Intel XTU Analyze

User Avatar mucik's 12th Gen Intel Core i5-12600KF at 5370.0 MHz with an PRIME Z690-P WIFI D4 Motherboard

25 Oct 2022
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Hardware Details

Processor

AVX/AVX2 instructions Yes
AVX512 instructions No
Brand String 12th Gen Intel(R) Core(TM) i5-12600KF
Family AlderLake
Feature Flags VMX, EIST, TM2, PCID, x2APIC, FPU, VME, PSE, MSR, PAE, MCE, APIC, MTRR, PAT, PSE-36, ACPI, SS, HTT, TM
Hybrid Core Architecture Yes
Instructions TSC, MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, SSE4.2, AESNI, AVX
Intel® Speed Shift False
Intel® Turbo Boost Max True
Logical CPU E-Cores 4
Logical CPU P-Cores 12
Microcode Update 0x23
Model S
Physical CPU E-Cores 4
Physical CPU P-Cores 6
Possible Turbo Bins Unlimited
Turbo Overclockable True
Undervolt Protection No

Operating System

Manufacturer Microsoft Corporation
Name Майкрософт Windows 10 Pro
Version 10.0.19045

Motherboard

Manufacturer ASUSTeK COMPUTER INC.
Model PRIME Z690-P WIFI D4
Version Rev 1.xx

Memory

Total Installed Memory 32.00 GB
Device Locator Controller1-ChannelA-DIMM1
Manufacturer Kingston
Bank Label BANK 0
Capacity 16.00 GB
Default Speed 4000 MT/s
Default Speed 4000 MT/s
Device Locator Controller0-ChannelA-DIMM1
Manufacturer Kingston
Capacity 16.00 GB
Bank Label BANK 0

Graphics

DAC Type Integrated RAMDAC
Driver Date 7/21/2022
Driver Version 31.0.15.1694
Name NVIDIA GeForce GTX 1060 6GB
RAM 4.00 GB

BIOS

Manufacturer American Megatrends Inc.
Release Date 8/25/2022
Version 2003

BIOS/UEFI Settings

Realtimememory Timings

tCKE 8.0
tCL 17.0
tFAW 16.0
tMRR 16.0
tPreMRR 16.0
tRAS 40.0
tRCD 21.0
tRDRD_dd 7.0
tRDRD_dg 4.0
tRDRD_dr 7.0
tRDRD_sg 7.0
tRDWR_dd 12.0
tRDWR_dg 12.0
tRDWR_dr 12.0
tRDWR_sg 12.0
tREFI 43349.0
tRFC 496.0
tRP 21.0
tRRD_dg 4.0
tRRD_sg 4.0
tWRRD_dd 7.0
tWRRD_dg 25.0
tWRRD_dr 7.0
tWRRD_sg 29.0
tWRWR_dd 7.0
tWRWR_dg 4.0
tWRWR_dr 7.0
tWRWR_sg 7.0

Processor

AVX2 Ratio Offset 0.0 x
AVX2 Voltage Guardband Scale Factor 0.0 x
Core Voltage 0.0 V
Core Voltage Offset 0.0 mV
Processor Core IccMax 4.2949673E9 A
Reference Clock 100.0 MHz
Core Voltage Mode Adaptive
Intel® Overclocking Thermal Velocity Boost Disable

Processor Turbo Voltageoverride

Performance Core 0 Voltage Override 0.0 V
Performance Core 1 Voltage Override 0.0 V
Performance Core 2 Voltage Override 0.0 V
Performance Core 3 Voltage Override 0.0 V
Performance Core 4 Voltage Override 0.0 V
Performance Core 5 Voltage Override 0.0 V

Processor Turbo Voltageoffset

Performance Core 0 Voltage Offset 0.0 mV
Performance Core 1 Voltage Offset 0.0 mV
Performance Core 2 Voltage Offset 0.0 mV
Performance Core 3 Voltage Offset 0.0 mV
Performance Core 4 Voltage Offset 0.0 mV
Performance Core 5 Voltage Offset 0.0 mV

