for Raspberry cases either, I'll drill holes in the case if I have to.
Why do you assume the internals of the Video Assist has the same internals and the same cooling as the OG Pocket?
I didn't say that. But the BM VA gets very hot (with 24, 25 or 30fps) during longer operation...
Cameras, Video Assists... from BM, is FPGA technology.