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Hardware Details
Processor
- AVX/AVX2 instructions
- Yes
- AVX512 instructions
- No
- Brand String
- 13th Gen Intel(R) Core(TM) i5-13600KF
- 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
- 8
- Logical CPU P-Cores
- 12
- Microcode Update
- 0x115
- Model
- S
- Physical CPU E-Cores
- 8
- Physical CPU P-Cores
- 6
- Possible Turbo Bins
- Unlimited
- Turbo Overclockable
- True
- Undervolt Protection
- Yes
Operating System
- Manufacturer
- Microsoft Corporation
- Name
- Microsoft Windows 10 Home
- Version
- 10.0.19045
Motherboard
- Manufacturer
- NZXT
- Model
- N7 Z790
- Version
Memory
- Total Installed Memory
- 16.00 GB
- Device Locator
- Controller1-ChannelA-DIMM1
- Capacity
- 8.00 GB
- Manufacturer
- Kingston
- Default Speed
- 5600 MT/s
- Bank Label
- BANK 0
- Capacity
- 8.00 GB
- Device Locator
- Controller0-ChannelA-DIMM1
- Default Speed
- 5600 MT/s
- Manufacturer
- Kingston
- Bank Label
- BANK 0
Graphics
- DAC Type
- Integrated RAMDAC
- Driver Date
- 8/4/2023
- Driver Version
- 31.0.15.3699
- Name
- NVIDIA GeForce GTX 980
- RAM
- 4.00 GB
BIOS
- Manufacturer
- American Megatrends International, LLC.
- Release Date
- 6/12/2023
- Version
- 5.02
BIOS/UEFI Settings
Processor
- AVX2 Ratio Offset
- 0.0 x
- AVX2 Voltage Guardband Scale Factor
- 1.0 x
- Core Voltage
- 1.39 V
- Core Voltage Offset
- 0.0 mV
- Efficient Core Ratio
- 39.0 x
- Performance Core Ratio
- 58.0 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
- 1.39 V
- Performance Core 1 Voltage Override
- 1.39 V
- Performance Core 2 Voltage Override
- 1.39 V
- Performance Core 3 Voltage Override
- 1.39 V
- Performance Core 4 Voltage Override
- 1.39 V
- Performance Core 5 Voltage Override
- 1.39 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
- 58.0 x
- 2 Active Performance Cores
- 58.0 x
- 3 Active Performance Cores
- 58.0 x
- 4 Active Performance Cores
- 58.0 x
- 5 Active Performance Cores
- 58.0 x
- 6 Active Performance Cores
- 58.0 x
Processor Turbo Ratiolimit
- Performance Core 0 ★
- 58.0 x
- Performance Core 1 ★
- 58.0 x
- Performance Core 2
- 58.0 x
- Performance Core 3
- 58.0 x
- Performance Core 4
- 58.0 x
- Performance Core 5
- 58.0 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
- 1.39 V
- Efficient Core 1 Voltage Override
- 1.39 V
- Efficient Core 2 Voltage Override
- 1.39 V
- Efficient Core 3 Voltage Override
- 1.39 V
- Efficient Core 4 Voltage Override
- 1.39 V
- Efficient Core 5 Voltage Override
- 1.39 V
- Efficient Core 6 Voltage Override
- 1.39 V
- Efficient Core 7 Voltage Override
- 1.39 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
- 39.0 x
- 6 Active Efficient Cores
- 39.0 x
- 7 Active Efficient Cores
- 39.0 x
- 8 Active Efficient Cores
- 39.0 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
- 253.0 W
- Turbo Boost Power Time Window
- 56.0 Seconds
- Turbo Boost Short Power Max
- 253.0 W
- Package Turbo Power Lock
- Disable
- Turbo Boost Short Power Max Enable
- Enable
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
- 0.0 n
- CommandRate
- 0.0 n
- CommandRate
- 0.0 n
- CommandRate
- 0.0 n
- CommandRate
- 0.0 n
- CommandRate
- 0.0 n
