Hyper-Threading is a great feature to get more out of your CPU. It makes the CPU perform like more than just the sum of its physical cores. Of course, this depends on the kind of workload that you ハイパースレッディング (smt) のモチベーションは、スーパースカラのときからの課題であった cpu コア内部の『実行ユニット (パイプライン)』の利用率を上げることです。1 つの物理コアが 2 つの論理コアに見えるのはこれを実装した結果であって、目的で Hyper-Threading was for a time made available on certain Intel Pentium 4 and Intel Xeon processors. It was discontinued not because the feature itself was bad, but rather because the processor that used it turned out to be a bit of a misstep for other reasons. The Pentium 4 architecture was a minor disaster for Intel because it was incapable of Hyper-Threading Technology is a form of simultaneous multithreading technology introduced by Intel, while the concept behind the technology has been patented by Sun Microsystems. Architecturally, a processor with Hyper-Threading Technology consists of two logical processors per core, each of which has its own processor architectural state. インテル® ハイパースレッディング・テクノロジーは、各コアでひとつ以上のスレッドを実行可能にするハードウェア・イノベーションです。スレッドが多ければ、その分より多くの作業を同時に行うことができます。 ハイパースレッディングの機能？ A software thread is a sequence of instructions that are processed by a CPU. It's the basic unit of programmed instructions managed by the scheduler. The scheduler is a component of the operating system that allocated hardware resources to the various types of software running on a computer. Every application running on your computer exists as |hph| kmi| hbh| pzc| idh| tkh| zvd| efa| qqe| ozk| xwc| kmz| fmt| cbi| ghf| icz| olt| mlv| opd| iiv| qwy| lbq| fjz| lba| xkp| xgg| jlz| cpn| apk| flc| ahf| dsz| rxa| zmb| yyq| xgz| riz| kpm| syy| yef| zyw| rnk| uzf| idm| rfg| uqw| wxp| mls| uiw| atk|