#pcore — Public Fediverse posts

#Intel abandons #hyperthreading for #LunarLake #CPU
Intel's fastest processors have included hyperthreading, a technique that lets more than one thread run on a single CPU core, for over 20 years. The reason is complicated, but basically it's no longer needed. The performance cores or #PCore on the new Lunar Lake series are 14 percent faster than the same cores on the previous-gen #MeteorLake CPUs, even with the multi-thread-processing of hyperthreading disabled.
https://www.pcworld.com/article/2355112/intel-abandons-hyperthreading-lunar-lake-cpus.html

#Intel abandons #hyperthreading for #LunarLake #CPU
Intel's fastest processors have included hyperthreading, a technique that lets more than one thread run on a single CPU core, for over 20 years. The reason is complicated, but basically it's no longer needed. The performance cores or #PCore on the new Lunar Lake series are 14 percent faster than the same cores on the previous-gen #MeteorLake CPUs, even with the multi-thread-processing of hyperthreading disabled.
https://www.pcworld.com/article/2355112/intel-abandons-hyperthreading-lunar-lake-cpus.html

#Intel abandons #hyperthreading for #LunarLake #CPU
Intel's fastest processors have included hyperthreading, a technique that lets more than one thread run on a single CPU core, for over 20 years. The reason is complicated, but basically it's no longer needed. The performance cores or #PCore on the new Lunar Lake series are 14 percent faster than the same cores on the previous-gen #MeteorLake CPUs, even with the multi-thread-processing of hyperthreading disabled.
https://www.pcworld.com/article/2355112/intel-abandons-hyperthreading-lunar-lake-cpus.html

#Intel abandons #hyperthreading for #LunarLake #CPU
Intel's fastest processors have included hyperthreading, a technique that lets more than one thread run on a single CPU core, for over 20 years. The reason is complicated, but basically it's no longer needed. The performance cores or #PCore on the new Lunar Lake series are 14 percent faster than the same cores on the previous-gen #MeteorLake CPUs, even with the multi-thread-processing of hyperthreading disabled.
https://www.pcworld.com/article/2355112/intel-abandons-hyperthreading-lunar-lake-cpus.html

#Intel abandons #hyperthreading for #LunarLake #CPU
Intel's fastest processors have included hyperthreading, a technique that lets more than one thread run on a single CPU core, for over 20 years. The reason is complicated, but basically it's no longer needed. The performance cores or #PCore on the new Lunar Lake series are 14 percent faster than the same cores on the previous-gen #MeteorLake CPUs, even with the multi-thread-processing of hyperthreading disabled.
https://www.pcworld.com/article/2355112/intel-abandons-hyperthreading-lunar-lake-cpus.html

Learn about the latest evolution of Intel CPUs and understand the difference between E-Cores and P-Cores https://www.admin-magazine.com/News/What-s-the-Difference-Between-Intel-s-E-Cores-and-P-Cores #Intel #CPU #ECore #PCore #ARM #chips #performance #power

Learn about the latest evolution of Intel CPUs and understand the difference between E-Cores and P-Cores https://www.admin-magazine.com/News/What-s-the-Difference-Between-Intel-s-E-Cores-and-P-Cores #Intel #CPU #ECore #PCore #ARM #chips #performance #power

Learn about the latest evolution of Intel CPUs and understand the difference between E-Cores and P-Cores https://www.admin-magazine.com/News/What-s-the-Difference-Between-Intel-s-E-Cores-and-P-Cores #Intel #CPU #ECore #PCore #ARM #chips #performance #power

Learn about the latest evolution of Intel CPUs and understand the difference between E-Cores and P-Cores https://www.admin-magazine.com/News/What-s-the-Difference-Between-Intel-s-E-Cores-and-P-Cores #Intel #CPU #ECore #PCore #ARM #chips #performance #power

Learn about the latest evolution of Intel CPUs and understand the difference between E-Cores and P-Cores https://www.admin-magazine.com/News/What-s-the-Difference-Between-Intel-s-E-Cores-and-P-Cores #Intel #CPU #ECore #PCore #ARM #chips #performance #power