Question Need help, CPU overheating with low usage or apparent cause.

Stricks1 · Sep 25, 2020

Hello everyone. I recently sent my computer to cleaning, changing the thermal paste on my PC, and replace a rear fan on my cabinet, but since it is back I noticed something weird. Even just opening some browser tabs the CPU heats to 60º-70º and when I try anything a little more demanding it peaks to 90º-100º (Just like opening a VM or a simple game). I noticed looking at the task manager that the CPU usage is not high, less than 30% is enough to create those peeks. At 10% it is already going to 70º-80º!

I would really appreciate it if anyone can give me some help with it. I run an HViNFO Report last week before doing the repairs and another one today and the most significant difference I saw on those reports about the CPU is the IccMax (which I don't know what it is. If anyone can help me understand). Please I'll be glad to get any help on finding the issue, I'll paste the reports highlighting the differences here if anyone could help.

The report on the CPU before the problem:

Intel Core i7-7700


[General Information]
	Processor Name:	Intel Core i7-7700
	Original Processor Frequency:	3600.0 MHz
	Original Processor Frequency [MHz]:	3600

	CPU ID:	000906E9
	CPU Brand Name:	Intel(R) Core(TM) i7-7700 CPU @ 3.60GHz
	CPU Vendor:	GenuineIntel
	CPU Stepping:	B0
	CPU Code Name:	Kaby Lake-S
	CPU Technology:	14 nm
	CPU S-Spec:	SR338
	CPU Thermal Design Power (TDP):	65.0 W
	CPU Power Limits (Max):	Power = Unlimited, Time = Unlimited
	CPU Power Limit 1 - Long Duration:	Power = 65.00 W, Time = 8.00 sec [Unlocked]
	CPU Power Limit 2 - Short Duration:	Power = 81.25 W, Time = 2.44 ms [Unlocked]
	CPU Max. Junction Temperature (Tj,max):	100 °C
	CPU Type:	Production Unit
	CPU Platform:	Socket H4 (LGA1151)
	Microcode Update Revision:	B4

	Number of CPU Cores:	4
	Number of Logical CPUs:	8

[Operating Points]
	CPU LFM (Minimum):	800.0 MHz = 8 x 100.0 MHz
	CPU HFM (Base):	3600.0 MHz = 36 x 100.0 MHz
	CPU Turbo Max:	4200.0 MHz = 42 x 100.0 MHz [Unlocked]
	Turbo Ratio Limits - IA/SSE:	42x (1c), 41x (2-3c), 40x (4c)
	Turbo Ratio Limits - AVX2, Resolved:	42x (1c), 41x (2-3c), 40x (4c)
	CPU Current:	4090.0 MHz = 41 x 99.8 MHz @ 1.1821 V
	LLC/Ring Maximum:	3900.0 MHz = 39.00 x 100.0 MHz
	LLC/Ring Current:	3790.7 MHz = 38.00 x 99.8 MHz
	System Agent Current:	997.6 MHz = 10.00 x 99.8 MHz

	CPU Bus Type:	Intel Direct Media Interface (DMI) v3.0
	Maximum DMI Link Speed:	8.0 GT/s
	Current DMI Link Speed:	5.0 GT/s
	Ring to Core Offset:	Enabled

[IA Overclocking]
	Voltage Offset:	Supported
	Voltage Override:	Supported
	Ratio Overclocking:	Not Supported
	Fused Ratio Limit:	42x
	OC Ratio Limit:	N/A
	Voltage Mode:	Interpolative
	Voltage Offset:	0 mV
	IccMax:	90.00 A
[GT (Slice) Overclocking]
	Voltage Offset:	Supported
	Voltage Override:	Supported
	Ratio Overclocking:	Not Supported
	Fused Ratio Limit:	23x
	OC Ratio Limit:	N/A
	Voltage Mode:	Interpolative
	Voltage Offset:	0 mV
	IccMax:	101.00 A
[CLR (CBo/LLC/Ring) Overclocking]
	Voltage Offset:	Supported
	Voltage Override:	Supported
	Ratio Overclocking:	Not Supported
	Fused Ratio Limit:	39x
	OC Ratio Limit:	N/A
	Voltage Mode:	Interpolative
	Voltage Offset:	0 mV
	IccMax:	90.00 A
[GT (Unslice) Overclocking]
	Voltage Offset:	Supported
	Voltage Override:	Supported
	Ratio Overclocking:	Not Supported
	Fused Ratio Limit:	23x
	OC Ratio Limit:	N/A
	Voltage Mode:	Interpolative
	Voltage Offset:	0 mV
	IccMax:	101.00 A
[Uncore/SA Overclocking]
	Voltage Offset:	Supported
	Voltage Override:	Not Supported
	Ratio Overclocking:	Not Supported
	Fused Ratio Limit:	N/A
	OC Ratio Limit:	N/A
	Voltage Mode:	Interpolative
	Voltage Offset:	0 mV
	IccMax:	20.00 A

