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Very disappointing! And there is no support for AV1 at the hardware level.
What was the point of leaving Intel I still don't understand, maybe Apple's arrogance.
As with the old PowerPC days and Motorola, Intel was having trouble delivering updates on time, thus severely limiting Apple's ability to update their hardware completely disrupting the product cycle. Others can explain better I than problematic Intel's power consumption, back-door security issues and software interoperability were for Apple, but they were most definitely NOT an asset. Apple is being pragmatic, rather than arrogant, plus their ability to control the software/hardware ecosystem from toe to tail is a major bonus. I wouldn't run around calling anybody "arrogant," but that shoe would seem to fit Intel far more than Apple.
 
M2 pro and m2 max have the same cpu core complex of up to 12 cores; 8 perf and 4 efficiency. M2 max has a better gpu than m2 pro.
The burning question is M2 Pro vs M1 Max which arises because a 32GB M2 Pro, 12 CPU/19GPU Mini costs about the same as a 32GB M1 10 CPU/24 GPU Max Studio (YMMV depending on what country you live in and whether you think 10GB Ethernet should be included - but they're still very close). I think 24 M1-era GPU cores vs. 19 (probably) slightly faster M2-era GPU cores, plus what this article shows is faster CPU performance is going to be swings and roundabouts and very dependent on what your actual workload is.
 
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That's cool. Or rather, very hot. You want to put a high-end desktop CPU in a Mac mini?
So if you need to get a high demand CPU/GPU job done using a desktop......then yes I think most people would want the fastest option.

It is great that Apple does it better in terms of performance per watt, and if you are some extreme enviromentalist or power costs are super high where you are, that will matter. However for most people, using a desktop to do these kinds of workloads, for a living and time is money, they simply do not care about the performance per watt, they care about performance.

I have a large desk at home. My M1 Mac mini, with 27inch 4K monitor is on one end. I do all of my "computing" on it (typing this now) and it is silent and I love that. It sips power with my needs, email, web browser, teams, zoom, VPN into work, Secure CRT/SSH into various devices.

On the other end of my desk is a my gaming PC. It is a 11700K, 3070ti, 64gig, 3TB of PCIE M.2 SSD (1TB boot drive, 2TB drive for games). I have it in a large case, Phantek 500, with 3 - 140mm fans in front, 1 - 140mm rear fan, Noctua 15s CPU fan. While not even close to the Mac mini in terms of quiet, it is actually quiet because those fans are PWM and they never get loud, even after an hour of gaming. The power usage in comparison is off the charts I have no doubt...but I do not care because I want to game.
 
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Comparing against the 16-inch 10-core M1 Pro: 1742, 12141

So, single-core is up 12.1% (meh), and multi-core is up 23.7%. But the clock is also up 9.4%, so at the same clock, single-core is only up 2.5% and multi-core 13.1% (in part explained because there's 8+4 cores instead of 8+2).

Not terrible for 14 months, but not fantastic either.

I was kind of disappointed that Apple went with A15 cores rather than leap to A16. Would've been a bigger jump in performance. But for some reason (cost? timing?) they stuck with older generation. It seems at this point Apple is relying more on TSMC to boost performance and efficiency... Maybe it's time for a radical redesign?

Don't get me wrong, a geekbench score of 15,000+ in a box the size of a mini is insane.
 
M2 Pro's performance with the Mac mini is unlikely to differ greatly from its performance with the new Mac notebooks.
Aren’t they “laptops” now? :)

This is something one doesn’t see often on the Intel side. “Hey, look at the performance of this desktop, pretty good right? Well, here’s a laptop WITH THE SAME PERFORMANCE! Even on battery!” I’d like to see someone compare the least performant Apple Silicon with the least performant Intel/AMD solutions :)
 
I'm looking forward to Apple phasing out the Mac Studio and Mac Pro because nobody's buying them, when the reason nobody's buying them is that they are at the back of the queue for faster chips.
 
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I was kind of disappointed that Apple went with A15 cores rather than leap to A16. Would've been a bigger jump in performance. But for some reason (cost? timing?) they stuck with older generation.

It's similar to how Intel works — their Xeon CPUs tend to be derived from much older laptop/desktop CPUs.

They seem to start where the volume is (Ax), which drives down cost, then use the same cores but at higher clock and additional options on the higher end (Mx), then higher (Mx Pro, Max), even higher (Mx Ultra) and eventually smaller (Sx). That's the pattern we've seen with the AxX (e.g. A12X), and it seems to continue with the M1 and M2 thus far.

On top of that, just as with the AxX, we're seeing a slower release cycle: the Ax is annual, but the Mx seems to average 18 months, just like the AxX did.

Therefore, I expect the M3 Ultra this fall, the M3 in winter this year (about 3 years after the M1), and the M3 Pro next summer. Those will all be based on the A16, even though the A17 will come out in the meantime.

It seems at this point Apple is relying more on TSMC to boost performance and efficiency... Maybe it's time for a radical redesign?

Don't get me wrong, a geekbench score of 15,000+ in a box the size of a mini is insane.

Yes, it seems they haven't done much to improve the design for a few years now.
 
So if you need to get a high demand CPU/GPU job done using a desktop......then yes I think most people would want the fastest option.

