Binning can be done in hardware or software. There isn't a heavy tax to pay in terms of processing. However, the lens will likely be oversampled when not binned. Translation, keep adding pixels (high MP) to a given lens and you end up with a mushy image unless there is something else done to address sampling for the given lens.interesting, pixel-binning I'm not sure about as it will be very very processor intensive and the outcome, we will have to see. I'd probably prefer some slight "real" increase in megapixel to ~ 16MP vs 12, for all cameras. Would also be more interested in new/better telephoto capabilities ...
But, it's currently a rumor and we will see what unveils in September
You WANT your lens to be oversampled!Binning can be done in hardware or software. There isn't a heavy tax to pay in terms of processing. However, the lens will likely be oversampled when not binned. Translation, keep adding pixels (high MP) to a given lens and you end up with a mushy image unless there is something else done to address sampling for the given lens.
Uhhh....every year is more expensive than the previous year.2022 is going to be a very expensive year.
Yes, it is not easy and it is complicated but Apple will pull it off just fine. Slowly getting excited for the iPhone 14 already. 😎
Let’s get it!
That’s completely fine. I’m still going to upgrade without hesitating. Even if Apple releases a new Apple iPhone every 6 months I’m upgrading. I love the iPhone. Since 2008, never missed a year not to upgrade.But you just got the 13 Pro?!
This 14 looks super clean, reminiscent of the iPhone 4/4S as much as the 12/13 series harkened back to the 5/5S/SE OG models.
Very curious about colour options on the 14. Not sure if Apple will keep colour or just Black & White.
Im a photo/video professional and I don’t hate the usage of pixel binning in professional cameras, sorry.I find it extremely funny how this article portrays pixel binning as an amazing advancement in photography when real photo/video professionals and enthusiasts absolutely hate the usage of pixel binning in the real professional cameras. in a real camera pixel binning would be a massive CON/limitation (it is a workaround for poor image sensor/processor performance) and now it appears there will be a drive to make it a PRO when used in smartphones.
You really think comparing "real professional cameras" and phone cameras makes sense? Why would a chunky camera need pixel binning?
It has once again been rumored that next year's iPhone 14 Pro models will feature an upgraded 48-megapixel primary camera (the "Wide" lens), compared to a 12-megapixel Wide lens on iPhone 13 Pro models, but it is not as simple as it might sound.
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In a research note earlier this year, analyst Ming-Chi Kuo said iPhone 14 Pro models may support both 48-megapixel and 12-megapixel output, which would likely be achieved with a process known as pixel binning. Already in use on some Android smartphones like Samsung's Galaxy S21 Ultra, pixel binning merges data from multiple smaller pixels on the camera's image sensor into one "super-pixel" for improved low-light sensitivity.
Pixel binning is beneficial because simply increasing a smartphone camera's megapixels while maintaining the same camera sensor size results in smaller pixels, which generally capture less light, leading to lower-quality low-light photos. Pixel binning would allow iPhone 14 Pro models to shoot high-resolution 48-megapixel photos in bright conditions and 12-megapixel photos in low-light conditions that are still of high quality.
On the Galaxy S21 Ultra, the device shoots 12-megapixel photos by default, with a toggle available in the camera app for shooting 108-megapixel photos. This is ideal for most users, as high-resolution photos have large file sizes that can use up lots of storage space. A single 108-megapixel photo shot with the Galaxy S21 Ultra can have a 16MB file size, for example, compared to the average 12-megapixel photo being around 2-3MB.
CNET's Stephen Shankland wrote a helpful explainer that goes into more detail on the technical aspects of pixel binning earlier this year.
Kuo expects the iPhone 14 Pro's new 48-megapixel Wide lens to support 8K video recording, up from 4K currently, and he said these high-resolution videos would be suitable for viewing on Apple's rumored AR/VR headset expected to launch next year.
Kuo ultimately believes that the camera quality of the iPhone 14 Pro models will "elevate mobile phone camera photography to a new level."
Article Link: How the iPhone 14 Pro's Upgraded 48-Megapixel Camera is Expected to Work
I am on iPhone 11 Pro Max and I am actually looking forward to this!
It has once again been rumored that next year's iPhone 14 Pro models will feature an upgraded 48-megapixel primary camera (the "Wide" lens), compared to a 12-megapixel Wide lens on iPhone 13 Pro models, but it is not as simple as it might sound.
![]()
In a research note earlier this year, analyst Ming-Chi Kuo said iPhone 14 Pro models may support both 48-megapixel and 12-megapixel output, which would likely be achieved with a process known as pixel binning. Already in use on some Android smartphones like Samsung's Galaxy S21 Ultra, pixel binning merges data from multiple smaller pixels on the camera's image sensor into one "super-pixel" for improved low-light sensitivity.
Pixel binning is beneficial because simply increasing a smartphone camera's megapixels while maintaining the same camera sensor size results in smaller pixels, which generally capture less light, leading to lower-quality low-light photos. Pixel binning would allow iPhone 14 Pro models to shoot high-resolution 48-megapixel photos in bright conditions and 12-megapixel photos in low-light conditions that are still of high quality.
