Intel XTU Analyze

<a href="/user/wesley1963/" title="User details">Wesley1963</a>'s Core i9 13900KF  at 5500 MHz  with a MPG Z690 Edge WIFI DDR4 (MS-7D31) motherboard  - 93.0 °C

15 Aug 2023
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Hardware Details

Processor

  • AVX/AVX2 instructions
  • Yes
  • AVX512 instructions
  • No
  • Brand String
  • 13th Gen Intel(R) Core(TM) i9-13900KF
  • Family
  • RaptorLake
  • Family
  • RaptorLake
  • 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
  • 16
  • Logical CPU P-Cores
  • 16
  • Microcode Update
  • 0x113
  • Model
  • S
  • Physical CPU E-Cores
  • 16
  • Physical CPU P-Cores
  • 8
  • Possible Turbo Bins
  • Unlimited
  • Turbo Overclockable
  • True
  • Undervolt Protection
  • No

Operating System

  • Manufacturer
  • Microsoft Corporation
  • Name
  • Microsoft Windows 11 Home
  • Version
  • 10.0.22621

Motherboard

  • Manufacturer
  • Micro-Star International Co., Ltd.
  • Model
  • MPG Z690 EDGE WIFI DDR4 (MS-7D31)
  • Version
  • 1.0

Memory

  • Total Installed Memory
  • 32.00 GB
  • Manufacturer
  • G Skill Intl
  • Default Speed
  • 4000 MT/s
  • Capacity
  • 8.00 GB
  • Bank Label
  • BANK 0
  • Device Locator
  • Controller0-DIMMA1
  • Capacity
  • 8.00 GB
  • Device Locator
  • Controller1-DIMMB2
  • Default Speed
  • 4000 MT/s
  • Bank Label
  • BANK 0
  • Manufacturer
  • G Skill Intl
  • Default Speed
  • 4000 MT/s
  • Capacity
  • 8.00 GB
  • Bank Label
  • BANK 0
  • Device Locator
  • Controller0-DIMMA2
  • Manufacturer
  • G Skill Intl
  • Capacity
  • 8.00 GB
  • Device Locator
  • Controller1-DIMMB1
  • Manufacturer
  • G Skill Intl
  • Bank Label
  • BANK 0
  • Default Speed
  • 4000 MT/s

Graphics

  • DAC Type
  • Integrated RAMDAC
  • Driver Date
  • 7/12/2023
  • Driver Version
  • 31.0.15.3667
  • Name
  • NVIDIA GeForce RTX 4080
  • RAM
  • 4.00 GB

BIOS

  • Manufacturer
  • American Megatrends International, LLC.
  • Release Date
  • 3/24/2023
  • Version
  • 1.B0

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
  • Cache VF Point 8 Voltage Offset
  • 0.0 V
  • Cache VF Point 9 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
  • Core VF Point 8 Voltage Offset
  • 0.0 V
  • Core VF Point 9 Voltage Offset
  • 0.0 V

Realtimememory Timings

  • tCKE
  • 8.0
  • tCL
  • 14.0
  • tFAW
  • 48.0
  • tMRR
  • 16.0
  • tPreMRR
  • 16.0
  • tRAS
  • 35.0
  • tRCD
  • 15.0
  • tRDRD_dd
  • 12.0
  • tRDRD_dg
  • 4.0
  • tRDRD_dr
  • 12.0
  • tRDRD_sg
  • 8.0
  • tRDWR_dd
  • 16.0
  • tRDWR_dg
  • 15.0
  • tRDWR_dr
  • 15.0
  • tRDWR_sg
  • 15.0
  • tREFI
  • 15600.0
  • tRFC
  • 700.0
  • tRP
  • 15.0
  • tRRD_dg
  • 10.0
  • tRRD_sg
  • 15.0
  • tWRRD_dd
  • 9.0
  • tWRRD_dg
  • 26.0
  • tWRRD_dr
  • 9.0
  • tWRRD_sg
  • 32.0
  • tWRWR_dd
  • 13.0
  • tWRWR_dg
  • 4.0
  • tWRWR_dr
  • 13.0
  • tWRWR_sg
  • 8.0

