XTU - ProcalX - Core i9 12900KF

Intel XTU Analyze

ProcalX's 12th Gen Intel Core i9-12900KF at 5080.0 MHz with an Z690 AERO G Motherboard

12 Jun 2023

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Hardware Details

Processor

AVX/AVX2 instructions Yes

AVX512 instructions No

Brand String 12th Gen Intel(R) Core(TM) i9-12900KF

Family AlderLake

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 True

Intel® Turbo Boost Max True

Logical CPU E-Cores 8

Logical CPU P-Cores 16

Microcode Update 0xF

Model S

Physical CPU E-Cores 8

Physical CPU P-Cores 8

Possible Turbo Bins Unlimited

Turbo Overclockable True

Undervolt Protection No

Operating System

Manufacturer Microsoft Corporation

Name Microsoft Windows 11 Pro

Version 10.0.22621

Motherboard

Manufacturer Gigabyte Technology Co., Ltd.

Model Z690 AERO G

Version x.x

Memory

Total Installed Memory 64.00 GB

Bank Label BANK 0

Device Locator Controller0-ChannelA-DIMM1

Manufacturer Crucial Technology

Capacity 32.00 GB

Default Speed 4800 MT/s

Capacity 32.00 GB

Manufacturer Crucial Technology

Device Locator Controller1-ChannelA-DIMM1

Bank Label BANK 0

Default Speed 4800 MT/s

Graphics

DAC Type Integrated RAMDAC

Driver Date 5/24/2023

Driver Version 31.0.15.3598

Name NVIDIA GeForce RTX 3080 Ti

RAM 4.00 GB

BIOS

Manufacturer American Megatrends International, LLC.

Release Date 10/1/2021

Version F2

BIOS/UEFI Settings

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

Processor

AVX2 Ratio Offset 0.0 x

AVX2 Voltage Guardband Scale Factor 1.0 x

Core Voltage 0.0 V

Core Voltage Offset 0.0 mV

Efficient Core Ratio 37.0 x

Performance Core Ratio 49.0 x

Processor Core IccMax 4.2949673E9 A

Reference Clock 100.0 MHz

Core Voltage Mode Adaptive

Intel® Overclocking Thermal Velocity Boost Enable

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

Performance Core 6 Voltage Override 0.0 V

Performance Core 7 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

Performance Core 6 Voltage Offset 0.0 mV

Performance Core 7 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

Performance Core 6 Voltage Mode Adaptive

Performance Core 7 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

Temperature Cutoff (#2) for 7 Active P-Cores 0.0 °C

Temperature Cutoff (#2) for 8 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

