Overview
A simulator build is easier to judge when every part has a clear number. This calculator converts common part choices into an estimated benchmark score. It is not an official game database. It is a planning model with editable lookup values. That makes it useful for testing ideas before choosing a final build.
Why Benchmarks Matter
A benchmark score gives one shared target. CPU strength, GPU strength, memory capacity, storage speed, and cooling quality do not affect performance equally. A gaming build usually depends more on graphics power. A workstation build often needs more processor strength and memory. The workload selector changes those weights, so the score matches the goal better.
Lookup Tables
Lookup tables keep the form fast. You can choose a part tier and start quickly. You can also type a custom score. Custom entries help when you know a specific part result. The table approach also makes comparisons fair. Each tier uses the same base logic every time.
Bottleneck Checking
A build can score lower when one major part limits another. The calculator compares weighted CPU and GPU contributions. A wide gap creates a penalty. The penalty is limited, because other parts still matter. The result shows whether the build is balanced or whether a processor or graphics upgrade may help more.
Thermals And Overclocking
Overclocking can raise the score. Heat can reduce it. This tool applies both effects together. Good cooling helps the overclock work better. High temperatures reduce the effective component score. This keeps unrealistic results under control.
Value Planning
The value score divides the final benchmark by budget. This is helpful when two builds have similar results. A higher value means more benchmark strength for each currency unit. It does not replace real pricing research. It simply gives a clean maths comparison.
Best Use
Start with lookup tiers. Enter custom values later. Compare one change at a time. Check the final score, estimated frame rate, bottleneck, and value. Then repeat with another build. Small changes can reveal the most useful upgrade path.
Accuracy Tips
Use the result as an estimate, not a promise. Real scores depend on drivers, patches, part rules, and task mixes. Keep lookup values updated when your simulator data changes.