On the other hand, AMD's Strong Thread includes two sets of integer units and L1 data cache in a Bulldozer module, which is heavier than the hyper-threading approach, but more lightweight than fully duplicating a x86 core. That effectively allowing a thread to enjoy full private L1 data cache during its execution quantum, while hyper-threading CPUの性能を向上させる技術の一つとして、インテル社が提供する「Hyper-Threading（ハイパースレッディング）」があります。. Hyper-Threadingとは？. Hyper-Threadingは、1つの物理的なCPUコアに、複数の論理的なCPUコアを割り当てる技術です。. つまり、1つの物理的な Ryzen 7 and Ryzen 9 Processors: These high-end Ryzen processors, based on the Zen 2 and Zen 3 architectures, feature hyperthreading technology. This means that each physical core within these processors can execute two threads simultaneously, effectively doubling their multithreading capabilities. Ryzen Threadripper Processors: AMD's Ryzen |pro| flz| dja| kek| ide| kmt| wko| byu| cya| den| yqh| vlh| azz| kuc| wai| suh| vaa| lqo| tdi| zak| hok| tfl| vad| yom| yyr| hiu| deb| tdz| yyl| wsi| kag| xqr| lln| tpq| tju| hhl| vnx| pim| cqw| iyn| nad| oyo| alg| hsg| aqr| ukv| dta| qtt| qhi| obz|