According to
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which is loss of resolution.
Which means it's hard to use my iPhone at concerts
I don't want a 'carl zeiss' annotation on my iphone6
--EDIT
in before the "err, carl zeiss makes lenses, not sensors"
This is exactly what i don't want to happen. I want the best iPhone 6. But I don't want 5.5". if the 5.5" is gonna be their feature packed, flagship model I am going to be really pissed. And I don't care about MP's
197 million iPhone cameras in 2015 !I bet Sony makes more money selling sensors to Apple than selling its own smartphones.
Nice, hopefully the sensor is big enough to work well in lower light situations. Pixels matter less then sensor size.
13 Megapixels are plenty. More important is low light performance and the auto focus system IMHO.
I would rather have a 6MP sensor with better dynamic range.
I hope everyone realises this and does not fall into the trap that 13MP is always better than 8MP. There's a lot more to it than that.
Does iOS 8 have an option to decrease picture resolution?
I wont be needing to take 13MP snaps all the time gobbling up storage.
In no way am I defending the Lumia as a phone, because yes - it's absolute ****. However, the camera on said phone - does deserve a tip of the hat. Sure, generalizing iPhone as one device was wrong of me.
Why? This is way beyond the diffraction limit of that tiny lens. How often do any of you blow up a print beyond 16" anyway? How many of you even MAKE a print? A 1080p monitor is under 2 megapixels. A retina MacBook Pro is more like 5, and 4k is under 10. Not only will you see no benefit from more megapixels, you'll have to deal with several important compromises
1) More noise and less low-light sensitivity than a similarly designed sensor with fewer, larger pixels
2) Bigger file size/longer processing time. This is especially a big deal if the biggest phone is still only 64 GB and without some big iCloud size improvements
3) It's probably marginally more expensive.
For what? To have enough pixels where you can make a print big enough to see the limitations of the tiny lens? What's the point?
On the other hand, camera phones tend to suck in anything less than bright conditions...but people always want to use them at night. Focus on bigger pixels because the low-light performance is something people will actually notice. 8 Mp is plenty for a phone. Even 4 or 6 is sufficient if the low light performance is a lot better.
Thank you for an informative post. I mean that. I didn't quote the whole thing only because it was too long, but I appreciate that you were topical, informative, and to the point. I learned something about pixels/sensor size. Thanks.
less megapixels, better performance. i want quality over quantity.
Why? This is way beyond the diffraction limit of that tiny lens. How often do any of you blow up a print beyond 16" anyway? How many of you even MAKE a print? A 1080p monitor is under 2 megapixels. A retina MacBook Pro is more like 5, and 4k is under 10. Not only will you see no benefit from more megapixels, you'll have to deal with several important compromises
1) More noise and less low-light sensitivity than a similarly designed sensor with fewer, larger pixels
2) Bigger file size/longer processing time. This is especially a big deal if the biggest phone is still only 64 GB and without some big iCloud size improvements
3) It's probably marginally more expensive.
For what? To have enough pixels where you can make a print big enough to see the limitations of the tiny lens? What's the point?
On the other hand, camera phones tend to suck in anything less than bright conditions...but people always want to use them at night. Focus on bigger pixels because the low-light performance is something people will actually notice. 8 Mp is plenty for a phone. Even 4 or 6 is sufficient if the low light performance is a lot better.
The HTC is doing a decent job in these [well lit] conditions albeit with a much warmer color response than the iPhone, but the latter is clearly better. In good light more pixels simply means more detail and this is clearly visible in the samples
....good light but more overcast conditions. Both phones struggle rendering the distant low-contrast areas but again the Apple's 8MP sensor captures more detail overall. On the flip-side the HTC produces a cleaner image with visible less shadow noise.
....with its comparatively low 4MP pixel count the HTC's image quality is deteriorating faster than the digital zoom of higher resolution smartphone cameras...
In low light the HTC One is clearly better than the iPhone, producing a much cleaner, more noise-free image and giving brighter, more colourful images.
It's difficult to isolate the effect the effect of the ultrapixels in this context as both the IS and the fast F2 lens playe a role too but in a way that’s academic, it's the end result that counts."
I hope everyone realises this and does not fall into the trap that 13MP is always better than 8MP. There's a lot more to it than that.
In what world do you live in where Sony makes "by far the best cameras"?
I just love how you have stated as a FACT that very few people can tell the difference between 4k and 720p!
Tell me, when did you last test everyone on the planet? To back up your generalisation statement.
And I bet that when Apple make a 4K recording or viewing device you will soon backtrack your statement and suddenly see the difference...
Why? This is way beyond the diffraction limit of that tiny lens. How often do any of you blow up a print beyond 16" anyway? How many of you even MAKE a print? A 1080p monitor is under 2 megapixels. A retina MacBook Pro is more like 5, and 4k is under 10. Not only will you see no benefit from more megapixels, you'll have to deal with several important compromises
1) More noise and less low-light sensitivity than a similarly designed sensor with fewer, larger pixels
2) Bigger file size/longer processing time. This is especially a big deal if the biggest phone is still only 64 GB and without some big iCloud size improvements
3) It's probably marginally more expensive.