[Cache and TLB]
	L1 Cache:	Instruction: 4 x 32 KBytes, Data: 4 x 32 KBytes
	L2 Cache:	Integrated: 4 x 256 KBytes
	L3 Cache:	8 MBytes
	Instruction TLB:	2MB/4MB Pages, Fully associative, 8 entries
	Data TLB:	4 KB Pages, 4-way set associative, 64 entries

[Standard Feature Flags]
	FPU on Chip	Present
	Enhanced Virtual-86 Mode	Present
	I/O Breakpoints	Present
	Page Size Extensions	Present
	Time Stamp Counter	Present
	Pentium-style Model Specific Registers	Present
	Physical Address Extension	Present
	Machine Check Exception	Present
	CMPXCHG8B Instruction	Present
	APIC On Chip / PGE (AMD)	Present
	Fast System Call	Present
	Memory Type Range Registers	Present
	Page Global Feature	Present
	Machine Check Architecture	Present
	CMOV Instruction	Present
	Page Attribute Table	Present
	36-bit Page Size Extensions	Present
	Processor Number	Not Present
	CLFLUSH Instruction	Present
	Debug Trace and EMON Store	Present
	Internal ACPI Support	Present
	MMX Technology	Present
	Fast FP Save/Restore (IA MMX-2)	Present
	Streaming SIMD Extensions	Present
	Streaming SIMD Extensions 2	Present
	Self-Snoop	Present
	Multi-Threading Capable	Present
	Automatic Clock Control	Present
	IA-64 Processor	Not Present
	Signal Break on FERR	Present
	Virtual Machine Extensions (VMX)	Present
	Safer Mode Extensions (Intel TXT)	Present
	Streaming SIMD Extensions 3	Present
	Supplemental Streaming SIMD Extensions 3	Present
	Streaming SIMD Extensions 4.1	Present
	Streaming SIMD Extensions 4.2	Present
	AVX Support	Present
	Fused Multiply Add (FMA)	Present
	Carryless Multiplication (PCLMULQDQ)/GFMUL	Present
	CMPXCHG16B Support	Present
	MOVBE Instruction	Present
	POPCNT Instruction	Present
	XSAVE/XRSTOR/XSETBV/XGETBV Instructions	Present
	XGETBV/XSETBV OS Enabled	Present
	Float16 Instructions	Present
	AES Cryptography Support	Present
	Random Number Read Instruction (RDRAND)	Present
	Extended xAPIC	Present
	MONITOR/MWAIT Support	Present
	Thermal Monitor 2	Present
	Enhanced SpeedStep Technology	Present
	L1 Context ID	Not Present
	Send Task Priority Messages Disabling	Present
	Processor Context ID	Present
	Direct Cache Access	Not Present
	TSC-deadline Timer	Present
	Performance/Debug Capability MSR	Present
	IA32 Debug Interface Support	Present
	64-Bit Debug Store	Present
	CPL Qualified Debug Store	Present
[Extended Feature Flags]
	64-bit Extensions	Present
	RDTSCP and TSC_AUX Support	Present
	1 GB large page support	Present
	No Execute	Present
	SYSCALL/SYSRET Support	Present
	Bit Manipulation Instructions Set 1	Present
	Bit Manipulation Instructions Set 2	Present
	Advanced Vector Extensions 2 (AVX2)	Present
	Advanced Vector Extensions 512 (AVX-512)	Not Present
	AVX-512 Prefetch Instructions	Not Present
	AVX-512 Exponential and Reciprocal Instructions	Not Present
	AVX-512 Conflict Detection Instructions	Not Present
	AVX-512 Doubleword and Quadword Instructions	Not Present
	AVX-512 Byte and Word Instructions	Not Present
	AVX-512 Vector Length Extensions	Not Present
	AVX-512 52-bit Integer FMA Instructions	Not Present
	Secure Hash Algorithm (SHA) Extensions	Not Present
	Software Guard Extensions (SGX) Support	Present
	Supervisor Mode Execution Protection (SMEP)	Present
	Supervisor Mode Access Prevention (SMAP)	Present
	Hardware Lock Elision (HLE)	Present
