They are both un-edited RAWs that I screenshotted out of Lightroom so I won't judge the final output of either camera based on this pair of images alone.The first foto is definitely more beautiful.
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They are both un-edited RAWs that I screenshotted out of Lightroom so I won't judge the final output of either camera based on this pair of images alone.The first foto is definitely more beautiful.
Yes, we know. They've been lagging behind for nearly 15 years. How they manage to stay in business, much less continue to dominate the market, is a mystery. Well, to some."Canon is lagging behind the competition" klaxon - everybody take a drink!
The A9III is fantastic for video. Perhaps Sony’s best sensor. The exposure latitude matches the Red V-Raptor-W. The only thing that lets it down is the less robust internal XAVC-S codec. That said, it’s all most need. The external raw removes the limitations. FYI: I own both the R1 and A9III.The a9 III also has dynamic range issues at high ISO where it is most important.
I am not sure why so many people fail to mention this.
As I own both I can tell you, the A9III seems to work in almost all lighting conditions without flicker. It works exceptionally well with LED walls, with no artifacting. The R1 works in most conditions, though cheap LED lights will cause flicker and LED walls must be shot in Raw to avoid artifacts. The global shutter makes these otherwise challenging conditions a non-issue.in the world of sub 3ms readout speeds, I am trying to wrap my head around where GS makes sense.
The answer I am coming too:
High readout/High MP/fast action.
Thinking though the math the R1 is reading its sensor at 2.7 ms: 24MB/0.0027 sec =8,889 MB/sec. The R5 II: 45MB/0.0063 sec=7,142 MB/sec. Likely higher as I am using 1:1 MP to MB here.
Say Canon has a 60 MP sensor where they want sub 3 ms readout speeds? That would be 60 MP/0.003 sec = 20,000 MB/sec. Perhaps beyond the next generation of Digic.
Or, as these decisions usually boil down to cost, getting a digic/other readout hardware to do ~20,000 MB/sec is more costly than a global shutter.
All speculation, but this fits for a high resolution R3 or R7. With R3 it makes some sense to me as the R1 would be ultimate IQ and R3 would take an IQ hit but give higher MP. I’ll happily take ultimate IQ.
That certainly looks like LED banding. Very interesting, indeed. Thank you for providing that picture.Here is an example with the 1DX2 + 70-200..
Great pics for comparison Thx for sharing!I’ve posted this elsewhere, but global and leaf shutter cameras are the only cameras that display no artifacting when shooting scenes with PWM-dimmable theatrical LED lights when using high enough shutter speeds to freeze motion.
For my use case, I don’t particularly care about the high fps that GS can achieve, but shooting with worrying about these kinds of banding is nice.
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The photos are unedited RAWs screenshotted straight out of LR, but the R3 did choose a warmer white balance for this scene than the A9III. That said, I would caution against making any generalized IQ comparisons based on that alone.Great pics for comparison Thx for sharing!
I do actually like the first pic better because it has warm light and the colors. I don´t know if this is due to the cameras or the lighting on stage.
You may have shot the 1DX2 in electronic shutter mode as well ...It was on ES in this case, but I’ve had the same issue in specific lighting situations even with DSLRs like the 1DX2 (and that certainly has a mechanical shutter).
The only fix I found is really to slow the shutter speed all the way down but then you can’t freeze motion especially in dance, so it really is a case of pick your poison.
I also like ES for theater and dance for silence reasons (it can be distracting for some of the student actors I work with) so a GS camera would “solve” all my problems.
When did you talk to my wife?Please don't make future buying plans based on this, but this human is right far more often than they're wrong.
I don't think the 1DX2 even had an electronic shutter or even EFCS mode.You may have shot the 1DX2 in electronic shutter mode as well ...
Each pixel is at least 14 bits of resolution (to provide the DR) so the result is 15.6GB/sec (24E6 pixel * 14bit/pixel / 2.7msec). However, that's after the A/D converter. Most likely they have multiple ADCs converting in parallel and a wide databus (say 16ADC and a 16*14bit =224bit databus, but now they have 1/40sec - 2.7msec = 22.3msec to store the entire image in memory, so a ~67MHz conversion rate and databus speed would suffice).Thinking though the math the R1 is reading its sensor at 2.7 ms: 24MB/0.0027 sec =8,889 MB/sec. The R5 II: 45MB/0.0063 sec=7,142 MB/sec. Likely higher as I am using 1:1 MP to MB here.
It was probably called ‘silent lv2 shooting’ or something equally unhelpful.I don't think the 1DX2 even had an electronic shutter or even EFCS mode.
It didn’t. Canon called it ‘silent shutter’ even for live view, but with the advent of electronic shutters (the 1D X III was the first 1-series with it), Canon said on DSLRs like the 1D X II it would be better referred to as ‘soft shutter’.I don't think the 1DX2 even had an electronic shutter or even EFCS mode.
I have similar issues in some indoor sports locations with ES on my R5. No way to fix it in post. The lighting shouldn't be dimmable though.Here is an example with the 1DX2 + 70-200, I am not sure what you would classify this as:
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Fair enough. I'll stand corrected on that one. 8 bits to a byte. 24MP * 14 bit/pixel /8 bits/byte / 2.7 msec.... 15.6 GB/sec coming off the R1 sensor. But, the proportions I think hold comparing larger MP if you want fast readout speeds.Each pixel is at least 14 bits of resolution (to provide the DR) so the result is 15.6GB/sec (24E6 pixel * 14bit/pixel / 2.7msec). However, that's after the A/D converter. Most likely they have multiple ADCs converting in parallel and a wide databus (say 16ADC and a 16*14bit =224bit databus, but now they have 1/40sec - 2.7msec = 22.3msec to store the entire image in memory, so a ~67MHz conversion rate and databus speed would suffice).