The "singlecore" workload require SMT to be enabled, and if working as intended it will run two threads on the same core But what we are seeing here is a threading issue, by a little manipulation you can make the "singlecore" workload use two different cores.. (1 thread from each core)
i can also make my 9850X3D score above 1k, but by honor i will not submit runs like this
The "singlecore" workload require SMT to be enabled, and if working as intended it will run two threads on the same core But what we are seeing here is a threading issue, by a little manipulation you can make the "singlecore" workload use two different cores.. (1 thread from each core)
i can also make my 9850X3D score above 1k, but by honor i will not submit runs like this
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Compared to other scores, this one seems too high to me for the hardware used. Could this be a "bug run"?
On G7400 (different OS + smaller Cache L3) i got this run:
https://hwbot.org/benchmarks/cinebench_-_2026_single_core/submissions/6040507
In the near future I will be testing a i5-12400 on this platform. We will see how it performs then :)
That is pretty weired.
🤪
The "singlecore" workload require SMT to be enabled, and if working as intended it will run two threads on the same core
But what we are seeing here is a threading issue, by a little manipulation you can make the "singlecore" workload use two different cores.. (1 thread from each core)
i can also make my 9850X3D score above 1k, but by honor i will not submit runs like this
I found this out back in January 2026
So with 1/1T or 1/2T the Score with the 12100 or G7400 should be lower?
I don't have this platform raedy for testing it.
I do not manipulate anything. This happene when you just use it as it is.
I guess Remiko didn't manipulate anything also
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