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
  • 43.0 x
  • Performance Core Ratio
  • 55.0 x
  • Processor Core IccMax
  • 4.2949673E9 A
  • Reference Clock
  • 0.0 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
  • 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
  • 58.0 x
  • 2 Active Performance Cores
  • 58.0 x
  • 3 Active Performance Cores
  • 55.0 x
  • 4 Active Performance Cores
  • 55.0 x
  • 5 Active Performance Cores
  • 55.0 x
  • 6 Active Performance Cores
  • 55.0 x
  • 7 Active Performance Cores
  • 55.0 x
  • 8 Active Performance Cores
  • 55.0 x

Processor Turbo Ratiolimit

  • Performance Core 0
  • 55.0 x
  • Performance Core 1
  • 55.0 x
  • Performance Core 2
  • 55.0 x
  • Performance Core 3
  • 55.0 x
  • Performance Core 4 ★
  • 58.0 x
  • Performance Core 5 ★
  • 58.0 x
  • Performance Core 6
  • 55.0 x
  • Performance Core 7
  • 55.0 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 10 Voltage Override
  • 0.0 V
  • Efficient Core 11 Voltage Override
  • 0.0 V
  • Efficient Core 12 Voltage Override
  • 0.0 V
  • Efficient Core 13 Voltage Override
  • 0.0 V
  • Efficient Core 14 Voltage Override
  • 0.0 V
  • Efficient Core 15 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
  • Efficient Core 8 Voltage Override
  • 0.0 V
  • Efficient Core 9 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 10 Voltage Offset
  • 0.0 mV
  • Efficient Core 11 Voltage Offset
  • 0.0 mV
  • Efficient Core 12 Voltage Offset
  • 0.0 mV
  • Efficient Core 13 Voltage Offset
  • 0.0 mV
  • Efficient Core 14 Voltage Offset
  • 0.0 mV
  • Efficient Core 15 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
  • Efficient Core 8 Voltage Offset
  • 0.0 mV
  • Efficient Core 9 Voltage Offset
  • 0.0 mV

Processor Turbo Efficientcorevoltagemode

  • Efficient Core 0 Voltage Mode
  • Adaptive
  • Efficient Core 1 Voltage Mode
  • Adaptive
  • Efficient Core 10 Voltage Mode
  • Adaptive
  • Efficient Core 11 Voltage Mode
  • Adaptive
  • Efficient Core 12 Voltage Mode
  • Adaptive
  • Efficient Core 13 Voltage Mode
  • Adaptive
  • Efficient Core 14 Voltage Mode
  • Adaptive
  • Efficient Core 15 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
  • Efficient Core 8 Voltage Mode
  • Adaptive
  • Efficient Core 9 Voltage Mode
  • Adaptive

Processor Turbo Efficientcoreratios

  • 1 Active Efficient Core
  • 43.0 x
  • 10 Active Efficient Cores
  • 43.0 x
  • 11 Active Efficient Cores
  • 43.0 x
  • 12 Active Efficient Cores
  • 43.0 x
  • 13 Active Efficient Cores
  • 43.0 x
  • 14 Active Efficient Cores
  • 43.0 x
  • 15 Active Efficient Cores
  • 43.0 x
  • 16 Active Efficient Cores
  • 43.0 x
  • 2 Active Efficient Cores
  • 43.0 x
  • 3 Active Efficient Cores
  • 43.0 x
  • 4 Active Efficient Cores
  • 43.0 x
  • 5 Active Efficient Cores
  • 43.0 x
  • 6 Active Efficient Cores
  • 43.0 x
  • 7 Active Efficient Cores
  • 43.0 x
  • 8 Active Efficient Cores
  • 43.0 x
  • 9 Active Efficient Cores
  • 43.0 x