	Restricted Transactional Memory (RTM)	Present
	Memory Protection Extensions (MPX)	Present
	Read/Write FS/GS Base Instructions	Present
	Enhanced Performance String Instruction	Present
	INVPCID Instruction	Present
	RDSEED Instruction	Present
	Multi-precision Add Carry Instructions (ADX)	Present
	PCOMMIT Instructions	Not Present
	CLFLUSHOPT Instructions	Present
	CLWB Instructions	Not Present
	TSC_THREAD_OFFSET	Present
	Platform Quality of Service Monitoring (PQM)	Not Present
	Platform Quality of Service Enforcement (PQE)	Not Present
	FPU Data Pointer updated only on x87 Exceptions	Not Present
	Deprecated FPU CS and FPU DS	Present
	Intel Processor Trace	Present
	PREFETCHWT1 Instruction	Not Present
	AVX-512 Vector Bit Manipulation Instructions	Not Present
	AVX-512 Vector Bit Manipulation Instructions 2	Not Present
	AVX-512 Galois Fields New Instructions	Not Present
	AVX-512 Vector AES	Not Present
	AVX-512 Vector Neural Network Instructions	Not Present
	AVX-512 Bit Algorithms	Not Present
	AVX-512 Carry-Less Multiplication Quadword (VPCLMULQDQ)	Not Present
	AVX-512 Vector POPCNT (VPOPCNTD/VPOPCNTQ)	Not Present
	User-Mode Instruction Prevention	Not Present
	Protection Keys for User-mode Pages	Not Present
	OS Enabled Protection Keys	Not Present
	Wait and Pause Enhancements (WAITPKG)	Not Present
	Total Memory Encryption	Not Present
	Read Processor ID	Not Present
	Cache Line Demote	Not Present
	MOVDIRI: Direct Stores	Not Present
	MOVDIR64B: Direct Stores	Not Present
	ENQCMD: Enqueue Stores	Not Present
	SGX Launch Configuration	Not Present
	Control-Flow Enforcement Technology (CET) Shadow Stack	Not Present
	AVX-512 4 x Vector Neural Network Instructions Word Variable Precision	Not Present
	AVX-512 4 x Fused Multiply Accumulation Packed Single Precision	Not Present
	Fast Short REP MOV	Not Present
	AVX-512 VP2INTERSECT Support	Not Present
	MD_CLEAR Support	Present
	Hybrid Processor	Not Present
	Platform Configuration (PCONFIG)	Not Present
	Indirect Branch Restricted Speculation (IBRS), Indirect Branch Predictor Barrier (IBPB)	Present
	Single Thread Indirect Branch Predictors (STIBP)	Present
	L1D_FLUSH Support	Present
	IA32_ARCH_CAPABILITIES MSR	Not Present
	IA32_CORE_CAPABILITIES MSR	Not Present
	Speculative Store Bypass Disable (SSBD)	Present
	Control-Flow Enforcement Technology (CET) Indirect Branch Tracking	Not Present
	Advanced Matrix Extensions (AMX) Tile Architecture	Not Present
	Advanced Matrix Extensions (AMX) bfloat16 Support	Not Present
	Advanced Matrix Extensions (AMX) 8-bit Integer Operations	Not Present
	AVX-512 BFLOAT16 Instructions	Not Present

[Enhanced Features]
	Thermal Monitor 1:	Supported, Enabled
	Thermal Monitor 2:	Supported, Enabled
	Enhanced Intel SpeedStep (GV3):	Supported, Enabled
	Bi-directional PROCHOT#:	Enabled
	Extended Auto-HALT State C1E:	Enabled
	MLC Streamer Prefetcher	Supported, Enabled
	MLC Spatial Prefetcher	Supported, Enabled
	DCU Streamer Prefetcher	Supported, Enabled
	DCU IP Prefetcher	Supported, Enabled
	Intel Dynamic Acceleration (IDA) Technology:	Not Supported
	Intel Dynamic FSB Switching:	Not Supported
	Intel Turbo Boost Technology:	Supported, Enabled
	Programmable Ratio Limits:	Supported, Disabled
	Programmable TDC/TDP Limits:	Supported, Disabled
	Hardware Duty Cycling:	Supported, Enabled

