CPU Configuration
Picking a CPU loads its stock multiplier, cores and power limit — you can still adjust everything.
Temperatures assume a 25°C ambient — fine-tune ambient and airflow in the Thermal tab.
If the workload demands more than this limit, the all-core clock is throttled to fit.
Effective Clock Speed
5.2 GHz
Boost: 5.4 GHz | All-Core: 5.2 GHz
Peak Single
5.4 GHz
Power Draw
114W
Temperature
50°C
Efficiency vs Stock
100%
Per-Core Clock Speeds Under Load
Thermal Headroom
Throttling
Safe
Optimal
50% - Safe Operating Temperature
Saved Profiles
No profiles saved yet — configure your CPU and press "Save Clock Profile". Profiles stay on this device.
Thermal Analysis
More aggressive fan curves lower temperatures at the cost of noise.
65°C
Peak Temp
40°C
Delta T
35°C
To TjMax
42%
Fan Speed
Temperature Over a Stress Run (TjMax = 100°C)
Sustained Performance vs CPU Temperature
Thermal Optimization
Voltage Configuration
Higher LLC reduces vdroop under load but risks voltage overshoot on load release.
Power Consumption (full load)
231W
VRM Efficiency: 90% | Cost/Year: $44
Voltage Stability Zones
Voltage-Frequency Curve (your operating point marked)
VRM Efficiency
90%
Power Phases
12+2 Active
Vdroop
36mV
Annual cost assumes 4 h/day at 60% of full-load power plus idle the rest of the day, at $0.12/kWh. C-States and Speed Shift cut idle power.
Overclocking Potential
Faster memory adds performance but stresses the memory controller, lowering stability confidence.
Maximum Stable OC
5.5 GHz
Confidence: 77% | Voltage Required: 1.21V
Stability Confidence
Ready to Test
OC Scaling: Performance Gain vs Power Cost (target marked)
Overclock Risk Assessment
Performance Benchmarks
Performance Score
29,985
Single-Core: 2,101 | Multi-Core: 29,985
Gaming Performance (FPS)
CS2
490
Warzone 2
159
Cyberpunk
92
F1 2023
208
Performance vs Competition (single-core left axis, multi-core right axis)
Benchmark History
No runs recorded yet — press "Run Full Benchmark" to snapshot the current configuration. History stays on this device.