I continue to be confounded by RAM prices. I know if you want to play you have to pay, but these type of "for only $27" articles don't ever tell the price of the premium RAM that has to be used. The OCZ you used goes for around $270, but you can find 2x1gb sets for $190.
So I'd rather see the article title say $107, as it is the difference between a non-OC system price with RAM + HSF.
edit:grammar
Looking at this series as a whole I was expecting more of a generic "guide" for overclocking. However, the result is a specific guide on the specific set of hardware that was OC'd.
I would think that the article was written for those with no overclocking experience. However the series arrives at conclusions without explaining how to get there.
Example: the recommended, maximum low-risk CPU voltage of 1.45v
The specs from Intel's site offer a range for the E6300 of 0.8v-1.35v
While the recommendation may be fine for the E6300 and similar CPUs it would have been better to give the reasoning behind the recommendation. Maybe something like, "Best low-risk practice is to increase the CPU's voltage by 10% max."
Stock value for DDR2-800 is 1.80V. OCZ specs 1.80V for this particular RAM. Most of OCZ's other RAM is specified at above stock values.An improvement to Part 3 would have been more consistent listing of the starting values.
Example: it is explained that the memory voltage was raised from stock values to 2.2v. What is this 'stock' value?
OCZ specs list 1.9v-2.1v. DDR2 standard is 1.8v.
"...some speeds between 380 MHz and 400 MHz were unstable, while other higher speeds were perfectly fine. Increasing FSB voltage by 0.20 V got us past 420 MHz, but again, with some settings in the middle not working correctly. Choosing the +0.30 V setting eliminated all FSB stability issues and allowed us to shoot for the moon!"
What prompted further testing past the "settings in the middle"?
I have no overclocking experience. From all that I have read when reaching an unstable point you either up the voltage and try again, or decide the limit has been reached (you can also try reducing temperatures if possible, and test again). What would be the indicator that perhaps a higher speed would be more stable at current voltage settings? At what point does further speed-setting-only experimentation involve too great a risk of permanent damage to the CPU?
In the end section "Backing down" how were those values chosen?
What I would like to see would be the guidelines on how to set reasonable boundaries on the various parameters a noobi OC'er should experiment with. This guide would be geared toward OC'ing a system for continuous, long term use. Not for simply achieving the highest OC possible that will run just long enough to pass an arbitrary stability test. What percentage of the default/as-shipped settings is a low-risk margin to experiment with that will result in a system that will run at those speeds for 1-2 years?
What percentage of the default/as-shipped settings is a low-risk margin to experiment with that will result in a system that will run at those speeds for 1-2 years?
Did I read the article right where they didn't manually set pci-e to 100? So the OC on the FSB also OCd the vid card? If so, how dangerous is that for the vid card? I'm all for getting more bang for my buck