For what? To have enough pixels where you can make a print big enough to see the limitations of the tiny lens? What's the point?
On the other hand, camera phones tend to suck in anything less than bright conditions...but people always want to use them at night. Focus on bigger pixels because the low-light performance is something people will actually notice. 8 Mp is plenty for a phone. Even 4 or 6 is sufficient if the low light performance is a lot better.
Following that "logic" to its conclusion, your one megapixel phone is on order. Enjoy.
This has been put to the test, back when the iPhone 4s was Apple's king of the phone hlll, but HTC with its larger (for the time) sensor and with 4mp of "Ultra" pixels.
The tests showed the 4s outperformed in all conditions (and for cropping) except low light, and was still the better camera overall, and meanwhile the 5s is much better than the 4s with better optics and a newer sensor. So sorry, but the real world data [mostly] doesn't support you....
http://connect.dpreview.com/post/1916293861/we-put-the-htc-ones-ultrapixels-to-the-test
Nobody said pixel-size was the only important piece of the puzzle. Point is, you won't be able to tell the resolution improvement of anything above 5 MP on any monitor now available, and unless you pull out a loop you won't be able to see the difference on 10x12 prints...ALL ELSE BEING EQUAL. Just because two cameras use the same number of pixels on the same size chip doesn't mean they'll have the same image quality thought as there are many other factors that come into play- namely software and lens design and quality.
The new iPhone, through techniques like pixel doubling and advanced noise-reduction processing, but ESPECIALLY because of the larger sensor, may even take slightly less noisy low-light pictures than the old one, but that does not dismiss the point that the pictures would be even LESS noisy (and more sharp under low-light) with fewer, larger photosites.
Furthermore the limiting factor in image quality in modern phones is more likely to be dependent on diffraction limit and lens quality in something so tiny. Diffraction is less of an issue when shooting wide-open at f2, but using such a wide aperature is generally very demanding on lens quality, resulting in a very soft image with edge bluring. Shining that blurred image on a higher resolutino sensor yields exactly nothing.
I stand by my point because it's based on physics: 13 MP offers no real-world benefit over 8 on something with such a tiny lens, and noise level will be higher than a similar sensor design that uses fewer, larger photo sites. The physics is twofold
1) The smaller photo sites absorb fewer photons, so more signal amplification has to be applied. This makes for a worse signal to noise ratio, resulting in a noiser photo under low-light conditions. You can pixel-double and get a lower resolution image with less noise, but you still have less area covered by photosites and still need a bit more amplification, so it's not quite as good.
2) The lenses are TINY. This means unless they're polished to micron-fine tolerences...very unlikely in an add-on feature in a mass-market device...they probably don't have the clairty to make 13 MP useful.
Share the maths. I don't buy it. High quality sapphire at f/2 (good DoF on such a small sensor) will be within the limits of the len's diffraction tolerances. At least at more than 8MP. I would be fun to get hold of the RAW files for a comparison.
Nobody said pixel-size was the only important piece of the puzzle. Point is, you won't be able to tell the resolution improvement of anything above 5 MP on any monitor now available, and unless you pull out a loop you won't be able to see the difference on 10x12 prints...ALL ELSE BEING EQUAL. Just because two cameras use the same number of pixels on the same size chip doesn't mean they'll have the same image quality thought as there are many other factors that come into play- namely software and lens design and quality.
The new iPhone, through techniques like pixel doubling and advanced noise-reduction processing, but ESPECIALLY because of the larger sensor, may even take slightly less noisy low-light pictures than the old one, but that does not dismiss the point that the pictures would be even LESS noisy (and more sharp under low-light) with fewer, larger photosites.
Furthermore the limiting factor in image quality in modern phones is more likely to be dependent on diffraction limit and lens quality in something so tiny. Diffraction is less of an issue when shooting wide-open at f2, but using such a wide aperature is generally very demanding on lens quality, resulting in a very soft image with edge bluring. Shining that blurred image on a higher resolutino sensor yields exactly nothing.
I stand by my point because it's based on physics: 13 MP offers no real-world benefit over 8 on something with such a tiny lens, and noise level will be higher than a similar sensor design that uses fewer, larger photo sites. The physics is twofold
1) The smaller photo sites absorb fewer photons, so more signal amplification has to be applied. This makes for a worse signal to noise ratio, resulting in a noiser photo under low-light conditions. You can pixel-double and get a lower resolution image with less noise, but you still have less area covered by photosites and still need a bit more amplification, so it's not quite as good.
2) The lenses are TINY. This means unless they're polished to micron-fine tolerences...very unlikely in an add-on feature in a mass-market device...they probably don't have the clairty to make 13 MP useful.
Share the maths. I don't buy it. High quality sapphire at f/2 (good DoF on such a small sensor) will be within the limits of the len's diffraction tolerances. At least at more than 8MP. I would be fun to get hold of the RAW files for a comparison.
Ha. Errr. The iphone 5s aperture is not a FF equivalent of f2. It is, in terms of Depth of Field more like an f11.
Interesting. Would like to know more about what you're saying here...