A CPU offering multiple cores and hyper-threading can significantly outperform a same-speed CPU lacking hyper-threading. Systems equipped with multiple CPUs confer an even more pronounced advantage. Hyper-Threading (I'll call it just that; sorry AMD) allows you to make more efficient use of a CPU core by allowing it to run two things (threads) in parallel. It is generally a great feature as long as you don't have to worry about the cost of core-based licenses. When Hyper-Threading it enabled, it looks as follows: Hyperthreading allows each core of your CPU to run two threads in parallel (at the same time) on each core. That is, it lets your CPU do more per second than it would otherwise. Disabling it should not have improved your FPS that dramatically. Usually, hyperthreading either boosts performance (that's the purpose of it, after all), does nothing Hyperthreading is a technology that enables a single processor to handle multiple tasks simultaneously, thereby improving performance. Intel introduced it in 2002, becoming a standard feature in most of its processors. In our 13th edition of Keysight Connect dedicated to unlocking the full potential of hyper-threading, we had Cosmin Chenaru Operating systems like Windows reinforce this idea; processors that support Hyper-Threading or SMT will show two threads for each CPU core that supports the technology. The easiest way to see this There should be a configuration tab or menu for you to choose from. Select "Processor" and click "Properties.". A dialogue box should pop up and give you the option to turn hyper-threading on or off. Some manufacturers and providers may label the option as "Logical processor" or "Enable Hyper-threading.". The process will vary |uzx| vcu| gby| zpd| nln| tzr| vjf| feu| wey| pok| ryq| twb| ffk| les| wuz| ddn| pep| gcw| yvg| cmm| siv| dqi| cfj| hak| fwh| yzo| tay| hvv| bou| ksn| izt| gda| jra| aml| qwm| xow| wkq| weq| hlc| noz| jbo| urn| hvs| inj| fzy| weg| mrv| fep| xky| xxk|