GPU / CPU Undervolt Efficiency & Thermal Physics Calculator
Calculate exact dynamic power reduction, thermal temperature drop, and annual electric savings using the CMOS quadratic dynamic power scaling law (P ∝ V² × f).
Parameters & Controls
Telemetry Console & Results
Saving 107.5W (-34% heat)
P_nuevo = 320W × (875/1060)² × (1900/1950) = 212.5W
Precalculated Engineering Configurations & Benchmarks
Direct access to high-intent hardware and game configurations with verified mathematical solutions:
GeForce RTX 4070 Super Undervolt: Optimal V/F Curve & Watts Saved
Mathematical undervolt guide for RTX 4070 Super at 925 mV and 2700 MHz. Cut 52W power draw, drop temperatures by 8°C and eliminate fan coil whine.
GeForce RTX 3080 Undervolt: 875 mV Curve Against Hotspot Temps
Tame high RTX 3080 Ampere hotspot temperatures by undervolting to 875 mV. Cut power draw from 320W down to 245W and eliminate thermal throttling.
Silicon manufacturers over-volt CPUs and GPUs by default to ensure stability across worst-case wafer manufacturing tolerances. Because dynamic power scales with the square of voltage (P ∝ V²), dropping core voltage by just 10% reduces heat output by nearly 20% while sustaining identical clock frequencies.
Authoritative Standards & Scientific Documentation:
Digital Integrated Circuits: A Design Perspective (Dynamic Power Law)
Seminal textbook establishing the quadratic relationship between supply voltage and CMOS power.
NVIDIA GPU Boost V/F Curve and Power Limiter Architecture
Voltage-Frequency curve locking mechanics avoiding thermal throttling on GeForce RTX.