Exploring Hyper-threading Performance - Part I
Posted by: Newsfactory on: 01/07/2004 10:39 PM [ Print | 0 comment(s) ] · 3490 views
2CPU have thrown up a new guide called Exploring Hyper-threading Performance , which is a technical overview of Hyper-threading for Intel's Pentium 4 Processor!
Alright kids, it's quiz time. By looking at the picture to the right, please tell me how many processors I recently purchased? In the past, this was a really simple question to answer, why two of course! Since Intel rolled out hyper-threading, a simple glimpse at Task Manager just isn't enough to tell you what someone has under the hood of their precious boxen.
We did take a brief look at hyper-threading performance quite awhile ago with two sets of Xeons (2.0 and 2.4 GHz), but due to time constraints I didn't really have a lot of time to talk about the technical aspects of hyper-threading and I was only able to run a few Windows benchmarks. Even with these limitations, the article actually did quite well. It was mentioned in an Arstechnica piece and continues to be read to this day. However, in an effort to improve upon past work and to further educate readers on the benefits of hyperthreading while continuing to advocate for symmetric multi-processing, we'll forge ahead.
I'm not going to sit here and try to regurgitate technical documentation and I certainly don't put myself in the class of Hannibal (who I'm pretty sure is an engineer) but I'll try to run through the scenarios in which hyper-threading will increase performance and hinder it.
Exploring Hyper-threading Performance - Part I
Alright kids, it's quiz time. By looking at the picture to the right, please tell me how many processors I recently purchased? In the past, this was a really simple question to answer, why two of course! Since Intel rolled out hyper-threading, a simple glimpse at Task Manager just isn't enough to tell you what someone has under the hood of their precious boxen.
We did take a brief look at hyper-threading performance quite awhile ago with two sets of Xeons (2.0 and 2.4 GHz), but due to time constraints I didn't really have a lot of time to talk about the technical aspects of hyper-threading and I was only able to run a few Windows benchmarks. Even with these limitations, the article actually did quite well. It was mentioned in an Arstechnica piece and continues to be read to this day. However, in an effort to improve upon past work and to further educate readers on the benefits of hyperthreading while continuing to advocate for symmetric multi-processing, we'll forge ahead.
I'm not going to sit here and try to regurgitate technical documentation and I certainly don't put myself in the class of Hannibal (who I'm pretty sure is an engineer) but I'll try to run through the scenarios in which hyper-threading will increase performance and hinder it.
Exploring Hyper-threading Performance - Part I
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