Why do Nikon mirrorless show exposure meter (with auto ISO) but Sonys do not?

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I never knew that just because my photos are taken with the exposure meter right at 0.0 doesnt mean that it's always properly exposed.
Try articulating what "properly exposed" means and you will see that it has nothing to do with zeroing the "exposure meter".

Fun fact. If you change metering mode, your meter might zero at different exposure settings. Try switching to "spot metering" and pointing the camera at a chess board, as an extreme example.
 
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Some people use a different technique called expose to the right in order to capture as much useful light as possible. They like to see the histogram always pushed to the right side, but not letting anything go beyond. That might produce a result that looks too bright, but it will have the minimum noise and can be darkened later when processing the RAW file.
I use a simplified ETR. I have a monetary button programmed that chooses highlight metering and chooses +1EV. Obviously shooting raw. I use it mostly to preserve cloud details and blue skies.

I also have 3 setup memories which are set up for many scenes:
(1) Very poor light: min SS 1/30, Auto ISO, f4
(2) Normal daylight shooting: min SS 1/125, Auto ISO , f4
(3) Extreme tele and fast moving subject (<=600mm) min SS 1/1000, Auto ISO, f4

Shooting raw these days with AI NR, I do not think about exposure these days.
BTW 1 inch sensor.


Bert
 
I never knew that just because my photos are taken with the exposure meter right at 0.0 doesnt mean that it's always properly exposed. So in other words for majority of the shots taken (excluding really dark or really bright ones intentionally shot for that artistic look) if my histogram is slightly off to the left or right, it doesn't mean that my photo wasn't properly exposed. Correct?
Correct. The histogram and in-camera meter are indicators of image lightness; not exposure.

If you're photographing a winter landscape with a large snow-covered field in manual exposure plus auto ISO, you'll want an EC in the +1 to +2 range to force the camera to produce a photo that looks bright white without the details on the field being blown out.

By contrast, if you're photographing a dark city street at night, you may want to dial in an EC of -1 to -2 to force the camera to choose an ISO to render the scene with a natural darkness.

Every scene has a tonal appearance to the eye. It could be light, dark or something in-between. If the camera is in a semi-auto mode, use EC to guide the camera in its choice of settings. Make the scene look good to you.
So basically while viewing the histogram, get the reading as close as possible to the centre while judging on screen what you think looks the best. Correct? Excluding shots that are intentionally shot really dark or really bright of course.
I use the histogram to confirm that I'm not blowing out highlights or crushing blacks. I rely mostly on the EVF display. If the scene looks good to me, that's what matters.
Okay thanks. That makes 100% sense now. I will use both zebra and the histogram but keeping the ISO on auto. I've done the same on my Nikon so its similar shooting steps. I turned the histogram on but zebra doesnt seem to work on my z7ii.
 
I dont understand your problem, on my a7iv in caf with my shutter half pressed panning the camera my iso floats around in auto iso.
But your exposure meter won't show on the screen, it will only show exposure compensation with auto ISO.
I use the histogram which is 100% more useful than an exposure reading which really doesn't tell you much. Hardly anybody makes use of the exposure meter any more. Even exposure compensation is more useful. Since this is the first time I've read this complaint apparently most on DPR agree with me. I suspect the only time an exposure meter is useful is in manual mode.

My question is why does Nikon bother showing the exposure meter in auto ISO?
I have the histogram on my Sony showing but I don't find it to be as accurate as the exposure meter. Even if you take a photo with the histogram ever so slightly off to the left or right, the slight under or overexposure will show in the photos.
To be honest I rely on the WYSIWYG feature of the EVF combined with the histogram and have no use for the exposure meter because the histogram works very well for me. The histogram is more accurate and useful than a simple exposure meter which doesn't really tell you anything other than suggesting a generic "proper" exposure.
I see what you mean. Benefit of the EVF, this is not possible with a DSLR.
 
I have the histogram on my Sony showing but I don't find it to be as accurate as the exposure meter. Even if you take a photo with the histogram ever so slightly off to the left or right, the slight under or overexposure will show in the photos.
With either an exposure meter or a histogram, you have to be able to understand the content of the scene and relate it to what the display shows you in order to predict what the result will be. A scene in which the exposure meter is zeroed might easily turn out underexposed or overexposed. Interpreting a histogram only takes a little more study and practice than interpreting an exposure meter reading.

Simply speaking, a histogram is an exposure meter on steroids.
Good way of describing it. I can see how a histogram is useful now. I always thought exposure meters were dead on accurate.
 
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I never knew that just because my photos are taken with the exposure meter right at 0.0 doesnt mean that it's always properly exposed.
Try articulating what "properly exposed" means and you will see that it has nothing to do with zeroing the "exposure meter".

Fun fact. If you change metering mode, your meter might zero at different exposure settings. Try switching to "spot metering" and pointing the camera at a chess board, as an extreme example.
I never use spot metering and most of the time use multi. Never had issues with it on Nikons. Same with on Sonys, the multi I find is super reliable.
 
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Some people use a different technique called expose to the right in order to capture as much useful light as possible. They like to see the histogram always pushed to the right side, but not letting anything go beyond. That might produce a result that looks too bright, but it will have the minimum noise and can be darkened later when processing the RAW file.
I use a simplified ETR. I have a monetary button programmed that chooses highlight metering and chooses +1EV. Obviously shooting raw. I use it mostly to preserve cloud details and blue skies.

I also have 3 setup memories which are set up for many scenes:
(1) Very poor light: min SS 1/30, Auto ISO, f4
(2) Normal daylight shooting: min SS 1/125, Auto ISO , f4
(3) Extreme tele and fast moving subject (<=600mm) min SS 1/1000, Auto ISO, f4

Shooting raw these days with AI NR, I do not think about exposure these days.
BTW 1 inch sensor.

