Overclock Tester

The Overclock Tester analyzes user-provided clock, voltage, and cooling data to generate a comparative view of potential overclock configurations. It converts base_clk and multiplier into nominal frequency, then estimates voltage needs, predicted temperatures, and power impacts for each scenario. The tool outputs a stability score and recommended voltage range to help users select promising configurations for lab testing. It is designed for hardware enthusiasts and engineers who want structured, model-based guidance prior to bench testing. The model emphasizes conservative defaults when inputs indicate marginal cooling or high target clocks, reducing risk and speeding up the decision process. It supports advanced options such as memory overclocking and workload-specific adjustments to enable scenario comparisons and quick reporting for teams. The output is intended for plan-based tuning and documentation rather than real-time hardware control. The unique value lies in integrated, transparent formulas that translate inputs into actionable recommendations with traceable assumptions and explicit failure modes. Use cases include evaluating a new cooling solution, planning a test matrix for a lab, or comparing two CPU/GPU configurations before committing hardware to long stress tests. The tool complements empirical testing by narrowing the space of viable configurations and providing quantitative expectations for voltage, temperature, and power changes.