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Loswr
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pokerz said:So your conclusion comes from nth, no proof at all.neuroanatomist said:pokerz said:neuroanatomist said:pokerz said:We keep talking about photo buffers.ritholtz said:Problem is with the Canon there is high probability of getting subject in focus for all 21 frames. With Sony you are only guaranteed to get 1st image in focus. Can you check few posts above where someone posted continuous shooting limitations with aperture setting. How does it affect in real life shooting?dilbert said:Canon 5D Mark IV burst: 21 @ 7fps = 3 seconds
Sony A99 II burst: 54 frames @ 12fps = 4.5 seconds
Both represent raw images.
Sony also has in built black hole active during video shooting. Any lens with f/1.8 or any faster aperture is going to work like f/3.5 during video. Black Hole eats rest of the light.
We have to accept that 5d4 cannot handle that much data than sony a99M2
True. But data quantity ≠ data quality. For example, would you consider a buffer filled with 1 in-focus image followed 53 out-of-focus frames to be useful? I wouldn't...I'd far prefer only 21 images with most or all of them in focus.
1 in-focus image followed 53 out-of-focus frames to be useful?
Show us your 54 sample photos in your test if u have any
I'd be happy to test it, if you'll let me borrow your a99 II. Or your time machine. :![]()
But, I do know what happens if your subject is changing distance during burst shooting, but your camera only focuses before the first frame and not continuously (between frames) during the burst (as happens in some cases with the a99 II). I trust you can work that one out for yourself...
Not even reading menus. :-\
Yeah, the information about the camera that Sony published on their website isn't proof, heck it's probably wrong anyway. It's not like they designed the camera or anything. If I give you a dollar, will you use it to go buy a clue?
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