I recently received ES series XEON cpus instead of production models (due to a bastard businessman). After some testing, the chips seem to be running Sandra benchmarks at reasonable speeds -- although with some degree of variation.
One person suggested that the ES chips should be multiplier unlocked -- however my BIOS options suggest that the minimum is 12 and the max is 23... I assume this means they are not unlocked -- that's fine since I don't want to overclock anyway.
My main concern is just about general stability and a warning that Sandra gives which says that the Vcore voltage is higher than the rating. I gather (from Sandra) that the voltage is supposed to be something like 1.525. When I run some diagnostics in Sandra however, I get a CPU1 voltage of 2.6 and a CPU voltage of around 3.12.
Is this a problem... am I mixing up what the v-core and these CPU voltages mean? Or am I frying my processors?
What can I do to prevent this warning in Sandra? I see nowhere in the BIOS where I can adjust voltage levels.
My bus speed is 133 and my memory is running By SPD. I see nowhere to adjust anything relating to the chips manually.
Thank you.
One person suggested that the ES chips should be multiplier unlocked -- however my BIOS options suggest that the minimum is 12 and the max is 23... I assume this means they are not unlocked -- that's fine since I don't want to overclock anyway.
My main concern is just about general stability and a warning that Sandra gives which says that the Vcore voltage is higher than the rating. I gather (from Sandra) that the voltage is supposed to be something like 1.525. When I run some diagnostics in Sandra however, I get a CPU1 voltage of 2.6 and a CPU voltage of around 3.12.
Is this a problem... am I mixing up what the v-core and these CPU voltages mean? Or am I frying my processors?
What can I do to prevent this warning in Sandra? I see nowhere in the BIOS where I can adjust voltage levels.
My bus speed is 133 and my memory is running By SPD. I see nowhere to adjust anything relating to the chips manually.
Thank you.