[CPU SKU Features]
	Display HD Audio:	Supported
	DMI x4 Width:	Supported
	DRAM ECC:	Not Supported
	VT-d:	Supported
	DMI in Gen2 Mode:	Supported
	PEG in Gen2 Mode:	Supported
	1N Mode DDR Timings:	Supported
	Camarillo (DTT) Device:	Supported
	2 DIMMs per Channel:	Not Supported
	X2APIC:	Supported
	Dual Memory Channel:	Supported
	Integrated GPU (IGD):	Enabled
	DDR Overclocking:	Disabled
	Overclocking by DSKU:	Disabled
	DDR3L:	Supported
	Maximum Memory Size per Channel:	64 GB (unlimited)
	Overclocking:	Disabled
	Hyper-Threading (SMT):	Supported
	Additive Graphics:	Supported
	Additive Graphics:	Enabled
	PCIe Gen 3:	Supported
	DMI Gen 3:	Supported
	HDCP:	Supported
	DDR4:	Supported
	LPDDR3:	Not Supported
	BCLK OC Limit:	100 MHz
	Maximum Supported LPDDR3 Frequency:	1600 MHz
	Maximum Supported DDR4 Frequency:	1200 MHz

	SVID Status:	Enabled

[Voltage Regulator (SVID)]
	VCC VR:	ON Semi (0x5b), IMVP8
	VR Thermal Sensor:	Supported

[Memory Ranges]
	Maximum Physical Address Size:	39-bit (512 GBytes)
	Maximum Virtual Address Size:	48-bit (256 TBytes)
[MTRRs]
	Range E0000000-100000000 (3584MB-4096MB) Type:	Uncacheable (UC)
	Range D0000000-E0000000 (3328MB-3584MB) Type:	Uncacheable (UC)
	Range C8000000-D0000000 (3200MB-3328MB) Type:	Uncacheable (UC)

And the report on CPU after the problem:

Intel Core i7-7700


[General Information]
	Processor Name:	Intel Core i7-7700
	Original Processor Frequency:	3600.0 MHz
	Original Processor Frequency [MHz]:	3600

	CPU ID:	000906E9
	CPU Brand Name:	Intel(R) Core(TM) i7-7700 CPU @ 3.60GHz
	CPU Vendor:	GenuineIntel
	CPU Stepping:	B0
	CPU Code Name:	Kaby Lake-S
	CPU Technology:	14 nm
	CPU S-Spec:	SR338
	CPU Thermal Design Power (TDP):	65.0 W
	CPU Power Limits (Max):	Power = Unlimited, Time = Unlimited
	CPU Power Limit 1 - Long Duration:	Power = Unlimited, Time = 8.00 sec [Unlocked]
	CPU Power Limit 2 - Short Duration:	Power = Unlimited, Time = 2.44 ms [Unlocked]
	CPU Max. Junction Temperature (Tj,max):	100 °C
	CPU Type:	Production Unit
	CPU Platform:	Socket H4 (LGA1151)
	Microcode Update Revision:	B4

	Number of CPU Cores:	4
	Number of Logical CPUs:	8

[Operating Points]
	CPU LFM (Minimum):	800.0 MHz = 8 x 100.0 MHz
	CPU HFM (Base):	3600.0 MHz = 36 x 100.0 MHz
	CPU Turbo Max:	4200.0 MHz = 42 x 100.0 MHz [Unlocked]
	Turbo Ratio Limits - IA/SSE:	42x (1c), 41x (2-3c), 40x (4c)
	Turbo Ratio Limits - AVX2, Resolved:	42x (1c), 41x (2-3c), 40x (4c)
	CPU Current:	4102.0 MHz = 41 x 100.0 MHz @ 1.2240 V
	LLC/Ring Maximum:	3900.0 MHz = 39.00 x 100.0 MHz
	LLC/Ring Current:	3801.9 MHz = 38.00 x 100.0 MHz
	System Agent Current:	1000.5 MHz = 10.00 x 100.0 MHz

	CPU Bus Type:	Intel Direct Media Interface (DMI) v3.0
	Maximum DMI Link Speed:	8.0 GT/s
	Current DMI Link Speed:	5.0 GT/s
	Ring to Core Offset:	Enabled

