Full usage
Full usage
Games avoid constant full CPU and GPU usage to prevent overheating and ensure smooth performance. Some titles are designed for single-core optimization, which can limit efficiency but may suit specific hardware or development goals. If a game runs at only 25% utilization, it suggests moderate load rather than maximum strain, helping maintain stability without excessive power draw.
Due to the efficiency of individual components or improvements like engine tuning.
there needs to be an overhead because another process might start in the background
Due to the vast number of hardware configurations they can't handle all at once, they simplify the coding for optimal performance. Your computer's speed is limited by its weakest component, which is why storage options range from slower to faster and more compact. If your CPU processed instructions directly from the hard drive, launching Windows would take a long time.
You're asking about the reasons behind multiple storage levels that are becoming faster and more compact, allowing better processing. The explanation highlights how running instructions directly from the hard drive would be extremely slow, making tasks like starting Windows impractical.
The steps a CPU takes to carry out tasks start at the hard drive (slowest), move through RAM (moderate speed), then into the CPU cache (fastest). If you skipped RAM entirely and went straight to the CPU, performance would plummet due to delays in loading and processing.
It's unclear how to convey it more clearly. Perhaps @LukaP could help refine it.