Processor Turbo Voltagemode

Performance Core 0 Voltage Mode Adaptive
Performance Core 1 Voltage Mode Adaptive
Performance Core 2 Voltage Mode Adaptive
Performance Core 3 Voltage Mode Adaptive
Performance Core 4 Voltage Mode Adaptive
Performance Core 5 Voltage Mode Adaptive

Processor Turbo Tvbtemperature2

Temperature Cutoff (#2) for 1 Active P-Core 0.0 °C
Temperature Cutoff (#2) for 2 Active P-Cores 0.0 °C
Temperature Cutoff (#2) for 3 Active P-Cores 0.0 °C
Temperature Cutoff (#2) for 4 Active P-Cores 0.0 °C
Temperature Cutoff (#2) for 5 Active P-Cores 0.0 °C
Temperature Cutoff (#2) for 6 Active P-Cores 0.0 °C

Processor Turbo Tvbtemperature

Temperature Cutoff for 1 Active P-Core 0.0 °C
Temperature Cutoff for 2 Active P-Cores 0.0 °C
Temperature Cutoff for 3 Active P-Cores 0.0 °C
Temperature Cutoff for 4 Active P-Cores 0.0 °C
Temperature Cutoff for 5 Active P-Cores 0.0 °C
Temperature Cutoff for 6 Active P-Cores 0.0 °C

Processor Turbo Tvbratiooffset2

Ratio Offset (#2) for 1 Active P-Core 4.2949673E9 x
Ratio Offset (#2) for 2 Active P-Cores 4.2949673E9 x
Ratio Offset (#2) for 3 Active P-Cores 4.2949673E9 x
Ratio Offset (#2) for 4 Active P-Cores 4.2949673E9 x
Ratio Offset (#2) for 5 Active P-Cores 4.2949673E9 x
Ratio Offset (#2) for 6 Active P-Cores 4.2949673E9 x

Processor Turbo Tvbratiooffset

Ratio Offset for 1 Active P-Core 4.2949673E9 x
Ratio Offset for 2 Active P-Cores 4.2949673E9 x
Ratio Offset for 3 Active P-Cores 4.2949673E9 x
Ratio Offset for 4 Active P-Cores 4.2949673E9 x
Ratio Offset for 5 Active P-Cores 4.2949673E9 x
Ratio Offset for 6 Active P-Cores 4.2949673E9 x

Processor Turbo Ratios

1 Active Performance Core 53.0 x
2 Active Performance Cores 53.0 x
3 Active Performance Cores 52.0 x
4 Active Performance Cores 52.0 x
5 Active Performance Cores 52.0 x
6 Active Performance Cores 52.0 x

Processor Turbo Ratiolimit

Performance Core 0 ★ 53.0 x
Performance Core 1 ★ 53.0 x
Performance Core 2 53.0 x
Performance Core 3 53.0 x
Performance Core 4 53.0 x
Performance Core 5 53.0 x

Processor Turbo Processorcoretvbtemperature2

Performance Core 0 Temperature Cutoff (#2) 0.0 °C
Performance Core 1 Temperature Cutoff (#2) 0.0 °C
Performance Core 2 Temperature Cutoff (#2) 0.0 °C
Performance Core 3 Temperature Cutoff (#2) 0.0 °C
Performance Core 4 Temperature Cutoff (#2) 0.0 °C
Performance Core 5 Temperature Cutoff (#2) 0.0 °C

Processor Turbo Processorcoretvbtemperature

Performance Core 0 Temperature Cutoff 0.0 °C
Performance Core 1 Temperature Cutoff 0.0 °C
Performance Core 2 Temperature Cutoff 0.0 °C
Performance Core 3 Temperature Cutoff 0.0 °C
Performance Core 4 Temperature Cutoff 0.0 °C
Performance Core 5 Temperature Cutoff 0.0 °C

