![]() ![]() It is able to do this because it takes only a small fraction of CPU cycles to restore basic responsiveness, thus taking these from the overall pool has a negligible impact on performance, but a huge impact on responsiveness. It makes only marginal, temporary changes during its activities and has no deleterious effects. ProBalance is designed to act safely and conservatively. You don’t need to take our word for it, you can try ProBalance yourself with our synthetic test called CPUEater. Alternatively, virtually anything that puts a full load on your CPU will be a good demonstration of ProBalance. Process Lasso’s ProBalance algorithm will improve system responsiveness during high CPU loads. ![]() You should let ProBalance do its job and skip the manual priority adjustments. ProBalance works from the other direction (lowering priority classes) for a reason. This can cause complications and is usually ineffective at improving application responsiveness. Pro Tip: Don’t set your important processes to ‘High’ or ‘Real-Time’. To maintain system responsiveness, ProBalance dynamically lowers the priority class of problematic background processes. These base priority classes, combined with individual thread priorities, result in effective thread priorities. There are several process priority classes (base priorities) available in Windows. ProBalance restoring system responsiveness during a high CPU load Process Priority Classes ![]()
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