Actually, I wonder if it'll be 'bird-eye' focus or something..
Yeah nothing more awkward and fiddly than a frozen fish finger shoot, would be a game-changer
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Actually, I wonder if it'll be 'bird-eye' focus or something..
The star tracking feature would make me seriously consider skipping the R6 and saving up even longer to get the R5.
Topaz Denois AI is your friend. I've shot birds at 25600 on Sony A9 and had excellent feather detail still after cleaning up with Topaz.
I would love it to be dual analog gain recording and mixing into to the digital output of the raw file. That would be crazy. This would allow us to have basically noiseless images anywhere between iso 100 and iso 10.000 and only from there you'd see the gradual increase in noise. I mean I would love to have images shot @ 20.000 iso that look like they were shot at 6.400 iso today...
No, no, and no. Vast majority of the noise at high ISOs is the result from the natural noisiness of light itself https://en.wikipedia.org/wiki/Shot_noise, nothing you can do about that*.Well, it's not the same. Denoising a noisy image can't ever get close to an image that's basically noiseless to begin with, detail won't just be on the same level. My point was to say that we could basically gain 4-6 stops in ISO performance, which is huge.
Fine, if it could be toggled to the traditional center area. I have no problem hitting AE Hold and recomposing. It's what I'm used to, what works for me. But I would definitely try it linked to AF point, and if I liked it, go with it. Just want the option to keep it in the center.SPOT METERING LINKED TO AF POINT
...which would mean, they did indeed throw everything they had into this one
No, no, and no. Vast majority of the noise at high ISOs is the result from the natural noisiness of light itself https://en.wikipedia.org/wiki/Shot_noise, nothing you can do about that*.
*Assuming conventional bayer (or similar) sensors.
Yeah you could extend the dynamic range that way, but it would not make "20.000 iso that look like they were shot at 6.400 iso today". Sony and its sensors have dual gain too (similar to BMPCC), and it does help a bit but just a bit (less than a stop). The noise introduced by the camera is so small that there just is not much to gain there.What are you talking about? Noise inherent to light isn't relevant here...
I'm talking of the noise that is introduced by every camera when you set your camera to higher ISO settings. When you set your iso on your camera, all it does is digitally amplify the signal coming from the sensor. Before that though the micro voltage coming from each pixel goes through an analog amplifier which basically gives a camera its base ISO (let's say base ISO on your camera is 400). This is your cleanest ISO. When you change your ISO on the camera, this signal is then digitally amplified upwards or downwards depending on your setting. This is where digital noise is being introduced. This is basically comparable to digital zoom.
My suggestion is canon introduce 2 analog converters with 2 base iso levels. Say 1 at ISO 400 the other at say ISO 3200. Then combine those 2 clean signals to create clean output at a larger ISO range. This is basically like using a zoom lens instead of fixed focal length with digital zoom.
The Black Magic Pocket Cinema Camera uses this technique already but for video. The difference is that they use one analog converter for all iso settings between ISO100 and up to iso 3000 (base iso set to 400 for this analog converter), and the other analog converter from ISO 3200 and higher (that 2nd analog converter base iso is set to iso 3200). That way you get clean images between iso 100 and iso 1800 then it starts degrading with increasing noise, but from ISO 3200 it's clean again before it starts degrading again from ISO8000 or there about. Of course that is on a tiny sensor of micro 4/3. If canon used this technique on a full frame sensor, the performance would be much nicer. On top of that I'm suggesting they combine both signals for the entire iso range in their digital amplification step.
What would be the benefits of this? Astro photography? Serious question...
Just tried it and you're right. That's hilariousInteresting fact: when I google images by 'cripple hammer' keywords, google shows *only* the images of Canon cameras. Fascinating.
Not disagreeing with you here. Just want to point out that Canon DGO is different from what Sony is doing and seems closer to what ARRI cameras use to get their crazy DR numbers.Yeah you could extend the dynamic range that way, but it would not make "20.000 iso that look like they were shot at 6.400 iso today". Sony and its sensors have dual gain too (similar to BMPCC), and it does help a bit but just a bit (less than a stop). The noise introduced by the camera is so small that there just is not much to gain there.
I don't think this is possible within the camera body, unfortunately. You need a tracking mount to do this for long enough to get night sky exposures. But star autofocus would be cool.
Yeah DGO is different in that it uses both gains at the same time by reading the separate halves of the pixel with different gains.Not disagreeing with you here. Just want to point out that Canon DGO is different from what Sony is doing and seems closer to what ARRI cameras use to get their crazy DR numbers.
But I can't see them putting that in the R5. Unless the 1DX III has it as well and they just withheld it with firmware for shock value.