Processor Turbo Processorcoretvbratiooffset2

Performance Core 0 Ratio Offset (#2) 4.2949673E9 x
Performance Core 1 Ratio Offset (#2) 4.2949673E9 x
Performance Core 2 Ratio Offset (#2) 4.2949673E9 x
Performance Core 3 Ratio Offset (#2) 4.2949673E9 x
Performance Core 4 Ratio Offset (#2) 4.2949673E9 x
Performance Core 5 Ratio Offset (#2) 4.2949673E9 x

Processor Turbo Processorcoretvbratiooffset

Performance Core 0 Ratio Offset 4.2949673E9 x
Performance Core 1 Ratio Offset 4.2949673E9 x
Performance Core 2 Ratio Offset 4.2949673E9 x
Performance Core 3 Ratio Offset 4.2949673E9 x
Performance Core 4 Ratio Offset 4.2949673E9 x
Performance Core 5 Ratio Offset 4.2949673E9 x

Processor Turbo Efficientcorevoltageoverride

Efficient Core 0 Voltage Override 0.0 V
Efficient Core 1 Voltage Override 0.0 V
Efficient Core 2 Voltage Override 0.0 V
Efficient Core 3 Voltage Override 0.0 V

Processor Turbo Efficientcorevoltageoffset

Efficient Core 0 Voltage Offset 0.0 mV
Efficient Core 1 Voltage Offset 0.0 mV
Efficient Core 2 Voltage Offset 0.0 mV
Efficient Core 3 Voltage Offset 0.0 mV

Processor Turbo Efficientcorevoltagemode

Efficient Core 0 Voltage Mode Adaptive
Efficient Core 1 Voltage Mode Adaptive
Efficient Core 2 Voltage Mode Adaptive
Efficient Core 3 Voltage Mode Adaptive

Processor Turbo Efficientcoreratios

1 Active Efficient Core 41.0 x
2 Active Efficient Cores 41.0 x
3 Active Efficient Cores 41.0 x
4 Active Efficient Cores 41.0 x

Processor Turbo Efficientcoreratiolimit

Efficient Core 0 41.0 x
Efficient Core 1 41.0 x
Efficient Core 2 41.0 x
Efficient Core 3 41.0 x

Processor Turbo

Processor Powercurrent

Turbo Boost Power Max 220.0 W
Turbo Boost Power Time Window 56.0 Seconds
Turbo Boost Short Power Max 4095.875 W
Turbo Boost Short Power Max Enable Enable

Vfpointvoltageoffset Ratio

Vfpointvoltageoffset

Cache VF Point 1 Voltage Offset 0.0 V
Cache VF Point 2 Voltage Offset 0.0 V
Cache VF Point 3 Voltage Offset 0.0 V
Cache VF Point 4 Voltage Offset 0.0 V
Cache VF Point 5 Voltage Offset 0.0 V
Cache VF Point 6 Voltage Offset 0.0 V
Cache VF Point 7 Voltage Offset 0.0 V
Core VF Point 1 Voltage Offset 0.0 V
Core VF Point 2 Voltage Offset 0.0 V
Core VF Point 3 Voltage Offset 0.0 V
Core VF Point 4 Voltage Offset 0.0 V
Core VF Point 5 Voltage Offset 0.0 V
Core VF Point 6 Voltage Offset 0.0 V
Core VF Point 7 Voltage Offset 0.0 V

Other

System Agent Voltage 1.3 V
System Agent Voltage Offset 0.0 mV
System Agent Voltage Mode Static

Cache

Efficient Cores Cache Voltage 0.0 V
Efficient Cores Cache Voltage Offset 0.0 mV
Processor Cache Ratio 47.0 x
Processor Cache Voltage 0.0 V
Processor Cache Voltage Offset 0.0 mV
Efficient Cores Cache Voltage Mode Adaptive
Processor Cache Voltage Mode Adaptive

Mediocre

Your system is not performing badly, but there are a few people with a Core i5 12600KF running at a lower frequency and performing better.

Legend

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