Yep.

It is great that Apple does it better in terms of performance per watt, and if you are some extreme enviromentalist or power costs are super high where you are, that will matter. However for most people, using a desktop to do these kinds of workloads, for a living and time is money, they simply do not care about the performance per watt, they care about performance.

Most people don't use a desktop. At this point, even many people with high-end computers no longer use a desktop.

On the other end of my desk is a my gaming PC. It is a 11700K, 3070ti, 64gig, 3TB of PCIE M.2 SSD (1TB boot drive, 2TB drive for games). I have it in a large case, Phantek 500, with 3 - 140mm fans in front, 1 - 140mm rear fan, Noctua 15s CPU fan. While not even close to the Mac mini in terms of quiet, it is actually quiet because those fans are PWM and they never get loud, even after an hour of gaming. The power usage in comparison is off the charts I have no doubt...but I do not care because I want to game.

That's nice, but I assure you competing with gaming towers isn't something Apple is interested in.
 
Which would only really matter to some PC laptop user on trying to do some high use CPU or GPU task while on battery. That is a such a tiny niche.

Most people doing that kind of work would be using a desktop, Mac or PC and if on laptop plugged in.

I'd agree with you in 2003. These days, most people would absolutely do "that kind of work" on a laptop.

As for plugged in: it's not just that you need to plug it in. It's also warmer and louder. And it's either thicker, or needs to throttle a lot.
 
I point out the clock bump because there's only so many times Apple can do that. They're not gonna run the M8 Pro at 7 GHz. Eventually, they'll probably want to improve their design enough that they're back in the 2-3 GHz range.

I look at it like this: the more Macs which can meet or exceed the Floating Point Operations of the PS5 is always a welcome addition, no matter how they get it done.
 
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Geek bench, the meaningless benchmark.

For 99.9% of people to notice a difference it will take a high demand task like rendering video from FinalCut and having it shave off 5+ min of time. Short of that they will never know.


Might speed up OS Updates ;) Or any other task that needs decompression. I guess they might not know, but still feel it
 
Given the leaks, we can assume that these devices are in reviewers hands...

These look like fine updates - makes me excited to see M3 laptops revealed at WWDC or soon thereafter.
 
This is because Geekbench does not expose the thermal limitations of the notebooks.
And I think that’s fair because 99% of the people buying the machines won’t expose the thermal limitations of the notebooks. I’d guess that, for the vast majority of Geekbench scores, that benchmark run was likely the most effort that system had expended up until then and it won’t see that much stress until the NEXT time the person runs Geekbench. :)
 
M2 Chip is a beast. You know it!

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Exactly. Many still say that we shouldn't care about energy consumption on a desktop device, but here in Europe it's starting to become more and more of a deciding factor.
What are energy prices in Europe? Realistically to run my wife's m1 8 hours a day (At full blast) 365 days per year would cost me about $9 per YEAR. My Much more powerful desktop at full load would be about $90/year.
That's a huge percentage for what it is, but it's NOTHING compared to my 3 KWH air-conditioner, or 2.5 KWH Stove, or a 15 KWH Emergency heating element on a heat pump. These are all on or two orders of magnitude more energy hungry.
 
The M2 Max is going to be very fast compared to the M1 Max – if this result for the Pro is true, I think we can expect a 30% increases in GeekBench for multicore. That really will make a big difference to all those out there compiling large chunks of code, or outputting 4K/8K video. If I were working in those kinds of professional fields, I'd be looking to upgrade. But for the rest of us, well, it's basically like the second gen of a car being able to go at 180MPH, while the older version can go at 150MPH. Nice on paper. But functionally meaningless.

I must admit I'm impressed. I thought this would be a small speed bump but it looks like it's very respectable. I still want to see those real world battery figures, though, because that increase in clock speed and the more core counts don't come free of charge.

Except for that in most jurisdictions it’s illegal to drive 150mph, much less 180!

Wait a second! I think you just came up with Apples new ad slogan! “So fast, it should be illegal!”
 
No specific study, but it’s a well-known psychological phenomenon that is broadly applicable to human sensing & perception. Quick summary here: https://www.simplypsychology.org/what-is-the-just-noticeable-difference.html
And that’s ONLY if the scale of the task is in a human recognizable quantity. For most things on computers, if a task takes 1 second now, but .75 seconds on an updated system, even though that’s a big difference, the human wouldn’t notice it.
 
Very disappointing! And there is no support for AV1 at the hardware level.
What was the point of leaving Intel I still don't understand, maybe Apple's arrogance.
Because in 2020 Intels best iMac CPU was destroyed by apples entry level MacBook Air M1 chip. (outside of multi core of course)

We had a few years of insane leads and now the competition is catching up in speed, but not efficiency.
 
The M2 Pro, according to these results, also beats the M1 Max, which achieves 1,727 single-core and 12,643 multi-core scores.
As expected the fastest chips are the quickest to lose their value. With 3nm there will come yet another core-count boost to even higher multi-core scores. I don't know why some people pretend there is no progress?
 
Weird comparison to make when the Pro and Max have the same CPUs. Surely it would only be notable if the M2 Pro beat the M1 Max in a graphics benchmark.
 
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