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Very disappointing gains given the move to 3 nm. ~9% increase in performance core clock speed giving ~10% single core boost and 7% multicore boost. Plus (as has been commented on above), 20% more GPU cores giving a 20% GPU speed boost... Taking into account the rumours from the last year about how the A16 was supposed to have ray tracing but it was dropped late in development due to too much power consumption this is starting to look to me like the A17 is just the original A16 envisioned with the power savings from the 3 nm process sacrificed to the power hungry hardware ray-tracing GPUs. I wonder if battery life will be better than stated unless using ray tracing...

Lots of talk in the Apple Silicon forum about whether M3 is based on A16 or A17 - could it be that A16 and A17 are the same (with just ML cores, ray tracing and USB 3.0 in A17)?

In terms of the iPhone 16 SoC - I've read that the current 3 nm process is a stepping stone before the more scalable second gen 3 nm process and that the differences mean you can't just switch a chip from one process to the other, meaning Apple would have to redesign the chip anyway for the second gen process. Whether they chose to redesign the A17 Pro or just design two versions of the A18 will probably come down to a battle between the financial interests of saving money on the production line (i.e. using binned chips for the regular/pro phones) vs "encouraging" people to buy the Pro models through having a higher SoC generation than the non-Pro.
20% gain while consuming less is disappointing?? 😳
 
Very disappointing gains given the move to 3 nm. ~9% increase in performance core clock speed giving ~10% single core boost and 7% multicore boost. Plus (as has been commented on above), 20% more GPU cores giving a 20% GPU speed boost... Taking into account the rumours from the last year about how the A16 was supposed to have ray tracing but it was dropped late in development due to too much power consumption this is starting to look to me like the A17 is just the original A16 envisioned with the power savings from the 3 nm process sacrificed to the power hungry hardware ray-tracing GPUs. I wonder if battery life will be better than stated unless using ray tracing...

Lots of talk in the Apple Silicon forum about whether M3 is based on A16 or A17 - could it be that A16 and A17 are the same (with just ML cores, ray tracing and USB 3.0 in A17)?

In terms of the iPhone 16 SoC - I've read that the current 3 nm process is a stepping stone before the more scalable second gen 3 nm process and that the differences mean you can't just switch a chip from one process to the other, meaning Apple would have to redesign the chip anyway for the second gen process. Whether they chose to redesign the A17 Pro or just design two versions of the A18 will probably come down to a battle between the financial interests of saving money on the production line (i.e. using binned chips for the regular/pro phones) vs "encouraging" people to buy the Pro models through having a higher SoC generation than the non-Pro.
N3E > N3B in perf./efficiency and in the same time cheaper. :) That's why I'm saying that N3B is stop-gap chip and from the tests, it seems like this at least in CPU perf.

n3.png
 
2016 - A10 (Fusion)
2017 - A11 Bionic
2018 - A12 Bionic
2019 - A13 Bionic
2020 - A14 Bionic
2021 - A15 Bionic
2022 - A16 Bionic
2023 - A17 Pro

It's weird that they changed the suffix/descriptive part of the chipset just this year (2023) when they should have done it back in 2020 just like how they introduced 5G and flattened the sides of the iPhones from that year...
It looks like the A17 Pro will only be used in the iPhone 15 Pro, there will be a slightly different A17 (Bionic?) next year for the iPhone 16 and for use in iPads.

 
10%? Same cpu core count? This is more like an a16+ in intel skylake+++ parlance.

Did the cpu architecture even change or is it the same cpu architecture from a16, albeit with higher clocks?
 
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Is there any place where in you can compare benchmarks of all past iPhones and select Android phones?

Like say I want a specific 2007 iPhone SKU vs 2009 vs 2011 vs 2013 vs 2015 vs 2017 vs 2019 vs 2021 vs 2023?
 
They are using the same processor at the same speeds but the Pro Max has a higher resolution and thus more pixels to push around ;)
That has always been the case and I keep asking myself why they wouldn't simply clock the Max variant a little higher, but it is as it is.
I think the article itself is wrong. The code 16.2 is allocated to the 14 Pro(6.1 inch) and the code 16.1 is allocated to the Pro Max. If we view it this way, we can see that the normal Pro doesn't have the same scores maybe because of the throtteling caused by the heat( it is known that the Pro Max can dissipate more heat). Besides, last year the Pro had lower scores in the first weeks of the release, but scores can be gradually higher when we see better optimisation in IOS 17.
 
