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Interesting article for Intel, Concerning chipset strap
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TSalmostthere
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Aug 24 2006, 06:11 AM, updated 20y ago
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Kepala abah ko
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Courtesy of Tony OCZ which helps a lot in terms of understanding how the chipsets work at OC'ed speeds and how to best work on it The discussion: http://xtremesystems.org/forums/showthread.php?t=106834The article: http://www.bleedinedge.com/forum/showthread.php?t=22297Note the article is to be updated as Tony makes further progress sifting thru the white papers This post has been edited by almostthere: Aug 24 2006, 06:16 AM
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cks2k2
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Sep 9 2006, 12:36 AM
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Tony unlocks the reason why lower-end C2Ds can o/c more than the higher-end ones (and NO, it's not because of the cache). C2D o/c secrets
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TSalmostthere
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Sep 9 2006, 01:10 AM
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Kepala abah ko
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QUOTE(cks2k2 @ Sep 9 2006, 12:36 AM) Tony unlocks the reason why lower-end C2Ds can o/c more than the higher-end ones (and NO, it's not because of the cache). C2D o/c secretshehheeee...finally someone who did bother to read about it. But it follows the basic rule of FSB OC'ing. Lower multi's is the classic method
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blaxez
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Sep 9 2006, 01:38 AM
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very informative article, i've been wondering all these for quite some time
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cks2k2
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Sep 9 2006, 09:17 AM
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QUOTE(almostthere @ Sep 9 2006, 01:10 AM) hehheeee...finally someone who did bother to read about it. But it follows the basic rule of FSB OC'ing. Lower multi's is the classic method Only up to a point: if the ratio btw std multiplier and set multiplier is too much x FSB the strain on the NB will limit the o/c.
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TSalmostthere
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Sep 9 2006, 06:20 PM
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Kepala abah ko
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QUOTE(cks2k2 @ Sep 9 2006, 09:17 AM) Only up to a point: if the ratio btw std multiplier and set multiplier is too much x FSB the strain on the NB will limit the o/c. Which is where the article helps in understanding it's effects and the strap issues.
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linkinstreet
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Sep 9 2006, 06:41 PM
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Red Bull Addict
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good god, I suddenly saw the light!!! great article BTW
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BurgerRI
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Sep 10 2006, 12:03 AM
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wow..good article...thanks for sharing
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t3chn0m4nc3r
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Nov 4 2006, 07:08 PM
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QUOTE(cks2k2 @ Sep 9 2006, 01:36 AM) Tony unlocks the reason why lower-end C2Ds can o/c more than the higher-end ones (and NO, it's not because of the cache). C2D o/c secretsdamn... they actually got time to go through the white papers... wonder wat they do for their living... but tat's a good info...
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MaGicDust
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Nov 7 2006, 07:58 AM
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They are probably engineers I guess... Geez, after reading the article, I'm abit more worried for my NB than my CPU cause can never really tell the actual temperature on the NB, scared that it's stressing more than the CPU...
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raymond5105
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Nov 7 2006, 01:01 PM
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Does anyone here test on the strap on 267,333 and 400 ? Does the memory performance drops significant at those chipset clock speed? Asus P5B i965
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t3chn0m4nc3r
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Nov 13 2006, 01:58 PM
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QUOTE(MaGicDust @ Nov 7 2006, 08:58 AM) They are probably engineers I guess... Geez, after reading the article, I'm abit more worried for my NB than my CPU cause can never really tell the actual temperature on the NB, scared that it's stressing more than the CPU... try using thermometer... real 1ce... then tell us if it's affective...
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sHawTY
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Nov 13 2006, 09:30 PM
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So, this mean that E6300 is much much better then the X6800 am i right?
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mikelanding
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Nov 13 2006, 10:32 PM
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QUOTE(sHawTY @ Nov 13 2006, 09:30 PM) So, this mean that E6300 is much much better then the X6800 am i right?  Ya ya..go buy E6300 and OC to X6800...I dunno from which info/site/review/data sheet/ that lead U make to this statement... 2mb vs 4mb, unlock multiplier vs locked multiplier.....and etc... Go figure. This post has been edited by mikelanding: Nov 13 2006, 11:08 PM
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Enigmatic
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Nov 14 2006, 12:26 AM
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So the real question should be.. Does E6600 overclocks alot better then x6800? Hurm.. very interesting article though... Gotta do some reading later.
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mikelanding
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Nov 19 2006, 09:43 PM
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The link of article seem to be broken. Here the update 1: http://www.bleedinedgesupport.com/ocz/foru...ead.php?t=22297Hope thread starter amend accordingly... This post has been edited by mikelanding: Nov 19 2006, 09:43 PM
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