Let's say we have 3 same chips of the same proccesor that can reach 4.2 Ghz at 1.200V
(4770k for example) I say same chips because as you know some chips of same cpu's can't reach the same multiplier at the same voltages like others, so imagine theoritically that these cpu chips are exactly the same.
So we make the following configurations
in the first one we set 3.5Ghz at ~1.15V (stock cooler)
in the second we set 4.2Ghz at 1.2V (212 evo)
in the third we set 4.2Ghz at 1.3V (liquid cooling)
So after we monitor idle and load temps we note that these are the same.
Which one would have the shortest lifespan?
P.S. Please don't ask why we raise the voltage in "option 3".
(4770k for example) I say same chips because as you know some chips of same cpu's can't reach the same multiplier at the same voltages like others, so imagine theoritically that these cpu chips are exactly the same.
So we make the following configurations
in the first one we set 3.5Ghz at ~1.15V (stock cooler)
in the second we set 4.2Ghz at 1.2V (212 evo)
in the third we set 4.2Ghz at 1.3V (liquid cooling)
So after we monitor idle and load temps we note that these are the same.
Which one would have the shortest lifespan?
P.S. Please don't ask why we raise the voltage in "option 3".