<A HREF="http://www.xbitlabs.com/news/story.html?id=1017377833" target="_new">X-bit</A>
Some interesting information here, nothing new other then there will be only 15% preformance boost for 32bit code per clock. I thought it was suppose to be 25%. If Clawhammer only gives 15% preformance boost then it's just not good because we know that Intel Compiler can give that much boost vs MS Compiler on P4 platform. 10% improvement on 64bit when recompiled for 64bit. But if you want to recompile your code you can also easily re-compile for HyperThreading and get more preformance out out P4. I know this is all speculation on P4 with HT enabled. But still AMD's number don't look that impressive. If you look at Current P4 and Athlon they are running neck and neck but when Intel releases 533Mhz FSB version of P4 it should give them 8-10% preformance improvement. If these numbers for Clawhammer are true then are we just waiting for something which will disappoint us?
KG
<b>"Hey! It compiles! Ship it!"</b>
Some interesting information here, nothing new other then there will be only 15% preformance boost for 32bit code per clock. I thought it was suppose to be 25%. If Clawhammer only gives 15% preformance boost then it's just not good because we know that Intel Compiler can give that much boost vs MS Compiler on P4 platform. 10% improvement on 64bit when recompiled for 64bit. But if you want to recompile your code you can also easily re-compile for HyperThreading and get more preformance out out P4. I know this is all speculation on P4 with HT enabled. But still AMD's number don't look that impressive. If you look at Current P4 and Athlon they are running neck and neck but when Intel releases 533Mhz FSB version of P4 it should give them 8-10% preformance improvement. If these numbers for Clawhammer are true then are we just waiting for something which will disappoint us?
KG
<b>"Hey! It compiles! Ship it!"</b>