Canon EOS R1: The Best High ISO Performance Yet from a Canon sensor

Pleasantly surprised with that.

Especially since the R5 II came with some ISO noise DEGRADATIONS compared to the R5, which was mostly attributed to being a tradeoff for the much faster readout speed of the R5 II sensor.

With the R1 sensor again being much faster than the R3, I wouldn't have been surprised to see a (smaller) kind of tradeoff there. The R1 isn't top end in everything after all, for example the back display is lower resolution than that of the R3.

To now hear that the R1's noise performance is actually BETTER than that of the R3, along with having much faster readout, is a nice bonus.
Note this article doesn't provide any concrete measurements and doesn't contain any comparison images shot in a controlled environment. It mostly explains the creation of noise reduction presets for Lightroom. I'd rather wait for measurements from Photonstophotos and/or DxOMark. The latter have a very significant lag though, they still haven't done the R5II.

In reality, I suspect, the R1 will be the same or slightly better than the R3 in terms of the dynamic range and high ISO noise.
 
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Note this article doesn't provide any concrete measurements and doesn't contain any comparison images shot in a controlled environment. It mostly explains the creation of noise reduction presets for Lightroom. I'd rather wait for measurements from Photonstophotos and/or DxOMark. The latter have a very significant lag though, they still haven't done the R5II.

In reality, I suspect, the R1 will be the same or slightly better than the R3 in terms of the dynamic range and high ISO noise.
Exactly my thoughts... I must say I wasn't very brave on that one reading all the satisfied comments here ;)

Though there's at least TDP that have some image noise samples that you can compare with R3 : https://www.the-digital-picture.com...2800&CameraComp=1553&TestComp=0&ISOComp=12800

I don't see much differences in this comparison, but it's not enough to conclude, to be fair. First is R1 second is R3.

Anyway, having information about noise processing is interesting, even if I don't use anything Ad..be anymore at that point...

Capture d’écran 2024-11-21 à 11.11.19.pngCapture d’écran 2024-11-21 à 11.11.36.png
 
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Exactly my thoughts... I must say I wasn't very brave on that one reading all the satisfied comments here ;)

Though there's at least TDP that have some image noise samples that you can compare with R3 : https://www.the-digital-picture.com...2800&CameraComp=1553&TestComp=0&ISOComp=12800

I don't see much differences in this comparison, but it's not enough to conclude, to be fair. First is R1 second is R3.

Anyway, having information about noise processing is interesting, even if I don't use anything Ad..be anymore at that point...

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Well, the sensor readout on the R1 is twice as fast, so there's going to be a noise factor. However, I think the R1 is better with some colour channels. I also prefer the noise pattern on the R1 in ES.

It's much better than the a1... yeah resolution.
 
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Well, the sensor readout on the R1 is twice as fast, so there's going to be a noise factor. However, I think the R1 is better with some colour channels. I also prefer the noise pattern on the R1 in ES.
Sure, readout is clearly a more important thing for that kind of camera... anyway even if it "only" does the same as the R3, with nearly twice the readout, I think that's enough to be satisfied of the sensor capabilities. Given it can do many other things for its owner, I guess that's more than enough ;).

TBH, I don't worry much about ISO noise at least since the 6D. I'm often more concerned about colour shifts. Not much to worry about then, with those high-end FF cameras.
 
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Tbh the visible noise seems to be the roughly the same at high ISOs but I can see a bit more detail on the ruler in the R3's images.
Agreed, though only one test image and set of conditions are hardly a base for conclusion. Even the more precise and complete DPR image quality tests are not enough to conclude for real world usage.
However, there's a need for more information sources to have a better idea.
 
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Exactly my thoughts... I must say I wasn't very brave on that one reading all the satisfied comments here ;)

Though there's at least TDP that have some image noise samples that you can compare with R3 : https://www.the-digital-picture.com...2800&CameraComp=1553&TestComp=0&ISOComp=12800

I don't see much differences in this comparison, but it's not enough to conclude, to be fair. First is R1 second is R3.

Anyway, having information about noise processing is interesting, even if I don't use anything Ad..be anymore at that point...

View attachment 221106View attachment 221107
Do we know if they used the same lens between the two cameras?
 
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It took a lot of searching to find this! https://www.the-digital-picture.com/Help/ISO-Noise.aspx
Yes, the same lens.
He uses DPP to convert RAW. I wonder what the comparison would be with DxO.
Normally they'd try to minimise software processing in those comparisons. You can't draw conclusions about the sensor performance/noise after applying an unknown amount of noise reduction with added AI-generated detail.
 
