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Good to see Intel keep at it

Folks here seem a bit shortsighted on some of this.

We all should want the envelopes to keep getting pushed by all manufacturers
People are going to criticize cherry picked statistics. The trade off is 4% more performance for 2.5x more power use. 4% is within the margin of error and 250% is not within the margin of error.
 
Speed per watt per decibel is the metric I want to see used from now on.
Everything has context. You are missing half the point if you do that, (as I suspected would happen on an Apple forum). In this instance the performance deficit is small.

In other tests what if you need X action completed in Y time?
How useful is having something consume less resource while not actually being able to do the job?

How about, "Speed per watt per decibel is an additional metric I want to see used from now on".??
 
How long has Intel been making processors? Its this close? Embarrassing. I see Apple entering the console wars soon also. This is going to be magical. Also one of the reasons I think Microsoft made that purchase for 70 billion.
 
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All things considered they are pretty even. The power difference can be almost completely attributed to the 10nm vs 5nm tech. If the i9 was on 5nm tech it would be more comparable.
 
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Why not include the Cinebench R23 numbers when mentioning it and just GB5 that's favorable to M1? It's whopping 50% more multicore R23 full power and still 35% more in 70W balanced mode. Sure, on battery it's still much less efficient, no one expects miracles, but lot of people use laptops plugged in almost all the time, especially when the most power is needed, regardless of consumption and performance per watt.
We should be all glad Intel finally pushes back regardless of preferred platform (and if one is locked in Apple or Windows then the comparison is meaningless anyway ;)
 
The fact that my new MBP does everything I need it to while being completely silent is amazing. If intel can make a laptop this quiet, we'll talk.
Yep. I have an M1 Air and Lenovo Legion w/a 3070. It's blazing and amazing with games/crypto, but will literally heat a 600 square foot room to tropical levels, not to mention the tinnitus (lol) causing fans. The wife banned me using it in the bed due to the fan noise. ?
 
Everything has context. You are missing half the point if you do that, (as I suspected would happen on an Apple forum). In this instance the performance deficit is small.

In other tests what if you need X action completed in Y time?
How useful is having something consume less resource while not actually being able to do the job?

How about, "Speed per watt per decibel is an additional metric I want to see used from now on".??
And the context here is a processor in a portable machine, where battery and heat matters. I don't do large computations on my laptop. I do that on my 40-core Linux machine with Intel Xeons.
 
thats mostly down to tsmc 5nm and lack of complex x86 platform, if the m1 is based on x86, arm itself is build on energy efficiency.
The M1 is currently the only ARM-based CPU that can achieve this kind of power efficiency. The Cortex-based designs aren't even close to either the M1 or recent x86 CPUs. So I'm not so sure that the ARM ISA has much to do with it.
 
That is not the whole story. It is 4% faster in synthetic benchmarks but it will be a lot, lot faster than the M1 Max in any jobs that is not optimized for Apple's architecture. If you are not in content creation that's most jobs out there.

Ah yes, I can't wait for a Microsoft Word job to take 11ms instead of 13ms. Totally worth burning my lap over for that time savings.
 
Of course the M1 is going to be more power efficient... it's an integrated chip.
Apple has the advantage because they are able to design the entirety of the computer whereas Intel is only able to design the chip.
 
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And so it goes, an endless cat & mouse processors game. M2 could well catch up or outperform it. The important thing for Apple when switching over to their own chips was that they are now able to control their own release schedules.
 
This is a example of picking your priorities. For a laptop the improvements the M1 Max brings with battery life is amazing during normal portable usage. But with a desktop/workstation power consumption is not a priority in larger chassis’s. However given the thought of multiple ARM processing in future Mac workstations it could make the size of chassis smaller comparably and that would be exciting for Mac Pro designs.
 
Of course Intel can make something run faster than the M1. The M1 is really impressive not because of the raw performance but because of the performance per watt.
Exactly. Apple also could probably make the M1 uarch run faster than Alder Lake, too, if they wanted, and it would likely run a little hotter and draw more power, too. Increasing clock speed to hit a raw performance target isn’t all that impressive. As you said, the performance per watt is what is impressive because Apple is pretty much alone in this market with the kind of perf to watt ratio they have achieved in their products.
 
Geekbench 5 results show that the GE76 Raider with the Core i9-12900HK processor has an average multi-core score of 12,707, while the 16-inch MacBook Pro with the M1 Max chip has an average multi-core score of 12,244. This means the Core i9 processor is around 4% faster than the M1 Max chip in this particular comparison.
Where are these numbers coming from? I don’t see them in any of the articles linked…. Granted I only looked at the pictures…

1643219177910.png

And shouldn’t the size and weight comparisons be against the 14” which performed equally well?
 
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I’ll take the battery life option. Only 4% faster with 60% or more power usage that’s not a good sign intel. ?
 
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You have admit how well Intel's done by squeezing out everything it can out of 14nm and now 10nm.. I would imagine once they get to 5nm for a better comparison, Intel's CPUs wouldnt be frowned upon so much.
 
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