You really didn't get out of the amd section did ya? Hehe!
Being serious, though you are right in theory about a smaller process being cooler, ivybridge introduced the inferior TIM between the IHS and core versus solder. So generally overclocking goes down with ivybridge mostly due to that fact and it's inferior heat dissipation.. not to mention the density of components on the silicon are denser.
Being serious, though you are right in theory about a smaller process being cooler, ivybridge introduced the inferior TIM between the IHS and core versus solder. So generally overclocking goes down with ivybridge mostly due to that fact and it's inferior heat dissipation.. not to mention the density of components on the silicon are denser.