Guys most of the gains went into the machine learning, 2x increase and a good amount of features now are being pushed toward it. iPhone is already the most powerful Phone before the 15 so apple doesn’t feel threatened there and its come to the point that we aren’t utilizing the current chip to the fullest so apple felt the gains were useful else where
 
I think the article itself is wrong. The code 16.2 is allocated to the 14 Pro(6.1 inch) and the code 16.1 is allocated to the Pro Max. If we view it this way, we can see that the normal Pro doesn't have the same scores maybe because of the throtteling caused by the heat( it is known that the Pro Max can dissipate more heat). Besides, last year the Pro had lower scores in the first weeks of the release, but scores can be gradually higher when we see better optimisation in IOS 17.
Lets be sure
 
I wonder how the naming of the chips will work next generation.

Will the iPhone 16 receive a non "Pro" A17 chip while the iPhone 16 Pro will simply receive a minor bump of the existing A17 Pro? Or is it going to be A17 and A18 Pro chip at the same time? Sounds weird
Apple purposefully held the regular 14’s chips back on A15 so that going forward the pro models would always have a chip that’s one generation ahead. Looks like Apple is further differentiating by making a pro variant. So yes it’s likely going be A17 and A18 Pro, then A18 and A19 Pro, and so on.
 
Maybe the efficiency of the A17/3nm comes more in the form of thermal management instead of battery life?
 
Apple purposefully held the regular 14’s chips back on A15 so that going forward the pro models would always have a chip that’s one generation ahead. Looks like Apple is further differentiating by making a pro variant. So yes it’s likely going be A17 and A18 Pro, then A18 and A19 Pro, and so on.
So next gens 16 iphone gonna be weaker than 15 pro likely.
 
why does the pro has better results than pro
Always been like that, ipad pro 11 always scored better than the 12,9 counterpart because of lesser pixel resolution, so it taxes the cpu less to drive all those pixels, same logic with pc games where the common practice is to lower resolution to get higher fps or be able to use higher quality settings (Ex. 1080p60 high settings/1080p144 medium settings or run at 4k30 medium settings). I remember the days where the first iphone SE with the A9 was considered a monster for gamming running faster than the mighty iphone 6S because the SE screen was so low res that it improved performance quite a lot compared to the higher res 6s.,
 
Doesn't sound like M3 will be a huge leap over the M2 if this is any indication.
Just what I thought. M3 might be a deception for me. I'm glad I didn't wait for this and bought my M2 Pro Mac Mini.

At least we can 100% confirm it'll have ray-tracing support. The lack of it used to put Apple's GPUs capabilities far behind PC GPUs. They're more and more committed to gaming - but will AAA games follow ?
 
Is it true ray tracing on the new chip is 30 fps only? Also ray tracing on a small phone screen isn’t gonna exactly gonna blow anyone away.
Seems pointless to me at the moment
 
...
Lots of talk in the Apple Silicon forum about whether M3 is based on A16 or A17 - could it be that A16 and A17 are the same (with just ML cores, ray tracing and USB 3.0 in A17)?
...

That's a definite no isn't it? In the bit of the presentation featuring the VP of silicon design (I probably didn't get his title exactly right), while he was still talking about the CPU cores and hadn't yet moved on to the neural engine or graphics cores, he explicitly mentioned that they had made changes to the microarchitecture of the CPU cores. I can't remember if he said that about only the performance cores or whether he mentioned microarchitecture changes for both power and efficiency cores but he definitely explicitly mentioned CPU microarchitecture changes in A17 vs A16.

Frustratingly in that bit of the presentation, when discussing the performance CPUs he quoted a figure for percentage performance increase vs an A16 performance core yet when he moved on to the efficiency cores all he said was "up to three times more power efficient than our competitors" (again, I might not have got that quote word-perfect) when what I really wanted to know was any power efficiency improvements for the A17 efficiency cores compared to the efficiency cores in the A16.
 
Ray tracing is the very last thing id expect from a phone tbh

Shoulda focused on battery and Npu tbh , GPU is, afaik, not that used or useful in such easily throttling devices

Personally, my guess is that the effort into the GPU improvements are less about the iPhone and more about the Macs when this A17 Pro scales up and becomes the M4 line.
 
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