rrcphoto said:I would clearly join the WTF is canon thinking if they had a 4K solution that was compact, sealed from the environment and running on other DSLR's.
all they have right now is a hack job that lives side by side to the 1080p video stream from the sensor through DIGIC.
Face reality: canon can "do" 4K from the current cameras, only by scraping a windowed JPEG from the sensor 30/60 times a second by bypassing the video stream that encompasses the h.264 encoder, HDMI, etc entirely. It's easy and efficient to do in software and requires no additional camera hardware to pull it off.
Those saying that canon is deliberately crippling, or "could do it easily" are living in some kind of fantasy land that doesn't exist.
Their broadcast 4K solutions in the CINI line are done using single and dual DIGIC DV chips entirely different than the DIGIC's found in stills cameras - and they run hot and consume far more power than DIGIC's in stills.
Canon simply doesn't have it. Why is another question and for that - I agree with the 4K frothing at the teeth fans, they should. They are big enough with a large enough R&D budget that unless they have a locked in deal with TI for DIGIC. TI has no direct 4k or better effecient h.264 encoders. Period. Why they don't is beyond the pale as well. the ones they do have are heatsinked m'f'ers. if you look at the history of TI's encoders, you very clearly see a parallel march in canon's video support progression in DSLR's.
They could swap DryOS over to snapdragon SoC's without much problem (that's what DryOS was all about!!) if TI isn't giving them what they need. DryOS has it's own HAL (hardware abstraction layer)
However, for whatever reason they don't. Complaining about it isn't going to get it on a camera, if you really need a hybrid solution, get a Sony. Maybe that will make canon wake up after a while.
This actually makes a lot of sense.
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