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Thoughts on Apple’s M1 Pro, Max and MacBook Pros

The Apple M1 Pro and M1 Max completely address the M1 chip’s solid but not great multicore performance, giving pros a huge reason to upgrade.


When we published our extensive two-part review of the M1-powered Mac mini last spring with a particular CAD/3D focus, we ended by saying that “Apple’s Firestorm cores in the M1 are unmatched. Where the M1 falls down is in multi-core performance.”

Fixing the Multi-Core Issue

I don’t want readers to misunderstand that last sentence, however. The M1 is an incredibly powerful chip for its cost and it divides its 8 CPU cores into 4 Firestorm and 4 Ice-Storm cores. Balanced symmetrically between performance and energy efficiency, the M1 made sense for the types of Mac computers Apple had targetted the chip for.

Now with the MacBook Pro, Apple is thinking that pro users are going to bias workflows that put slightly more emphasis on powerful time-saving functionality over battery life. The new MacBook Pros still get incredibly battery life, but these machines are for power users. Where the M1 MacBook Air is ideal for say a journalist or author in a remote location who needs to get a lot of writing done and needs maximum battery-life, the M1 Pro or M1 Max-based MacBook Pro is for the film editor, architect, 3D animator, or coder who needs to get work done faster even when unplugged.

M1 Pro and M1 Max power new MacBook Pro.

Apple’s new MacBook Pro comes in 14-in. and 16-in. models, and are powered by either the M1 Pro or M1 Max SoC (chip), offering industry-leading performance per watt across both CPU, GPU, and machine learning functions.

Apple has rebalanced things. The M1 Pro and M1 Max feature 10 cores and 8 of them are Firestorm cores, while only 2 of them are Ice Storm cores. The result is these new MacBook Pros deliver double the number of Firestorm cores (8) and that makes a big impact on multi-core workloads like 3D rendering workflows, film editing workflows, science and engineering workflows, and 3D CAD/BIM workflows in AEC where more processing these days is multi-threaded. In short, Apple has totally fixed the multi-core issue, giving pro users whose apps use more “multithreaded” the power they really want.

The Numbers

The new MacBook Pro showed up on Geekbench on Monday with results. Its Geekbench 5 results notched a score of 11,542, which blows away the M1-based Mac mini results we tested and posted at 7,675, a definitive 150 percent improvement.

And on single-core tests, the 10-core M1 Max-based MacBook notched a score of 1,749. Our M1 mini actually yielded 1,748 but averages are a bit lower. Essentially, the new M1 Pro and M1 Max are nearly identical in single-core performance with slight improvements over the M1. But their single-core performance is only bested by Intel Core i9 11900K and 11900KF 8-core processors. And only by about 5.8 percent for the first of those chips noted above.

M1 Pro and M1 Max power new MacBook Pro.

The M1 Pro consumes 70 percent less power at its peak than a PC laptop with a discrete GPU. (Image: Apple)

These new MacBook Pros are essentially at the top of the single-core performance heap and now at the top of the heap on multi-core performance. And they achieve this performance with stunningly low energy needs compared to rival processors.

New MacBook Pros

The new MacBook Pros come in 14-in. and 16-in. versions. Either machine would be excellent for CAD/BIM/3D professionals with mobile workflows. They essentially are tied with AMD and Intel’s best CPUs for the fastest single-core processing in existence. So programs like Revit or SketchUp, which are mostly single-threaded, will do very well. And they match the very best in discreet mobile GPUs at 70 percent less power.

Architosh Analysis and Commentary

We published an analysis the night before the event and got it wrong on Apple’s “chiplet” technology. Apple isn’t going to chiplet packaging quite yet, and we have no real proof they will ultimately go there.  However, other parts of our analysis are mostly correct. In particular, references to Bloomberg’s Mark Gurman’s Jade C-Chop and Jade C-Die seem spot on in terms of the potential meaning of those words. As Anandtech noted yesterday about the “peculiar” way the whole top of the M1 Pro looks like the M1 Max, we think that they are identical in every way because the M1 Pro may be a “chopped down” version of the M1 Max. (see: Architosh, “Apple’s new M1 Pro is ‘Chop’ version of M1 Max Die (?),” 18 Oct 21)

The question then becomes, what would Apple do with the chopped-off piece, which consists of 16 GPU cores, 2 SLCs, and 2 memory interfaces? There also seems to be a 16 core Neural Engine section on the lower part of the die that matches the upper part.  If the M1 Pro’s code name was Jade C-Chop as Gurman wrote in his Bloomberg report, it implies that chip is not the full die but rather a chopped down version of the full die. Jade C-Max means more than just maximum performance but the max area of the chip die itself. 

Apple’s M1 Pro is “Jade C-Chop” per Mark Gurman’s late spring report.

A literal cut or chop would mean massive wafer waste and tons of inefficiency, that could only be made up if Apple could reuse the chopped section in future chiplet design packaging. The codename Jade C-Chop may not be literal but imply a digital chop line as in the architectural floorplan for the M1 Pro and that it is identical to the M1 Max except that the lower part is removed. But the word “chop” seems strange if it is only digital. Perhaps Mark Gurman’s codenames for the M1 Pro and M1 Max were old or wrong?

Still, if Apple is going to a chiplet design for 20 and 40 core SoCs in the big iMac and Mac Pro, these chopped-off 16 core GPU sections complete with Neural Engines, memory interfaces, and SLCs could be discrete components on an interposer layer in a chiplet package. If this idea sounds crazy to you, share your thoughts below in our new Disqus-powered Comments section. 


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