Re-architecting for the 'green' cloud and lower costs. Justin Cormack
0 likes293 views
The document discusses performance metrics for different CPU architectures like Intel x86 and AMD64. It provides measurements of cores per second, cache references and branch mispredictions for various CPUs. Overall, the document analyzes the performance and specifications of CPUs from different manufacturers to determine which architectures are best suited for different workloads.
![6'(&',4.%G1.$358
! @&(('2#Q-+%1(#+,#32-,+-.)1*2
! B2)(#(+.&1)/2(
! 73#/+#![#-2>%20/0#32-#02*+1(#32-#567
! @2(&%.#')/21*?#!K]!KK.0#32-#-2>%20/
"+,4";,5"%C(*+,9<<9@,HIJ,3$)$,A"%,&25).:"%
!8#*+-2#2+1 PG#E=#BC@ IJAKKK PG#*%0/+.2-0 INM#2)*4 GKK#H
8#*+-2#CB@ J!8#E=#;;X I!AKKK J!8#*%0/+.2-0 I8#2)*4 G#H
! !](https://image.slidesharecdn.com/3-justincormackpresentation-110715042404-phpapp02/85/Re-architecting-for-the-green-cloud-and-lower-costs-Justin-Cormack-9-320.jpg)
Re-architecting for the 'green' cloud and lower costs. Justin Cormack
- 1. !"#$%&'()"&)(*+,-.%,)'",/+%""*0,&1.23, $*3,1.4"%,&.5)5,,,,,!"#$%&'()*+,-. !"#$%&'(#)#*'+%(#,-+.#'+/0#+,#%1(2-3)1/0#.+$&'2# 34+12#5670 8"#9 :"#6-+,&/ ! !
- 2. 6'$),4.213,&'$*+",)'",5)$)25,72.8 ;'+<2-#3-+*200+-0#.+-2#3+<2-#2,,&*&21/ =%/#-2>%&-2#.)1?#.+-2#+,#/42. @%*4#.+-2#3)-)''2'&0.A#4)-( ! !
- 3. 9.:",*2:;"%5 BC@ 3+<2- *+0/ ;DC!#0322( (%)'#*+-2#!EDF#CB@ !#E= G#H IJK !8K#@=L0 (%)'#*+-2#621/&%. M#E= GK#H IJKK N8K#@=L0 !8#*+-2#O2+1 PG#E= GKK#H IJKKK :KKK#@=L0 C'.+0/#'&12)-#32-,+-.)1*2A#1+/#*+.32''&1Q"#C.()4'R0#S)<" ! !
- 4. !<=,;$5"3,4.%13 T42#)33'&*)/&+10#<2#)-2#$%&'(&1Q#)-2#U2-?#BC@#4%1Q-?" BC@#$)02(#()/)#0/+-)Q2V#@2.*)*42A#B2(&0A#@2.$)02A# W+'/X=A#E&Q)03)*20A#T&.20T21#""" Y58#+,,2-0#PME=#4&Q4#.2.+-?#&10/)1*20"#Z1/2'#-2'2)0&1Q# .)*4&120#/4)/#*)1#/)[2#!T=#BC@" ! CB@#02-U2-0#)-2#:8#$&/"#GE=#&0#21+%Q4#,+-#)1?$+(?9 !
- 5. 6'>,$%",4",5.,!<=,.;5"55"38 B2)(0#32-#02*+1( S!#*)*42#-2,2-21*2 8AKKKAKKKAKKK =-)1*4#.&03-2(&*/ 8KKAKKKAKKK S8#*)*42#-2,2-21*2 !GKAKKKAKKK @%/2#'+*[L%1'+*[ !KAKKKAKKK BC@#-2,2-21*2 !KAKKKAKKK ()/)*21/-2#-+%1(#/-&3 8KKK 4)-(#(-&U2#022[ !KK Z1/2-*+1/&121/)'#-+%1(#/-&3 !K ! !
- 6. ?.13,.*@,5.:")'(*+,'$AA"*"3BBB B2)(0#32-#02*+1( S!#*)*42#-2,2-21*2 8AKKKAKKKAKKK =-)1*4#.&03-2(&*/ 8KKAKKKAKKK S8#*)*42#-2,2-21*2 !GKAKKKAKKK @%/2#'+*[L%1'+*[ !KAKKKAKKK BC@#-2,2-21*2 !KAKKKAKKK ;S5#,')04#;;XA#65Z2 !MKAKKK @S5#,')04#;;XA#;CTC :JAKKK ()/)*21/-2#-+%1(#/-&3 8KKK 4)-(#(-&U2#022[ !KK ! ! Z1/2-*+1/&121/)'#-+%1(#/-&3 !K
- 7. =$%%($+",:$3",(*,'"$C"*8 BC@ INJ#L#E= 8JK#H#L#T= ;;X I8#L#E= 8#H#L#T= ! !
- 8. D'"$A"5),9A$&",E,F%$*5$&)(.*5 ##!KKK JK GK ###!KK !!!!!!!!!"#$%!&'() :K 0/+-)Q2#T= --& 8K ####!K !K #####! *+, K K"! ! !K !KK !KKK .&''&+1#-2)(0#32-#02*+1( ! !
- 9. 6'(&',4.%G1.$358 ! @&(('2#Q-+%1(#+,#32-,+-.)1*2 ! B2)(#(+.&1)/2( ! 73#/+#![#-2>%20/0#32-#02*+1(#32-#567 ! @2(&%.#')/21*?#!K]!KK.0#32-#-2>%20/ "+,4";,5"%C(*+,9<<9@,HIJ,3$)$,A"%,&25).:"% !8#*+-2#2+1 PG#E=#BC@ IJAKKK PG#*%0/+.2-0 INM#2)*4 GKK#H 8#*+-2#CB@ J!8#E=#;;X I!AKKK J!8#*%0/+.2-0 I8#2)*4 G#H ! !
- 10. J25(*"55,&$5",-.%,1.4,A.4"%,&1.238 ! ^+/#_%0/#.+-2#0'+<2-#3-+*200+-0 ! ^+/#)#-23')*2.21/#,+-#)''#<+-['+)(0 ! '+<#*+0/#*+..+(&/?#.&(('2#Q-+%1( ! 702#;;X#1+/#BC@#+-#4)-(#(-&U2 ! ^22(0#+3/&.&02(#0+,/<)-2 730&(2#&0#3+/21/&)''?#!K`!KK#*42)32- ! !
- 11. K2"5)(.*58 a_%0/&1*+-.)*[ _%0/&1a032*&)'$%002-U&*2"*+. 4//3VLL$'+Q"/2*41+'+Q?+,*+1/21/"*+.L ##########4//3VLLQ++Q'2"*+.L3-+,&'20L_%0/&1*+-.)*[ ! !