Bert
Which camera is this, RX100?
 
I have the histogram on my Sony showing but I don't find it to be as accurate as the exposure meter. Even if you take a photo with the histogram ever so slightly off to the left or right, the slight under or overexposure will show in the photos.
With either an exposure meter or a histogram, you have to be able to understand the content of the scene and relate it to what the display shows you in order to predict what the result will be. A scene in which the exposure meter is zeroed might easily turn out underexposed or overexposed. Interpreting a histogram only takes a little more study and practice than interpreting an exposure meter reading.

Simply speaking, a histogram is an exposure meter on steroids.
Good way of describing it. I can see how a histogram is useful now. I always thought exposure meters were dead on accurate.
With conventional meters, absolutely! If you like shooting grey cards, otherwise it's just a guide. With experience you can see what's going to burn out and use exposure compensation or just meter from a slightly different part of the scene and use exposure lock.
 
I have the histogram on my Sony showing but I don't find it to be as accurate as the exposure meter. Even if you take a photo with the histogram ever so slightly off to the left or right, the slight under or overexposure will show in the photos.
With either an exposure meter or a histogram, you have to be able to understand the content of the scene and relate it to what the display shows you in order to predict what the result will be. A scene in which the exposure meter is zeroed might easily turn out underexposed or overexposed. Interpreting a histogram only takes a little more study and practice than interpreting an exposure meter reading.

Simply speaking, a histogram is an exposure meter on steroids.
Good way of describing it. I can see how a histogram is useful now. I always thought exposure meters were dead on accurate.
They are accurate for what they are designed. What you mean is they do not always give you the exposure you want.
 
I have the histogram on my Sony showing but I don't find it to be as accurate as the exposure meter. Even if you take a photo with the histogram ever so slightly off to the left or right, the slight under or overexposure will show in the photos.
With either an exposure meter or a histogram, you have to be able to understand the content of the scene and relate it to what the display shows you in order to predict what the result will be. A scene in which the exposure meter is zeroed might easily turn out underexposed or overexposed. Interpreting a histogram only takes a little more study and practice than interpreting an exposure meter reading.

Simply speaking, a histogram is an exposure meter on steroids.
Good way of describing it. I can see how a histogram is useful now. I always thought exposure meters were dead on accurate.
They are accurate for what they are designed. What you mean is they do not always give you the exposure you want.
Many people never get the hang of exposure metering and the need to apply compensation. Hence the need for other means of displaying exposure information.
 
I have the histogram on my Sony showing but I don't find it to be as accurate as the exposure meter. Even if you take a photo with the histogram ever so slightly off to the left or right, the slight under or overexposure will show in the photos.
With either an exposure meter or a histogram, you have to be able to understand the content of the scene and relate it to what the display shows you in order to predict what the result will be. A scene in which the exposure meter is zeroed might easily turn out underexposed or overexposed. Interpreting a histogram only takes a little more study and practice than interpreting an exposure meter reading.

Simply speaking, a histogram is an exposure meter on steroids.
Good way of describing it. I can see how a histogram is useful now. I always thought exposure meters were dead on accurate.
They are accurate.

Unfortunately, the norm for 30+ years has been to teach an incorrect understanding of what the in-camera meter does, what information it conveys, and how to interpret the reading. As a result, most photographers have no idea how to make heads or tails of the reading or put it to use in their photography.
 
Im just curious why these two are so different. Nikon mirrorless bodies will show your constant moving exposure meter when using auto ISO. But on a Sony (especially newer models), it only shows Exposure compensation when your ISO is set to auto. And once you switch to manual ISO, it then shows the constant moving exposure meter.

Just curious. Even using Zebras and histograms, it's harder and takes more work to properly expose on a Sony mirrorless compared to a Nikon mirrorless. On my Nikon, I have the ISO on auto and I just set my aperture and then shutter speed until it's 0.0 on the exposure meter and it's always properly exposed. I dont use Zebras or the histogram on my Nikon.

But on a Sony you have to rely on zebras and histograms. And even that is not as accurate. I manually set my ISO dependant on my ambient lighting, and then set my shutter speed after until my exposure meter is at 0.0.
You can't use zebras on your Nikon, unless you are shooting video, because they don't have them.

I don't see how an exposure meter could be more accurate for anything; it's normally exposing to an average 12% gray unless you are using special modes. I can't tell whether a scene should be exposed to 12% or some other value except when shooting a white cat in a snow storm.

Histograms can tell you whether you are getting a significant amount of blown highlights, but it's hard to tell whether a small amount will be an issue or not because a histogram won't show where the blown highlights are in the image.

This is where highlight display can be useful. But those are generally based upon JPG conversions, so you need to generally know how much headroom you have if shooting RAW.

And this is why it's easy to blow highlights with a Nikon.
 
.....

Some people use a different technique called expose to the right in order to capture as much useful light as possible. They like to see the histogram always pushed to the right side, but not letting anything go beyond. That might produce a result that looks too bright, but it will have the minimum noise and can be darkened later when processing the RAW file.
I use a simplified ETR. I have a monetary button programmed that chooses highlight metering and chooses +1EV. Obviously shooting raw. I use it mostly to preserve cloud details and blue skies.

I also have 3 setup memories which are set up for many scenes:
(1) Very poor light: min SS 1/30, Auto ISO, f4
(2) Normal daylight shooting: min SS 1/125, Auto ISO , f4
(3) Extreme tele and fast moving subject (<=600mm) min SS 1/1000, Auto ISO, f4

Shooting raw these days with AI NR, I do not think about exposure these days.
BTW 1 inch sensor.

Bert
Which camera is this, RX100?
Sorry for 3 weeks
Camera SONY RX10IV
 

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