F5F Stay Refreshed Hardware Desktop Maximum clock speed when the CPU is not actively processing tasks.

Maximum clock speed when the CPU is not actively processing tasks.

Maximum clock speed when the CPU is not actively processing tasks.

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SamaMonster
Member
178
06-20-2023, 02:07 PM
#1
Hello, your new system is consistently operating at full performance. I've adjusted settings like speed scaling, power plans, and restarted the BIOS, but it hasn't changed. Your specs include an i7-13700K, RTX 4070 Ti, 64GB RAM, NZXT Z690, Windows 11.
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SamaMonster
06-20-2023, 02:07 PM #1

Hello, your new system is consistently operating at full performance. I've adjusted settings like speed scaling, power plans, and restarted the BIOS, but it hasn't changed. Your specs include an i7-13700K, RTX 4070 Ti, 64GB RAM, NZXT Z690, Windows 11.

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captainben05
Junior Member
31
06-20-2023, 07:50 PM
#2
To lower power usage when your system is idle, adjust the BIOS settings so the C states are active. When a core isn’t working, it switches to the low-power C7 mode automatically. In this mode, the core disconnects from both voltage and clock signals, staying essentially off at 0 MHz and 0 volts. Monitoring tools often misinterpret this state, so use HWiNFO to verify proper entry into C7 during idle periods. The reported 5287 MHz figure becomes irrelevant when cores are in low-power mode. This approach has been standard for the past decade, yet many still prefer seeing higher frequencies.
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captainben05
06-20-2023, 07:50 PM #2

To lower power usage when your system is idle, adjust the BIOS settings so the C states are active. When a core isn’t working, it switches to the low-power C7 mode automatically. In this mode, the core disconnects from both voltage and clock signals, staying essentially off at 0 MHz and 0 volts. Monitoring tools often misinterpret this state, so use HWiNFO to verify proper entry into C7 during idle periods. The reported 5287 MHz figure becomes irrelevant when cores are in low-power mode. This approach has been standard for the past decade, yet many still prefer seeing higher frequencies.

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OmqDace
Posting Freak
798
06-20-2023, 11:39 PM
#3
It's not uncommon for performance issues at 5200 MHz to affect gaming, especially with lower settings. Your observation about CPU clock speed is likely a contributing factor.
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OmqDace
06-20-2023, 11:39 PM #3

It's not uncommon for performance issues at 5200 MHz to affect gaming, especially with lower settings. Your observation about CPU clock speed is likely a contributing factor.

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haydano
Member
54
07-10-2023, 06:41 AM
#4
It's curious why the frequency remains at 5287 MHz instead of changing to 3800, especially since the CPU isn't running in turbo mode and you're not using any overclocking techniques.
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haydano
07-10-2023, 06:41 AM #4

It's curious why the frequency remains at 5287 MHz instead of changing to 3800, especially since the CPU isn't running in turbo mode and you're not using any overclocking techniques.

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73
07-20-2023, 12:26 AM
#5
A high CPU speed might seem counterintuitive for low FPS, but it can actually strain the system if the GPU isn't handling the workload efficiently. The performance core base speed is 3400 MHz, yet the GPU MHz appear very low. This mismatch could indicate a driver issue or compatibility problem. Checking with GPU-Z and reviewing driver versions might help identify the root cause. Consider updating or testing different drivers to see if performance improves.
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XxAnormalKidxX
07-20-2023, 12:26 AM #5

A high CPU speed might seem counterintuitive for low FPS, but it can actually strain the system if the GPU isn't handling the workload efficiently. The performance core base speed is 3400 MHz, yet the GPU MHz appear very low. This mismatch could indicate a driver issue or compatibility problem. Checking with GPU-Z and reviewing driver versions might help identify the root cause. Consider updating or testing different drivers to see if performance improves.