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.