Really ? 🤔It’s not smaller!! It’s same size
Macrumours are bad at reading leaks
Really ? 🤔It’s not smaller!! It’s same size
Macrumours are bad at reading leaks
Really ?![]()
Ok makes senseLeaker said it’s not getting any bigger and has rounded off the sensor size. In fairness there’s no proof the iPhone sensor size isn’t 1/1.3 now people assume it’s 1/1.28
Actually, the leaker said it isn't getting bigger, but explicitly said it's 1/1.3". So we can't assume anything at this point. It could be the same size, but it could also be getting smaller. There is no indication that 1/1.3" stat represents a rounded number.Leaker said it’s not getting any bigger and has rounded off the sensor size. In fairness there’s no proof the iPhone sensor size isn’t 1/1.3 now people assume it’s 1/1.28
Actually, the leaker just said it isn't getting bigger, and explicitly said it's 1/1.3". So we can't assume anything at this point. It could be the same size, but it could also be getting smaller.
1/1.28" has been widely reported.If it was getting smaller he would’ve said smaller. The leaker isn’t English so that’s why it came off as it has. The iPhone main sensor also isn’t 1/1.28 not sure where that rumour came from. It’s always been 1/1.3
1/1.28" has been widely reported.
For example: https://www.gsmarena.com/apple_iphone_16_pro_max-review-2750p5.php
Wide (main): 48MP (1/1.28", 1.22µm-2.44µm), f/1.8, 24mm, dual-pixel PDAF, sensor-shift IS; 4K@120
Ultrawide: 48MP (1/2.55", 0.7µm-1.4µm), f/2.2, 13mm, PDAF; 4K@60fps
Telephoto 5x: 12MP (1/3.06", 1.12µm), f/2.8, 120mm, dual pixel PDAF, sensor-shift IS; 4K@60fps
Front camera: 12MP (1/3.6", 1.0µm), f/1.9, 23mm, PDAF; 4K@60fps
Apple never disclose details, so we really don’t know if it is 1/1.28 or 1/1.3. It is an “educated guess”If it was getting smaller he would’ve said smaller. The leaker isn’t English so that’s why it came off as it has. The iPhone main sensor also isn’t 1/1.28 not sure where that rumour came from. It’s always been 1/1.3
Interesting insights from your side. Thx.Thanks. I'm asking because with telescopes, for example, bigger isn't always better. I just don't know cameras well enough to know if bigger is always better.
A larger mirror in a reflector is not inherently better than a smaller one. It has more light-gathering, but if the optics are all higher quality (e.g., a smaller mirror have a more accurate concave shape) and lined up better in the smaller telescope, it will produce better images.
As you said, if this report is accurate, it's only a 3% difference. That's like a 12" reflector versus an 11.64" reflector.
I'm simply wondering (should this rumor be accurate) if Apple could more than make up the difference with improvements in the sensor quality and/or the overall camera system.
HIS job?Whoever who wrote this article isn’t very good at his job. It’s the same damn sensor. DCS just rounded up the sensor size. It’s same as last year
HIS job?
Assuming genders, are we?
It was written by Tim.HIS job?
Assuming genders, are we?
I thought or more to the point hoped that the 17 Pro would get the IMX903, but maybe Tim thinks they can milk the IMX803 for a fourth year. Maybe we’ll be surprised in a good way that it’s not the same old IMX803?📸 This could still be an upgrade to Sony's stacked sensor technology that can let in up to 50% more light. The DJI Air3 used a Sony stacked 1/1.3" sensor. That drone came out in the summer of 2023, which would make this "new" sensor in an iPhone feel a bit old. I was hoping they would jump to the IMX903 which was stacked and 12% bigger at 1/1.14". 😔
Correct, but don’t forget we are speaking about phones. Sensors are much smaller than APS-C (7/8 times smaller) on a smartphone.Interesting insights from your side. Thx.
In the "real" camera-world, two sensor sizes are the most relevant these days, I'd say: APS-C and full-frame. APS-C is smaller, but some people tend to prefer it in order to reach very long focal lengths (at a reasonable cost) due to the 1.5 crop factor (some are 1.6 and so on...). As you already began to point out: There's more than the sensor that's relevant.
I'm pretty certain this around 3% difference doesn't make a difference in the real world and there's also optics involved (the lens) and lots of software these days. And as you said: If it's a different sensor (which I still doubt for the main 24mm lens), it could have better quality even though it would be a tiny bit smaller.
So my short reply to your question is: That's definitely possible.
It is not reasonable to expect differences year over year. It is just an evolution, dictated by marketing reasons, mainly. It makes sense to upgrade your iPhone every 2/3 years to find some significant differences.Franky the 16 was no real innovation when we talk about cameras, it’s the same as the 15. Now they just do some tweaking for the 17. Sounds like zero innovation for photographers
It's the same trick of 8GB a$$le RAM are the same of 16GB non-a$$le RAM...but, but, 1.3 is bigger than 1.28! 😂🤣😂
where exactly did i forget that we are speaking about phones? didn't forget anything - just used it as an example. from my post you should be able to see that i know what size a phone sensor is compared to APS-C, don't you think?Correct, but don’t forget we are speaking about phones. Sensors are much smaller than APS-C (7/8 times smaller) on a smartphone.
Not to speak about the lenses… not even remotely comparable to “real” lenses from a camera.
So the rules are basically the same, but the differences are huge.
It is not reasonable to expect differences year over year. It is just an evolution, dictated by marketing reasons, mainly. It makes sense to upgrade your iPhone every 2/3 years to find some significant differences.
Going from 15 to 16 the ultrawide camera changed, anyway.
Tim could be short for Timothea, Timara, or Tima… 😀How many women do you know called TIM genius?
Reminds me of the term "nominal" when applied to dimensions for things like nuts and bolts, plumbing parts, lumber, etc.Oh, funny units again.
Yup. I tried and got the same results as you. I tried a variation too, asking ChatGPT to create an image showing a person with both hands raised, and an arrow pointing to their left hand. It repeatedly failed in a variety of ways, usually showing two arrows (not one) pointing left and right, but at least it labeled the direction of each arrow correctly, but then it drew this:ask chat GPT to create a drawing of a left handed person who is writing
( you’ll get a right handed one - check if you don’t trust me )
Also similarly ask CHAT GPT to show you a group of watches showing say 18:41
( you’ll get a 10:10 group no matter what - check if you don’t believe me)
Someone pointed out in another thread that, if the iPhone 17 does get a horizontal, in-a-row camera layout across the top of the back of the case, shooting spatial video will be done only when the iPhone is held in portrait orientation, but while shooting, the iPhone's display will show a small landscape mode image squeezed into the smaller width of the display. Which would suck. But if Apple does this, it seems likely that when shooting non-spatial video, you'll still be able to hold the iPhone in landscape mode, and it will show a normal full landscape "viewfinder" image.how would it record spacial video with the camera that way