"A typical PC can be upset with an electric field strength of 48 V/m, whereas an unshielded PC board requires about 9 V/m." router, power strip/ conditioner, voltage regulator etc. Move all devices that have electromagnetic fields away from your PC and peripherals.front USB, front audio, (RGB) LEDs ( 1 2), hard drive activity LED, system power LED, reset button etc. Disconnect everything you don't use from your motherboard to minimize risk of coupling and interference.Avoid unnecessarily long cables and prefer thick shielded ones.TT systems are preferred due to low interference ( 1 2 3). Make sure your home is properly grounded.Laboratory tests performed in accordance with the standards are not adequate to guarantee that an EMC failure will not occur during actual operation because the tests do not represent the operational EME." But even though the EUT may pass its EMC tests, it still may fail when it's put into service.
"EMC tests were developed to make them easier to perform, provide better repeatability from one lab to another, and reduce testing costs.ground loops) can cause unintended behavior of electronic components, potentially increasing input lag ( 1 2). Electromagnetic interference and issues with the electrical installation (e.g.Furthermore, "dust may cause electrical leakage, shorting and opening of PCBs under different conditions". Clogged heatsinks and dust filters will reduce airflow and consequently heat dissipation. Be careful not to short the loose ends if you have any. Some settings may not show a visible impact at first due to other bottlenecks. Some settings are trade-offs between latency and frametime consistency / graphics quality. Adopt a systematic approach with proper testing methodologies instead of just blindly changing many settings at once. Create a personal document and keep track of everything you do.However, it is useful to be aware of things that can impact user experience and adjust them according to your needs.
#How to best optimize pc for gaming software
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