[IA Overclocking]
	Voltage Offset:	Supported
	Voltage Override:	Supported
	Ratio Overclocking:	Not Supported
	Fused Ratio Limit:	42x
	OC Ratio Limit:	N/A
	Voltage Mode:	Interpolative
	Voltage Offset:	0 mV
	IccMax:	255.50 A
[GT (Slice) Overclocking]
	Voltage Offset:	Supported
	Voltage Override:	Supported
	Ratio Overclocking:	Not Supported
	Fused Ratio Limit:	23x
	OC Ratio Limit:	N/A
	Voltage Mode:	Interpolative
	Voltage Offset:	0 mV
	IccMax:	255.50 A
[CLR (CBo/LLC/Ring) Overclocking]
	Voltage Offset:	Supported
	Voltage Override:	Supported
	Ratio Overclocking:	Not Supported
	Fused Ratio Limit:	39x
	OC Ratio Limit:	N/A
	Voltage Mode:	Interpolative
	Voltage Offset:	0 mV
	IccMax:	255.50 A
[GT (Unslice) Overclocking]
	Voltage Offset:	Supported
	Voltage Override:	Supported
	Ratio Overclocking:	Not Supported
	Fused Ratio Limit:	23x
	OC Ratio Limit:	N/A
	Voltage Mode:	Interpolative
	Voltage Offset:	0 mV
	IccMax:	255.50 A
[Uncore/SA Overclocking]
	Voltage Offset:	Supported
	Voltage Override:	Not Supported
	Ratio Overclocking:	Not Supported
	Fused Ratio Limit:	N/A
	OC Ratio Limit:	N/A
	Voltage Mode:	Interpolative
	Voltage Offset:	0 mV
	IccMax:	20.00 A

[Cache and TLB]
	L1 Cache:	Instruction: 4 x 32 KBytes, Data: 4 x 32 KBytes
	L2 Cache:	Integrated: 4 x 256 KBytes
	L3 Cache:	8 MBytes
	Instruction TLB:	2MB/4MB Pages, Fully associative, 8 entries
	Data TLB:	4 KB Pages, 4-way set associative, 64 entries