- CommandRate
- 0.0 n
- CommandRate
- 0.0 n
- CommandRate
- 0.0 n
- Frequency
- 0.0 MHz
- Frequency
- 2403.0 MHz
- Frequency
- 2801.0 MHz
- Frequency
- 2604.0 MHz
- Frequency
- 2801.0 MHz
- Frequency
- 2604.0 MHz
- Frequency
- 0.0 MHz
- Frequency
- 0.0 MHz
- Frequency
- 0.0 MHz
- Frequency
- 2403.0 MHz
- MCVoltage
- 0.0 V
- MCVoltage
- 0.0 V
- MCVoltage
- 0.0 V
- MCVoltage
- 0.0 V
- MCVoltage
- 0.0 V
- MCVoltage
- 0.0 V
- MCVoltage
- 0.0 V
- MCVoltage
- 0.0 V
- MCVoltage
- 0.0 V
- MCVoltage
- 0.0 V
- VDD
- 1.1 V
- VDD
- 1.25 V
- VDD
- 0.0 V
- VDD
- 0.0 V
- VDD
- 0.0 V
- VDD
- 1.25 V
- VDD
- 1.1 V
- VDD
- 0.0 V
- VDD
- 1.25 V
- VDD
- 1.25 V
- VDDQ
- 1.1 V
- VDDQ
- 1.25 V
- VDDQ
- 0.0 V
- VDDQ
- 1.25 V
- VDDQ
- 0.0 V
- VDDQ
- 1.25 V
- VDDQ
- 0.0 V
- VDDQ
- 1.25 V
- VDDQ
- 0.0 V
- VDDQ
- 1.1 V
- VPP
- 1.8 V
- VPP
- 1.8 V
- VPP
- 1.8 V
- VPP
- 1.8 V
- VPP
- 0.0 V
- VPP
- 0.0 V
- VPP
- 0.0 V
- VPP
- 0.0 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
- 0.0 Cycles
- tCL
- 40.0 Cycles
- tCL
- 38.0 Cycles
- tCL
- 40.0 Cycles
- tCL
- 40.0 Cycles
- tCL
- 0.0 Cycles
- tCL
- 0.0 Cycles
- tCL
- 0.0 Cycles
- tCL
- 38.0 Cycles
- tCL
- 40.0 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
- 80.0 Cycles
- tRAS
- 0.0 Cycles
- tRAS
- 70.0 Cycles
- tRAS
- 80.0 Cycles
- tRAS
- 70.0 Cycles
- tRAS
- 0.0 Cycles
- tRAS
- 0.0 Cycles
- tRAS
- 0.0 Cycles
- tRAS
- 80.0 Cycles
- tRAS
- 80.0 Cycles
- tRC
- 0.0 Cycles
- tRC
- 116.0 Cycles
- tRC
- 0.0 Cycles
- tRC
- 0.0 Cycles
- tRC
- 0.0 Cycles
- tRC
- 135.0 Cycles
- tRC
- 125.0 Cycles
- tRC
- 125.0 Cycles
- tRC
- 135.0 Cycles
- tRC
- 116.0 Cycles
- tRCD
- 0.0 Cycles
- tRCD
- 0.0 Cycles
- tRCD
- 40.0 Cycles
- tRCD
- 40.0 Cycles
- tRCD
- 38.0 Cycles
- tRCD
- 38.0 Cycles
- tRCD
- 0.0 Cycles
- tRCD
- 0.0 Cycles
- tRCD
- 40.0 Cycles
- tRCD
- 40.0 Cycles
- tRFC1
- 0.0 Cycles
- tRFC1
- 708.0 Cycles
- tRFC1
- 766.0 Cycles
- tRFC1
- 824.0 Cycles
- tRFC1
- 824.0 Cycles
- tRFC1
- 0.0 Cycles
- tRFC1
- 0.0 Cycles
- tRFC1
- 0.0 Cycles
- tRFC1
- 766.0 Cycles
- tRFC1
- 708.0 Cycles
- tRFC2
- 447.0 Cycles
- tRFC2
- 0.0 Cycles
- tRFC2
- 0.0 Cycles
- tRFC2
- 384.0 Cycles
- tRFC2
- 0.0 Cycles
- tRFC2
- 0.0 Cycles
- tRFC2
- 447.0 Cycles
- tRFC2
- 416.0 Cycles
- tRFC2
- 416.0 Cycles
- tRFC2
- 384.0 Cycles
- tRFCsb
- 0.0 Cycles
- tRFCsb
- 312.0 Cycles
- tRFCsb
- 364.0 Cycles
- tRFCsb
- 338.0 Cycles
- tRFCsb
- 338.0 Cycles
- tRFCsb
- 0.0 Cycles
- tRFCsb
- 312.0 Cycles
- tRFCsb
- 0.0 Cycles
- tRFCsb
- 364.0 Cycles
- tRFCsb
- 0.0 Cycles
- tRP
- 40.0 Cycles
- tRP
- 40.0 Cycles
- tRP
- 40.0 Cycles
- tRP
- 40.0 Cycles
- tRP
- 38.0 Cycles
- tRP
- 0.0 Cycles
- tRP
- 0.0 Cycles
- tRP
- 38.0 Cycles
- tRP
- 0.0 Cycles
- tRP
- 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
- 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
- 0.0 Cycles
- tWR
- 72.0 Cycles
- tWR
- 0.0 Cycles
- tWR
- 78.0 Cycles
- tWR
- 0.0 Cycles
- tWR
- 0.0 Cycles
- tWR
- 84.0 Cycles
- tWR
- 78.0 Cycles
- tWR
- 84.0 Cycles
- tWR
- 72.0 Cycles
Cache
- Efficient Cores Cache Voltage
- 0.0 V
- Efficient Cores Cache Voltage Offset
- 0.0 mV
- Processor Cache Ratio
- 45.0 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