On the Galaxy S21 Ultra, the device shoots 12-megapixel photos by default, with a toggle available in the camera app for shooting 108-megapixel photos. This is ideal for most users, as high-resolution photos have large file sizes that can use up lots of storage space. A single 108-megapixel photo shot with the Galaxy S21 Ultra can have a 16MB file size, for example, compared to the average 12-megapixel photo being around 2-3MB.
CNET's Stephen Shankland wrote a helpful explainer that goes into more detail on the technical aspects of pixel binning earlier this year.
Kuo expects the iPhone 14 Pro's new 48-megapixel Wide lens to support 8K video recording, up from 4K currently, and he said these high-resolution videos would be suitable for viewing on Apple's rumored AR/VR headset expected to launch next year.
Kuo ultimately believes that the camera quality of the iPhone 14 Pro models will "elevate mobile phone camera photography to a new level."
Article Link: How the iPhone 14 Pro's Upgraded 48-Megapixel Camera is Expected to Work
How’s that different than the current bump? ?The only way they could do that is if they also made the camera bump as thick as the phone itself.
Is that picture a good or bad example of zoom?pixel phones also did this with p6 u wont really see much of the difference but main advantage is that computational photography can improve. but the difference old to new might not be 10%.
what iphone really needs so badly is actually periscope zoom. which makes tons and tons and tons of difference traditionally zoom has been the biggest handicaps of phones compared to slr.
I can now zoom into the moon with such clarity. pixel zoom isnt that much compared to samsung 10x but with AI pixel can get 9x zoom optical this is such a godsent. this is a must have and most phones have this already
if iphone doesnt have this it will be total failureView attachment 1929161
You don't want to oversample. It IS better to oversample than under sample, true. But over sampling has no advantage and only gives you a larger file size which will impact processing. If you're oversampling, your sensor is exceeding the capability of your light path (lens, etc.).You WANT your lens to be oversampled!
Undersampling causes Moire and other aliasing artefacts, which also messes with the downstream image processing.
Storage resolution is independent of sampling resolution.You don't want to oversample. It IS better to oversample than under sample, true. But over sampling has no advantage and only gives you a larger file size which will impact processing. If you're oversampling, your sensor is exceeding the capability of your light path (lens, etc.).
Android is an operating system. It can run on tablets for instance.Use of the term "Android smartphones" seems redundant. Are there any non-smartphones that run Android? Do you say iPhone smartphones?
Give me SD storage, a bigger sensor, make iPad and iOS more capable for powerful that use processeR power. USC-C, and make durable,
It has once again been rumored that next year's iPhone 14 Pro models will feature an upgraded 48-megapixel primary camera (the "Wide" lens), compared to a 12-megapixel Wide lens on iPhone 13 Pro models, but it is not as simple as it might sound.
![]()
In a research note earlier this year, analyst Ming-Chi Kuo said iPhone 14 Pro models may support both 48-megapixel and 12-megapixel output, which would likely be achieved with a process known as pixel binning. Already in use on some Android smartphones like Samsung's Galaxy S21 Ultra, pixel binning merges data from multiple smaller pixels on the camera's image sensor into one "super-pixel" for improved low-light sensitivity.
Pixel binning is beneficial because simply increasing a smartphone camera's megapixels while maintaining the same camera sensor size results in smaller pixels, which generally capture less light, leading to lower-quality low-light photos. Pixel binning would allow iPhone 14 Pro models to shoot high-resolution 48-megapixel photos in bright conditions and 12-megapixel photos in low-light conditions that are still of high quality.
On the Galaxy S21 Ultra, the device shoots 12-megapixel photos by default, with a toggle available in the camera app for shooting 108-megapixel photos. This is ideal for most users, as high-resolution photos have large file sizes that can use up lots of storage space. A single 108-megapixel photo shot with the Galaxy S21 Ultra can have a 16MB file size, for example, compared to the average 12-megapixel photo being around 2-3MB.
CNET's Stephen Shankland wrote a helpful explainer that goes into more detail on the technical aspects of pixel binning earlier this year.
Kuo expects the iPhone 14 Pro's new 48-megapixel Wide lens to support 8K video recording, up from 4K currently, and he said these high-resolution videos would be suitable for viewing on Apple's rumored AR/VR headset expected to launch next year.
Kuo ultimately believes that the camera quality of the iPhone 14 Pro models will "elevate mobile phone camera photography to a new level."
Article Link: How the iPhone 14 Pro's Upgraded 48-Megapixel Camera is Expected to Work
Wouldn't it also be useful for zooming? Not sure why this isn't mentioned. All focal lengths between 1x and 3x could be crops of that larger sensor. I say 3x assuming they will still have the telephoto. Image quality will decrease with the crop and drop in binning, but it will likely be better than the upscaled image we get now. Especially in decent light.