Not surprising given how vague the SoC presentation was yesterday. It seems that A16 is basically A15 on 4nm with revamped media (and AI?) engine. This may mark a move towards a two years cycle for CPU/GPU refreshes.
Not necessarily a bad thing as the industry is poised to slow down no matter what till we find some new magic tech.
2023 iPhones will arrive with 3nm chips. 2024 iPhones as well. It's possible 2025 iPhone will still be on some refined 3nm...
The good news is current SoC are already very very capable. And a slowdown with easy/cheap perf. gains will push software innovation even further.
That being said, I'm wondering how they can expect to sell those new models in high volumes given how little innovation they have to offer... and how expensive they're getting in most of the world...
No, it's an A15 optimized for energy, just like the A15 was an A14 optimized for energy.
Given that many more people complain "I wish my phone had longer battery life" than complain "I wish my phone were faster" this seems like the appropriate optimization...
People are upset about this not because of iPhones exactly but because they assume this means macs don't get faster. But that chain of logic includes an implicit assumption -- that future macs will use the same cores as future iPhones. It's not clear that this is a very good assumption...
Apple is perfectly capable of designing/improving three cores every year (P core, E core, Chinook core [very small ARM64 core used as controller for various hardware, GPU, NPU, etc]). Why can't they expand this to four cores? Obviously IP will be shared across all cores (like it is today) but the highest end cores will be optimized for performance in a way that makes sense for always-powered devices but which does not make sense for battery devices.
Why did Apple upgrade the MBA and cheapest MBP, but not the mac mini to the M2?
Ahh, well, when you understand that, you will understand my point...