Temperature Cutoff for 7 Active P-Cores 0.0 °C

Temperature Cutoff for 8 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

Ratio Offset (#2) for 7 Active P-Cores 4.2949673E9 x

Ratio Offset (#2) for 8 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

Ratio Offset for 7 Active P-Cores 4.2949673E9 x

Ratio Offset for 8 Active P-Cores 4.2949673E9 x

Processor Turbo Ratios

1 Active Performance Core 52.0 x

2 Active Performance Cores 51.0 x

3 Active Performance Cores 50.0 x

4 Active Performance Cores 50.0 x

5 Active Performance Cores 49.0 x

6 Active Performance Cores 49.0 x

7 Active Performance Cores 49.0 x

8 Active Performance Cores 49.0 x

Processor Turbo Ratiolimit

Performance Core 0 51.0 x

Performance Core 1 51.0 x

Performance Core 2 51.0 x

Performance Core 3 51.0 x

Performance Core 4 ★ 52.0 x

Performance Core 5 51.0 x

Performance Core 6 ★ 52.0 x

Performance Core 7 51.0 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

Performance Core 6 Temperature Cutoff (#2) 0.0 °C

Performance Core 7 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

Performance Core 6 Temperature Cutoff 0.0 °C

Performance Core 7 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

Performance Core 6 Ratio Offset (#2) 4.2949673E9 x

Performance Core 7 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

Performance Core 6 Ratio Offset 4.2949673E9 x

Performance Core 7 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

Efficient Core 4 Voltage Override 0.0 V

Efficient Core 5 Voltage Override 0.0 V

Efficient Core 6 Voltage Override 0.0 V

Efficient Core 7 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

Efficient Core 4 Voltage Offset 0.0 mV

Efficient Core 5 Voltage Offset 0.0 mV

Efficient Core 6 Voltage Offset 0.0 mV

Efficient Core 7 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

Efficient Core 4 Voltage Mode Adaptive

Efficient Core 5 Voltage Mode Adaptive

Efficient Core 6 Voltage Mode Adaptive

Efficient Core 7 Voltage Mode Adaptive

Processor Turbo Efficientcoreratios

1 Active Efficient Core 39.0 x

2 Active Efficient Cores 39.0 x

3 Active Efficient Cores 39.0 x

4 Active Efficient Cores 39.0 x

5 Active Efficient Cores 37.0 x

6 Active Efficient Cores 37.0 x

7 Active Efficient Cores 37.0 x

8 Active Efficient Cores 37.0 x

Processor Turbo Efficientcoreratiolimit

Efficient Core 0 39.0 x

Efficient Core 1 39.0 x

Efficient Core 2 39.0 x

Efficient Core 3 39.0 x

Efficient Core 4 39.0 x

Efficient Core 5 39.0 x

Efficient Core 6 39.0 x

Efficient Core 7 39.0 x

Processor Turbo

Processor Powercurrent

Turbo Boost Power Max 4095.875 W

Turbo Boost Power Time Window 8.0 Seconds

Turbo Boost Short Power Max 4095.875 W

Package Turbo Power Lock Disable

Turbo Boost Short Power Max Enable Enable

Vfpointvoltageoffset Ratio

Other

System Agent Voltage 0.0 V

System Agent Voltage Offset 0.0 mV

System Agent Voltage Mode Adaptive

Memory Xmp

CommandRate 0.0 n

CommandRate 2.0 n

CommandRate 2.0 n

CommandRate 2.0 n

CommandRate 2.0 n

CommandRate 0.0 n

CommandRate 2.0 n

CommandRate 0.0 n

CommandRate 2.0 n

CommandRate 0.0 n

Frequency 2000.0 MHz

Frequency 0.0 MHz

Frequency 2403.0 MHz

Frequency 0.0 MHz

Frequency 2202.0 MHz

Frequency 2403.0 MHz

Frequency 0.0 MHz

Frequency 2000.0 MHz

Frequency 2202.0 MHz

Frequency 0.0 MHz

MCVoltage 1.1 V

MCVoltage 1.1 V

MCVoltage 0.0 V

MCVoltage 1.1 V

MCVoltage 1.1 V

MCVoltage 0.0 V

MCVoltage 0.0 V

MCVoltage 1.1 V

MCVoltage 1.1 V

MCVoltage 0.0 V

VDD 1.1 V

VDD 0.0 V

VDD 0.0 V

VDD 0.0 V

VDD 1.1 V

VDD 1.1 V

VDD 0.0 V

VDD 1.1 V

VDD 1.1 V

VDD 1.1 V

VDDQ 0.0 V

VDDQ 1.1 V

VDDQ 0.0 V

VDDQ 1.1 V