[Standard Feature Flags]
	FPU on Chip	Present
	Enhanced Virtual-86 Mode	Present
	I/O Breakpoints	Present
	Page Size Extensions	Present
	Time Stamp Counter	Present
	Pentium-style Model Specific Registers	Present
	Physical Address Extension	Present
	Machine Check Exception	Present
	CMPXCHG8B Instruction	Present
	APIC On Chip / PGE (AMD)	Present
	Fast System Call	Present
	Memory Type Range Registers	Present
	Page Global Feature	Present
	Machine Check Architecture	Present
	CMOV Instruction	Present
	Page Attribute Table	Present
	36-bit Page Size Extensions	Present
	Processor Number	Not Present
	CLFLUSH Instruction	Present
	Debug Trace and EMON Store	Present
	Internal ACPI Support	Present
	MMX Technology	Present
	Fast FP Save/Restore (IA MMX-2)	Present
	Streaming SIMD Extensions	Present
	Streaming SIMD Extensions 2	Present
	Self-Snoop	Present
	Multi-Threading Capable	Present
	Automatic Clock Control	Present
	IA-64 Processor	Not Present
	Signal Break on FERR	Present
	Virtual Machine Extensions (VMX)	Present
	Safer Mode Extensions (Intel TXT)	Present
	Streaming SIMD Extensions 3	Present
	Supplemental Streaming SIMD Extensions 3	Present
	Streaming SIMD Extensions 4.1	Present
	Streaming SIMD Extensions 4.2	Present
	AVX Support	Present
	Fused Multiply Add (FMA)	Present
	Carryless Multiplication (PCLMULQDQ)/GFMUL	Present
	CMPXCHG16B Support	Present
	MOVBE Instruction	Present
	POPCNT Instruction	Present
	XSAVE/XRSTOR/XSETBV/XGETBV Instructions	Present
	XGETBV/XSETBV OS Enabled	Present
	Float16 Instructions	Present
	AES Cryptography Support	Present
	Random Number Read Instruction (RDRAND)	Present
	Extended xAPIC	Present
	MONITOR/MWAIT Support	Present
	Thermal Monitor 2	Present
	Enhanced SpeedStep Technology	Present
	L1 Context ID	Not Present
	Send Task Priority Messages Disabling	Present
	Processor Context ID	Present
	Direct Cache Access	Not Present
	TSC-deadline Timer	Present
	Performance/Debug Capability MSR	Present
	IA32 Debug Interface Support	Present
	64-Bit Debug Store	Present
	CPL Qualified Debug Store	Present
[Extended Feature Flags]
	64-bit Extensions	Present
	RDTSCP and TSC_AUX Support	Present
	1 GB large page support	Present
	No Execute	Present
	SYSCALL/SYSRET Support	Present
	Bit Manipulation Instructions Set 1	Present
	Bit Manipulation Instructions Set 2	Present
	Advanced Vector Extensions 2 (AVX2)	Present
	Advanced Vector Extensions 512 (AVX-512)	Not Present
	AVX-512 Prefetch Instructions	Not Present
	AVX-512 Exponential and Reciprocal Instructions	Not Present
	AVX-512 Conflict Detection Instructions	Not Present
	AVX-512 Doubleword and Quadword Instructions	Not Present
	AVX-512 Byte and Word Instructions	Not Present
	AVX-512 Vector Length Extensions	Not Present
	AVX-512 52-bit Integer FMA Instructions	Not Present
	Secure Hash Algorithm (SHA) Extensions	Not Present
	Software Guard Extensions (SGX) Support	Present
	Supervisor Mode Execution Protection (SMEP)	Present
	Supervisor Mode Access Prevention (SMAP)	Present
	Hardware Lock Elision (HLE)	Present
	Restricted Transactional Memory (RTM)	Present
	Memory Protection Extensions (MPX)	Present
	Read/Write FS/GS Base Instructions	Present
	Enhanced Performance String Instruction	Present
	INVPCID Instruction	Present
	RDSEED Instruction	Present
	Multi-precision Add Carry Instructions (ADX)	Present
	PCOMMIT Instructions	Not Present
	CLFLUSHOPT Instructions	Present
	CLWB Instructions	Not Present
	TSC_THREAD_OFFSET	Present
	Platform Quality of Service Monitoring (PQM)	Not Present
	Platform Quality of Service Enforcement (PQE)	Not Present
	FPU Data Pointer updated only on x87 Exceptions	Not Present
	Deprecated FPU CS and FPU DS	Present
	Intel Processor Trace	Present
	PREFETCHWT1 Instruction	Not Present
	AVX-512 Vector Bit Manipulation Instructions	Not Present
	AVX-512 Vector Bit Manipulation Instructions 2	Not Present
	AVX-512 Galois Fields New Instructions	Not Present
	AVX-512 Vector AES	Not Present
	AVX-512 Vector Neural Network Instructions	Not Present
	AVX-512 Bit Algorithms	Not Present
	AVX-512 Carry-Less Multiplication Quadword (VPCLMULQDQ)	Not Present
	AVX-512 Vector POPCNT (VPOPCNTD/VPOPCNTQ)	Not Present
	User-Mode Instruction Prevention	Not Present
	Protection Keys for User-mode Pages	Not Present
	OS Enabled Protection Keys	Not Present
	Wait and Pause Enhancements (WAITPKG)	Not Present
	Total Memory Encryption	Not Present
	Read Processor ID	Not Present
	Cache Line Demote	Not Present
	MOVDIRI: Direct Stores	Not Present
	MOVDIR64B: Direct Stores	Not Present
	ENQCMD: Enqueue Stores	Not Present
	SGX Launch Configuration	Not Present
	Control-Flow Enforcement Technology (CET) Shadow Stack	Not Present
	AVX-512 4 x Vector Neural Network Instructions Word Variable Precision	Not Present
	AVX-512 4 x Fused Multiply Accumulation Packed Single Precision	Not Present
	Fast Short REP MOV	Not Present
	AVX-512 VP2INTERSECT Support	Not Present
	MD_CLEAR Support	Present
	Hybrid Processor	Not Present
	Platform Configuration (PCONFIG)	Not Present
	Indirect Branch Restricted Speculation (IBRS), Indirect Branch Predictor Barrier (IBPB)	Present
	Single Thread Indirect Branch Predictors (STIBP)	Present
	L1D_FLUSH Support	Present
	IA32_ARCH_CAPABILITIES MSR	Not Present
	IA32_CORE_CAPABILITIES MSR	Not Present
	Speculative Store Bypass Disable (SSBD)	Present
	Control-Flow Enforcement Technology (CET) Indirect Branch Tracking	Not Present
	Advanced Matrix Extensions (AMX) Tile Architecture	Not Present
	Advanced Matrix Extensions (AMX) bfloat16 Support	Not Present
	Advanced Matrix Extensions (AMX) 8-bit Integer Operations	Not Present
	AVX-512 BFLOAT16 Instructions	Not Present

