F5F Stay Refreshed Hardware Desktop About Alder Lake CPU's

About Alder Lake CPU's

About Alder Lake CPU's

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DookieBlaster
Junior Member
25
05-31-2021, 12:08 AM
#1
Hello, your question is clear. With a 12600K CPU featuring 10 cores and 16 threads—6 performance and 4 efficiency cores—the system splits workloads between them. If you run a demanding game like Cyberpunk 2077, it will likely use the performance cores at higher speeds (around 4.9GHz) while efficiency cores handle lighter tasks at lower speeds. This setup is common and usually works well, but ensure your game settings match the core utilization to avoid performance hiccups.
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DookieBlaster
05-31-2021, 12:08 AM #1

Hello, your question is clear. With a 12600K CPU featuring 10 cores and 16 threads—6 performance and 4 efficiency cores—the system splits workloads between them. If you run a demanding game like Cyberpunk 2077, it will likely use the performance cores at higher speeds (around 4.9GHz) while efficiency cores handle lighter tasks at lower speeds. This setup is common and usually works well, but ensure your game settings match the core utilization to avoid performance hiccups.

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saukeuchiuchi
Senior Member
621
06-13-2021, 07:13 AM
#2
Yes, this shouldn't create a problem. Contemporary chips operate cores at varying rates continuously, just like with Alder Lake.
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saukeuchiuchi
06-13-2021, 07:13 AM #2

Yes, this shouldn't create a problem. Contemporary chips operate cores at varying rates continuously, just like with Alder Lake.

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zKingPaiin
Member
55
06-15-2021, 02:04 AM
#3
I'll check if you're utilizing all 10 cores and threads simultaneously or just the six performance cores while gaming.
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zKingPaiin
06-15-2021, 02:04 AM #3

I'll check if you're utilizing all 10 cores and threads simultaneously or just the six performance cores while gaming.

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Jithle
Junior Member
40
06-15-2021, 10:32 AM
#4
All ten processing units remain engaged continuously. The decision on whether a game uses them depends on other factors. Many do, yet older titles often don't.
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Jithle
06-15-2021, 10:32 AM #4

All ten processing units remain engaged continuously. The decision on whether a game uses them depends on other factors. Many do, yet older titles often don't.

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Boss663
Junior Member
32
06-25-2021, 11:55 AM
#5
It depends on the situation. This is something with the actual scheduler for how this will happen. This is the cliff notes for how it works: If the task is heavy like a game, it will prioritize it being on the performance cores unless they're running at capacity. If this task is light weight, it will run on the efficiency cores unless they're running at capacity. For the most part, games don't really use more than 6 cores, so they'd probably run just on the performance cores. If they do use more than 6 cores, then they will start using the efficiency cores, but they won't be the first thing used for gaming.
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Boss663
06-25-2021, 11:55 AM #5

It depends on the situation. This is something with the actual scheduler for how this will happen. This is the cliff notes for how it works: If the task is heavy like a game, it will prioritize it being on the performance cores unless they're running at capacity. If this task is light weight, it will run on the efficiency cores unless they're running at capacity. For the most part, games don't really use more than 6 cores, so they'd probably run just on the performance cores. If they do use more than 6 cores, then they will start using the efficiency cores, but they won't be the first thing used for gaming.

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xxXKasperXxx
Junior Member
36
06-25-2021, 12:09 PM
#6
The scheduler in Windows 11 decides which tasks run on efficiency cores versus performance cores. When using Windows 10, the outcome may vary since it doesn’t recognize core differences. On Linux, the result depends on the kernel version.
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xxXKasperXxx
06-25-2021, 12:09 PM #6

The scheduler in Windows 11 decides which tasks run on efficiency cores versus performance cores. When using Windows 10, the outcome may vary since it doesn’t recognize core differences. On Linux, the result depends on the kernel version.