VDDQ 0.0 V

VDDQ 1.1 V

VDDQ 1.1 V

VDDQ 1.1 V

VDDQ 1.1 V

VDDQ 0.0 V

VPP 0.0 V

VPP 1.8 V

VPP 0.0 V

VPP 1.8 V

VPP 1.8 V

VPP 0.0 V

VPP 0.0 V

VPP 1.8 V

VPP 1.8 V

VPP 1.8 V

tCCD_L 0.0 Cycles

tCCD_L 0.0 Cycles

tCCD_L 0.0 Cycles

tCCD_L 0.0 Cycles

tCCD_L 0.0 Cycles

tCCD_L 0.0 Cycles

tCCD_L 0.0 Cycles

tCCD_L 0.0 Cycles

tCCD_L 0.0 Cycles

tCCD_L 0.0 Cycles

tCCD_L_WR 0.0 Cycles

tCCD_L_WR 0.0 Cycles

tCCD_L_WR 0.0 Cycles

tCCD_L_WR 0.0 Cycles

tCCD_L_WR 0.0 Cycles

tCCD_L_WR 0.0 Cycles

tCCD_L_WR 0.0 Cycles

tCCD_L_WR 0.0 Cycles

tCCD_L_WR 0.0 Cycles

tCCD_L_WR 0.0 Cycles

tCCD_L_WR2 0.0 Cycles

tCCD_L_WR2 0.0 Cycles

tCCD_L_WR2 0.0 Cycles

tCCD_L_WR2 0.0 Cycles

tCCD_L_WR2 0.0 Cycles

tCCD_L_WR2 0.0 Cycles

tCCD_L_WR2 0.0 Cycles

tCCD_L_WR2 0.0 Cycles

tCCD_L_WR2 0.0 Cycles

tCCD_L_WR2 0.0 Cycles

tCCD_L_WTR 0.0 Cycles

tCCD_L_WTR 0.0 Cycles

tCCD_L_WTR 0.0 Cycles

tCCD_L_WTR 0.0 Cycles

tCCD_L_WTR 0.0 Cycles

tCCD_L_WTR 0.0 Cycles

tCCD_L_WTR 0.0 Cycles

tCCD_L_WTR 0.0 Cycles

tCCD_L_WTR 0.0 Cycles

tCCD_L_WTR 0.0 Cycles

tCCD_S_WTR 0.0 Cycles

tCCD_S_WTR 0.0 Cycles

tCCD_S_WTR 0.0 Cycles

tCCD_S_WTR 0.0 Cycles

tCCD_S_WTR 0.0 Cycles

tCCD_S_WTR 0.0 Cycles

tCCD_S_WTR 0.0 Cycles

tCCD_S_WTR 0.0 Cycles

tCCD_S_WTR 0.0 Cycles

tCCD_S_WTR 0.0 Cycles

tCL 40.0 Cycles

tCL 0.0 Cycles

tCL 32.0 Cycles

tCL 0.0 Cycles

tCL 36.0 Cycles

tCL 40.0 Cycles

tCL 36.0 Cycles

tCL 0.0 Cycles

tCL 0.0 Cycles

tCL 32.0 Cycles

tFAW 0.0 Cycles

tFAW 0.0 Cycles

tFAW 0.0 Cycles

tFAW 0.0 Cycles

tFAW 0.0 Cycles

tFAW 0.0 Cycles

tFAW 0.0 Cycles

tFAW 0.0 Cycles

tFAW 0.0 Cycles

tFAW 0.0 Cycles

tRAS 0.0 Cycles

tRAS 64.0 Cycles

tRAS 71.0 Cycles

tRAS 0.0 Cycles

tRAS 77.0 Cycles

tRAS 0.0 Cycles

tRAS 77.0 Cycles

tRAS 0.0 Cycles

tRAS 64.0 Cycles

tRAS 71.0 Cycles

tRC 106.0 Cycles

tRC 0.0 Cycles

tRC 96.0 Cycles

tRC 0.0 Cycles

tRC 106.0 Cycles

tRC 0.0 Cycles

tRC 116.0 Cycles

tRC 96.0 Cycles

tRC 0.0 Cycles

tRC 116.0 Cycles

tRCD 0.0 Cycles

tRCD 0.0 Cycles

tRCD 36.0 Cycles

tRCD 32.0 Cycles

tRCD 0.0 Cycles

tRCD 0.0 Cycles

tRCD 36.0 Cycles

tRCD 39.0 Cycles

tRCD 39.0 Cycles

tRCD 32.0 Cycles

tRFC1 708.0 Cycles

tRFC1 0.0 Cycles

tRFC1 0.0 Cycles

tRFC1 648.0 Cycles

tRFC1 648.0 Cycles

tRFC1 589.0 Cycles

tRFC1 589.0 Cycles

tRFC1 708.0 Cycles

tRFC1 0.0 Cycles

tRFC1 0.0 Cycles

tRFC2 0.0 Cycles

tRFC2 352.0 Cycles

tRFC2 0.0 Cycles

tRFC2 384.0 Cycles

tRFC2 320.0 Cycles

tRFC2 0.0 Cycles

tRFC2 384.0 Cycles

tRFC2 320.0 Cycles

tRFC2 0.0 Cycles

tRFC2 352.0 Cycles

tRFCsb 0.0 Cycles

tRFCsb 260.0 Cycles

tRFCsb 0.0 Cycles

tRFCsb 312.0 Cycles

tRFCsb 260.0 Cycles

tRFCsb 286.0 Cycles

tRFCsb 0.0 Cycles

tRFCsb 286.0 Cycles

tRFCsb 312.0 Cycles

tRFCsb 0.0 Cycles

tRP 0.0 Cycles

tRP 32.0 Cycles

tRP 0.0 Cycles

tRP 36.0 Cycles

tRP 32.0 Cycles

tRP 0.0 Cycles

tRP 0.0 Cycles

tRP 39.0 Cycles

tRP 36.0 Cycles

tRP 39.0 Cycles

tRRD_L 0.0 Cycles

tRRD_L 0.0 Cycles

tRRD_L 0.0 Cycles

tRRD_L 0.0 Cycles

tRRD_L 0.0 Cycles

tRRD_L 0.0 Cycles

tRRD_L 0.0 Cycles

tRRD_L 0.0 Cycles

tRRD_L 0.0 Cycles

tRRD_L 0.0 Cycles

tRTP 0.0 Cycles

tRTP 0.0 Cycles

tRTP 0.0 Cycles

tRTP 0.0 Cycles

tRTP 0.0 Cycles

tRTP 0.0 Cycles

tRTP 0.0 Cycles

tRTP 0.0 Cycles

tRTP 0.0 Cycles

tRTP 0.0 Cycles

tWR 72.0 Cycles

tWR 60.0 Cycles

tWR 66.0 Cycles

tWR 0.0 Cycles

tWR 0.0 Cycles

tWR 66.0 Cycles

tWR 0.0 Cycles

tWR 60.0 Cycles

tWR 72.0 Cycles

tWR 0.0 Cycles

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

Excellent

Your system is performing excellent, nearly everyone with a Core i9 12900KF at 5080 MHz scores less.

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