Processor Turbo Efficientcoreratiolimit

  • Efficient Core 0
  • 43.0 x
  • Efficient Core 1
  • 43.0 x
  • Efficient Core 10
  • 43.0 x
  • Efficient Core 11
  • 43.0 x
  • Efficient Core 12
  • 43.0 x
  • Efficient Core 13
  • 43.0 x
  • Efficient Core 14
  • 43.0 x
  • Efficient Core 15
  • 43.0 x
  • Efficient Core 2
  • 43.0 x
  • Efficient Core 3
  • 43.0 x
  • Efficient Core 4
  • 43.0 x
  • Efficient Core 5
  • 43.0 x
  • Efficient Core 6
  • 43.0 x
  • Efficient Core 7
  • 43.0 x
  • Efficient Core 8
  • 43.0 x
  • Efficient Core 9
  • 43.0 x

Processor Turbo

Processor Powercurrent

  • Turbo Boost Power Max
  • 4095.875 W
  • Turbo Boost Power Time Window
  • 56.0 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
  • 1.149 V
  • System Agent Voltage Offset
  • 0.0 mV
  • System Agent Voltage Mode
  • Static

Memory Xmp

  • Frequency
  • 2000.0 MHz
  • Frequency
  • 2000.0 MHz
  • Frequency
  • 2000.0 MHz
  • Frequency
  • 2000.0 MHz
  • VDD
  • 1.55 V
  • VDD
  • 1.55 V
  • VDD
  • 1.55 V
  • VDD
  • 1.55 V
  • tCL
  • 14.0 Cycles
  • tCL
  • 14.0 Cycles
  • tCL
  • 14.0 Cycles
  • tCL
  • 14.0 Cycles
  • tFAW
  • 48.0 Cycles
  • tFAW
  • 48.0 Cycles
  • tFAW
  • 48.0 Cycles
  • tFAW
  • 48.0 Cycles
  • tRAS
  • 35.0 Cycles
  • tRAS
  • 35.0 Cycles
  • tRAS
  • 35.0 Cycles
  • tRAS
  • 35.0 Cycles
  • tRC
  • 50.0 Cycles
  • tRC
  • 50.0 Cycles
  • tRC
  • 50.0 Cycles
  • tRC
  • 50.0 Cycles
  • tRCD
  • 15.0 Cycles
  • tRCD
  • 15.0 Cycles
  • tRCD
  • 15.0 Cycles
  • tRCD
  • 15.0 Cycles
  • tRFC1
  • 700.0 Cycles
  • tRFC1
  • 700.0 Cycles
  • tRFC1
  • 700.0 Cycles
  • tRFC1
  • 700.0 Cycles
  • tRFC2
  • 520.0 Cycles
  • tRFC2
  • 520.0 Cycles
  • tRFC2
  • 520.0 Cycles
  • tRFC2
  • 520.0 Cycles
  • tRFC4
  • 320.0 Cycles
  • tRFC4
  • 320.0 Cycles
  • tRFC4
  • 320.0 Cycles
  • tRFC4
  • 320.0 Cycles
  • tRP
  • 15.0 Cycles
  • tRP
  • 15.0 Cycles
  • tRP
  • 15.0 Cycles
  • tRP
  • 15.0 Cycles
  • tRRD_L
  • 10.0 Cycles
  • tRRD_L
  • 10.0 Cycles
  • tRRD_L
  • 10.0 Cycles
  • tRRD_L
  • 10.0 Cycles
  • tRRD_S
  • 4.0 Cycles
  • tRRD_S
  • 4.0 Cycles
  • tRRD_S
  • 4.0 Cycles
  • tRRD_S
  • 4.0 Cycles

Cache

  • Efficient Cores Cache Voltage
  • 0.0 V
  • Efficient Cores Cache Voltage Offset
  • 0.0 mV
  • Processor Cache Ratio
  • 50.0 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 13900KF at 5500 MHz scores less.

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