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To add, the Mac Studio is Mac13,1 (M1 Max) and Mac13,2 (M1 Ultra).

This twitter post suggests that Apple might be following a new model name format:

Ah yes, I forgot about that. It's going to make the naming even more confusing going forward but it may be even better for generating hype via strategic Geekbench leaks. ;)

Anyhow, that confirms it's the 13" MacBook Pro. Thanks.
 
Higher performance without increasing power consumption = higher efficiency.

Notice how it says "or" and not "and". You can only have one and not both. Only if the frequency is kept at 3.2GHz then it would be ~15% more efficient.

"+7% perf @ iso-power
or
-15% power @ iso-perf"
 
The efficiency part done by TSMC with second gen 5nm improvments
3TYOCuW.png
is it just me or n5p seems better than n4 ? +7% vs +5 ,both at iso power
 
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Anandtech says the same thing as the chart. It's "or" and not "and".

https://www.anandtech.com/show/1602...technology-details-full-node-scaling-for-2h22
"Compared to it’s N5 node, N3 promises to improve performance by 10-15% at the same power levels, or reduce power by 25-30% at the same transistor speeds."
View attachment 2019590
Read the review of the A15. It increases both. Stop obfuscating. All your info proves is that the increase is due to more than N5P.
 
Performance pretty much aligns with A14 to A15 performance jump.
I thought that A15 and A14 use the same node (N5), while M2 and M1 use a different node (N5P vs. N5).

That slide is showing either a power decrease or a performance increase.
I believe that it is possible to increase performance and reduce consumption at the same time, but below these figures (e.g., increase performance by 4% and reduce consumption by 10%).
 
Does the M2 live up to Apple's marketing?
We will see, but the one test I remember the most is a 40% increase in speed in video editing. Note that the project tested included ProRes footage. This is important because M2 includes a hardware ProRes accelerator whereas M1 does not.
 
I thought that A15 and A14 use the same node (N5), while M2 and M1 use a different node (N5P vs. N5).


I believe that it is possible to increase performance and reduce consumption at the same time, but below these figures (e.g., increase performance by 4% and reduce consumption by 10%).
A15 is using N5P. Which is also the reason why M2 is using the same process because Avalanche and Blizzard core performance characteristics on N5P are known quantity.
 
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