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Normally they'd try to minimise software processing in those comparisons. You can't draw conclusions about the sensor performance/noise after applying an unknown amount of noise reduction with added AI-generated detail.
You want to know the noise from the sensor and associated electronics under a particular light flux without any software interference for an absolute comparison, or how it affects you personally for what the noise is under your conditions of use and processing and its practical effects on your images. The latter is what concerns me and I would guess most of us. I don’t use DPP with minimal sharpening for my processing that he uses.
 
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You want to know the noise from the sensor and associated electronics under a particular light flux without any software interference for an absolute comparison, or how it affects you personally for what the noise is under your conditions of use and processing and its practical effects on your images. The latter is what concerns me and I would guess most of us. I don’t use DPP with minimal sharpening for my processing that he uses.
With mechanical shutter you had the excuse to update with every cycle, now with ES, its only GAS ;)
 
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My testing of the R1 continues. In regards to AF I’m giving the edge to the Sony A9III pending further testing. Thus far I have had the R1 drift off a talking head a few times for seemingly no reason. The Sony relentlessly stays locked on the subject.
I’m liking the lighted buttons on the R1. The tally light is a useful feature. For remote shooting the App is garbage. It takes long to connect, then once connected, it easily and frequently loses connection. The Monitor+ app I use with the Sony is much more reliable and even offers wired connect support in addition to the quite reliable wireless connection.

Files: Of course the Canon can shoot raw video, but the XF HEVC S 4K (H.265) files are both robust and easy to work with in post. The files play back smooth on newer hardware. More surprisingly, is just how flexible they are in post. From my early testing, they afford much more flexible in post than the Sony XAVC S-I 4K (H.264) files which Sony recommends if you plan to edit in post. I can push shadows and bring up dark areas to far greater extremes and the image continues to hold together. The Sony requires a much more restrained approach… And I wasn’t even shooting in a log profile on the Canon. There are so many settings, it’s going take time to fully understand this camera.

Note: DaVinci Resolve seems to have trouble with the raw files. Changing most settings under the Raw tab causes the image to disappear.

There are places where the Sony has an edge…. The global shutter is effortless to use with virtual walls. Zero artifacts, with no fuss. The Canon can work also, but you need to plan for it, because setting matter. The R1 is a deep camera… and I haven’t even take a single still image yet!
 
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Not that surprisingly to me, I only saw this test of the Canon R1:
Says dynamic range has been markedly improved over previous Canon sensors (even when just using the built-in profiles), in some ways looks to be the most powerful hybrid camera out there.

So as in many cases, people downplaying a camera based on its specs and expectations.

My only wish list for the R1 is for it to become outdated after an R1X, so a hypotetical Canon R6 Mark IV can make use of most of its technology.
 
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Any recommendations for de-noising if you stay in Camera Raw and Photoshop? I just started playing with my first images from the R1 after coming from the R3. Love how it feels, the improved AF and the higher ISOs do seem materially better. I have not yet been able to test the dynamic range improvement.
 
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You want to know the noise from the sensor and associated electronics under a particular light flux without any software interference for an absolute comparison, or how it affects you personally for what the noise is under your conditions of use and processing and its practical effects on your images. The latter is what concerns me and I would guess most of us. I don’t use DPP with minimal sharpening for my processing that he uses.

Those tests typically attempt to answer the following question: how does a sensor perform and how does it compare to other sensors, in terms of the raw output?

You're asking a different question: what can DxO do to the output of the given sensor and how does it compare to DxO applied to other sensor output?

Then you'll need to do such tests yourself because your processing workflow (and DxO version and settings) will be unique to you. Also the assessment criteria will be unique to you. Will you be happy with the generated detail added by DxO?

AI-generated detail is not a metric of a sensor's performance.
 
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Those tests typically attempt to answer the following question: how does a sensor perform and how does it compare to other sensors, in terms of the raw output?

You're asking a different question: what can DxO do to the output of the given sensor and how does it compare to DxO applied to other sensor output?

Then you'll need to do such tests yourself because your processing workflow (and DxO version and settings) will be unique to you. Also the assessment criteria will be unique to you. Will you be happy with the generated detail added by DxO?

AI-generated detail is not a metric of a sensor's performance.
Those tests are not done on RAW output, they are done on jpegs so they are not answering your question. I've tried most of the RAW converters and I find DxO extracts the most detail and doesn't add detail as you imply - it's not Topaz AI. @neuroanatomist who is extremely careful seems to agree. What evidence do you have for your implying DxO generates detail?

I was an Aperture user, and it sucks that Apple abandoned it. I use Photos to organize my jpg library, but I use DxO PL for RAW conversions since it does a far better job than other converters I've tried.
 
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