Looking at the Intel specs for the E4300 vs the E6xxx series processors, I have noted that in the "Notes" section of the specs, the E6xxx processors have an entry that says "These parts have Tdiode enabled." The E4300 does not.
Further, the very useful temp guide that has been posted on this form points out that the E4300 reports temps that are off by +15 deg. C. Could this be because the E4300 does not have the on-die thermal diode enabled and temp monitoring software must extrapolate the chip's temp?
If so, and if one wanted to overclock moderately, but simultaneously insure the greatest possible reliablity, then choosing an E6600 would be a better choice, wouldn't it? From the stand point that with an E6600, one could more accurately monitor the chip temp, for reliability's sake.
Links to Intel Processor Specs are below:
E6600: http://processorfinder.intel.com/details.aspx?sSpec=SL9S8
E4300: http://processorfinder.intel.com/details.aspx?sSpec=SL9TB
Further, the very useful temp guide that has been posted on this form points out that the E4300 reports temps that are off by +15 deg. C. Could this be because the E4300 does not have the on-die thermal diode enabled and temp monitoring software must extrapolate the chip's temp?
If so, and if one wanted to overclock moderately, but simultaneously insure the greatest possible reliablity, then choosing an E6600 would be a better choice, wouldn't it? From the stand point that with an E6600, one could more accurately monitor the chip temp, for reliability's sake.
Links to Intel Processor Specs are below:
E6600: http://processorfinder.intel.com/details.aspx?sSpec=SL9S8
E4300: http://processorfinder.intel.com/details.aspx?sSpec=SL9TB