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UPGRADING MY RIG

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Setting a negative core offset in BIOS can help reduce load temps and provide higher & longer clock boosting. Just enable PBO, set -20 (or -25, -30) CO & make sure XMP is enabled for the RAM. It will make a fairly nice improvement from stock.

I do Cinebench (23 or 24) multi-core runs, with WHMonitor open, to make sure I'm improving & not making things worse with setting changes.
 
Setting a negative core offset in BIOS can help reduce load temps and provide higher & longer clock boosting. Just enable PBO, set -20 (or -25, -30) CO & make sure XMP is enabled for the RAM. It will make a fairly nice improvement from stock.

I do Cinebench (23 or 24) multi-core runs, with WHMonitor open, to make sure I'm improving & not making things worse with setting changes.
I will try it for sure. Thanks for the suggestion.
 
Setting a negative core offset in BIOS can help reduce load temps and provide higher & longer clock boosting. Just enable PBO, set -20 (or -25, -30) CO & make sure XMP is enabled for the RAM. It will make a fairly nice improvement from stock.

I do Cinebench (23 or 24) multi-core runs, with WHMonitor open, to make sure I'm improving & not making things worse with setting changes.
I am at -30 and in the Cinebench 24 multi core test the temps were 81C at their highest.
Is the Prime95 more telling or what is the main difference in these two?
 
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