So much fail in this thread.
1. Yes, all other things being equal, a bigger sensor is better than a smaller sensor.
2. All smartphone sensors are tiny.
3. All other things are far from equal. Especially considering the tiny size of all smartphone sensors, the software side (image signal processing) is extremely important. OIS, hardware noise reduction, new colour filter will all help with picture quality as well.
4. A tiny sensor today is better than the same size sensor from a year ago, which was itself better than the same size sensor from two years ago.
5. Apple says the sensor is bigger, so you can bet your house it is indeed bigger. 80% more input of light is nothing to sneeze at. How much bigger the sensor itself really is is not very important; in any case it's still tiny. The proof is in the pudding/pictures, and here the 8/8+ seems to deliver.
6. Engineering is always a game of compromises. You can't just put a bigger sensor in it and call it a day. A bigger sensor needs bigger optics. Imagine the reaction if the camera hump was even more pronounced than it already is.
7. The picture quality we get from top-end smartphones today is absolutely astonishing. Computational advances make taking great pictures easier than ever. Things like portrait mode and portrait lighting are super impressive examples of this. That being said, if you want to take even better pictures in even more difficult circumstances, buy a dedicated system camera; expect a relatively steep learning curve.
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Great link, thanks for that.
1. Yes, all other things being equal, a bigger sensor is better than a smaller sensor.
2. All smartphone sensors are tiny.
3. All other things are far from equal. Especially considering the tiny size of all smartphone sensors, the software side (image signal processing) is extremely important. OIS, hardware noise reduction, new colour filter will all help with picture quality as well.
4. A tiny sensor today is better than the same size sensor from a year ago, which was itself better than the same size sensor from two years ago.
5. Apple says the sensor is bigger, so you can bet your house it is indeed bigger. 80% more input of light is nothing to sneeze at. How much bigger the sensor itself really is is not very important; in any case it's still tiny. The proof is in the pudding/pictures, and here the 8/8+ seems to deliver.
6. Engineering is always a game of compromises. You can't just put a bigger sensor in it and call it a day. A bigger sensor needs bigger optics. Imagine the reaction if the camera hump was even more pronounced than it already is.
7. The picture quality we get from top-end smartphones today is absolutely astonishing. Computational advances make taking great pictures easier than ever. Things like portrait mode and portrait lighting are super impressive examples of this. That being said, if you want to take even better pictures in even more difficult circumstances, buy a dedicated system camera; expect a relatively steep learning curve.
[doublepost=1506265132][/doublepost]
Remarkable how much incorrect and non-information/mis-information in one thread and lack of understanding. Where does anybody get something like 1/2.8" as a dimension???? Mean f2.8? That's a fstop, not a dimension.
"They’re both Sony backside-illuminated chips that measure 32.8 square millimeters — but the default, wide-angle camera sensor has a pixel pitch of 1.22 micrometers, while the zoom’s has a smaller 1-micrometer pitch."
"Larger pitch means more room for light to hit, and that extra quarter of a micrometer means a lot at this scale. So the wide camera might be considerably better in low light, requiring less ISO boosting and allowing shorter exposure lengths
"Lastly, this is the first time Apple has put a “stacked” sensor in their cameras, with pixel wells, signal processing, and memory all in one thin unit. So be sure to thank Sony too when you tell everyone how great the iPhone 8’s camera is.
https://techcrunch.com/2017/09/22/iphone-8-teardown-reveals-few-surprises-but-more-camera-details/
Great link, thanks for that.