the M2 chip would crush the M1 in terms of performance

Puce CPU processeur

Jason Cross from Macworld posted an interesting article about Appe silicon chips. It is based on the idea that the evolution of homemade chips for Mac would follow that of mobile chips.

He thus compares the Apple silicon M2 chip, expected on an upcoming MacBook Pro, to the A15 mobile chip integrated into the latest iPhone 13. And he does the same with the M1 chip that appeared in 2020 on MacBook mini and MacBook Pro 13″, which it compares to the A14 chip powering the 2020 iPhone 12s.

In this way, a parallel can be drawn between the evolution from the A14 chip to the A15 on the iPhone and the potential progress from the M1 chip to the M2 on the Mac.

It’s not a far-fetched idea, given that the Ax and Mx chips come together in many ways in their design. Witness, among other things, the integration by Apple of the M1 chip on the latest iPad Pro, instead of an evolution of the A14 chip.

How to predict M2 chip performance?

These theoretical bases allow us to anticipate the power of the next M2 chip. First of all, you should know that the M1 has 4 high performance cores for the CPU part and 8 cores for the GPU part. It’s a kind of boosted A14 chip for the Mac. The A14 has 2 high-performance cores for the CPU part and 4 cores for the GPU part.

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The A15 benefits from 5 GPU cores (on iPhone 13 Pro / Pro Max only) and 4 high-performance CPU cores. One can imagine an M2 chip doubling this base: 10 GPU cores and 8 high-performance CPU cores.

Apple A15

© Apple

What would Geekbench say?

As the journalist reports, the switch from the A14 chip to the A15 chip has underpinned a 7% gain in single-core benchmark and 20% in multicore benchmark. In terms of graphics performance, the A15 chip has 25% more power compared to the A14.

These figures can therefore serve as a basis for imagining the increase in performance that the Apple silicon M2 chip would underpin compared to the M1:

  • Between 5 and 10% more power in single-core
  • Between 15 and 25% more power in multicore
  • Between 20 and 30% more power for the graphic part

Of course, all of this should be considered with caution. It is possible that Apple keeps, for the M2, a power close to the M1, with an improvement rather focused on consumption and heat emission. All the same, it would be surprising to see the Californian firm offer a new SoC from its Apple silicon line without any noticeable performance difference compared to the previous generation.

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