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The i9-13900K chip will be out later this year and we now have Geekbench results. Single core: 2133 and Multi core: 23701
In comparison, the M2 in the new MacBook Pro scored: 1919 in single core
8929 in multi core.
Sure, Apple is much better at performance per watt than Intel but it’s not a good look to fall behind in single core performance. Most day to day tasks are single core.
Apple upended the chip industry with the M1 but AMD and Intel came back swinging and it seems like Apple now needs to pull another rabbit out of the hat with the M3.
I wouldn't worry too much on Apple's behalf:
Single core improvement 12900K -> 13900K: 1,8%
13900K multicore beats the M1 Ultra by: -0,1%
Not much need for rabbit pulling out of hats on Apple's part as much as normal progression year-on-year IMHO.
That said, Intel and AMD are doing great work currently (Intel on raw performance and AMD on performance/watt)
The mentality that bigger is always better, that faster is always better, etc., is an immature way of looking at things. What counts is the overall package. How well does any particular computer fulfill the needs of its targeted audience in relation to the price point. The CPU and GPU are just two components out of dozens. What is best at a particular price point for a starter computer is not the same for a powerhouse computer. So comparisons of just Geekbench results are useless IMO unless you look at the entire computer and compare it to another entire computer.
So compare entry level M2 with top of the range i9 and shocked that top of the range i9 is quicker.
When the high end M2 is out if still beaten by the i9 then let us know.
This is true, but the M-series is not as impressive as it was when it was first released in November 2020.
Apple may have the edge in performance per watt. But, when looking at high-end computers, performance per dollar is even more important.
Apple charges a premium for its computers. It is fine when Apple sells an M1 MacBook Air for $999, which is faster and lighter than any Windows laptop at the same price point.
Now let us get a high-end desktop. Look at these two configurations:
Mac Studio: Apple M1 Ultra 48-core GPU, 64 GB RAM, 1 TB SSD, USD 3,999.00
PC: Intel Core i9-12900K, GeForce RTX 3090 Ti, 64 GB RAM DDR4-3600, 1 TB NVME SSD, USD 3,700
Mac Studio: Apple M1 Ultra 64-core GPU, 128 GB RAM, 8 TB SSD, USD 7,999.00
PC: Intel Core i9-12900K, GeForce RTX 3090 Ti, 128 GB RAM DDR4-4000, 12 TB (3x 4 TB) NVME SSD, USD 6,000
The PC has a far better video card, and yet is cheaper than the Mac Studio in both scenarios. In the second one, the PC is 25% cheaper, even having a better video card and 50% more storage.
If I were a high-end user that needs a desktop with lots of power, I would probably care more about performance per dollar than performance per watt. Perhaps the forthcoming Mac Pro addresses this issue, but we should check the price tag.