[Enhanced Features]
	Thermal Monitor 1:	Supported, Enabled
	Thermal Monitor 2:	Supported, Enabled
	Enhanced Intel SpeedStep (GV3):	Supported, Enabled
	Bi-directional PROCHOT#:	Enabled
	Extended Auto-HALT State C1E:	Enabled
	MLC Streamer Prefetcher	Supported, Enabled
	MLC Spatial Prefetcher	Supported, Enabled
	DCU Streamer Prefetcher	Supported, Enabled
	DCU IP Prefetcher	Supported, Enabled
	Intel Dynamic Acceleration (IDA) Technology:	Not Supported
	Intel Dynamic FSB Switching:	Not Supported
	Intel Turbo Boost Technology:	Supported, Enabled
	Programmable Ratio Limits:	Supported, Disabled
	Programmable TDC/TDP Limits:	Supported, Disabled
	Hardware Duty Cycling:	Supported, Enabled

[CPU SKU Features]
	Display HD Audio:	Supported
	DMI x4 Width:	Supported
	DRAM ECC:	Not Supported
	VT-d:	Supported
	DMI in Gen2 Mode:	Supported
	PEG in Gen2 Mode:	Supported
	1N Mode DDR Timings:	Supported
	Camarillo (DTT) Device:	Supported
	2 DIMMs per Channel:	Not Supported
	X2APIC:	Supported
	Dual Memory Channel:	Supported
	Integrated GPU (IGD):	Enabled
	DDR Overclocking:	Disabled
	Overclocking by DSKU:	Disabled
	DDR3L:	Supported
	Maximum Memory Size per Channel:	64 GB (unlimited)
	Overclocking:	Disabled
	Hyper-Threading (SMT):	Supported
	Additive Graphics:	Supported
	Additive Graphics:	Enabled
	PCIe Gen 3:	Supported
	DMI Gen 3:	Supported
	HDCP:	Supported
	DDR4:	Supported
	LPDDR3:	Not Supported
	BCLK OC Limit:	100 MHz
	Maximum Supported LPDDR3 Frequency:	1600 MHz
	Maximum Supported DDR4 Frequency:	1200 MHz

	SVID Status:	Enabled

[Voltage Regulator (SVID)]
	VCC VR:	ON Semi (0x5b), IMVP8
	VR Thermal Sensor:	Supported

[Memory Ranges]
	Maximum Physical Address Size:	39-bit (512 GBytes)
	Maximum Virtual Address Size:	48-bit (256 TBytes)
[MTRRs]
	Range E0000000-100000000 (3584MB-4096MB) Type:	Uncacheable (UC)
	Range D0000000-E0000000 (3328MB-3584MB) Type:	Uncacheable (UC)
	Range C8000000-D0000000 (3200MB-3328MB) Type:	Uncacheable (UC)

ben001 · Sep 25, 2020

I feel your CPU heatsink/cooler is not properly installed.

Stricks1 · Sep 25, 2020

ben001 said:
I feel your CPU heatsink/cooler is not properly installed.

Hi ben001 thank you for your reply. Is there any way I can check to see if its the installation? Is there something I can run to see if there is an issue on it? Thank you

ben001 · Sep 25, 2020

Hi,

Yes, you can see if the heatsink pins are inserted evenly in those mounting holes on your motherboard. The best viewing angle will be from the rear side of your mobo.

Stricks1 · Sep 25, 2020

ben001 said:
Hi,

Yes, you can see if the heatsink pins are inserted evenly in those mounting holes on your motherboard. The best viewing angle will be from the rear side of your mobo.

Thank you, was exactly that, the pins were not even after removing and installing again the problem is gone!

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Question Need help, CPU overheating with low usage or apparent cause.

Stricks1

ben001

Distinguished

Stricks1

ben001

Distinguished

Stricks1

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