I'm fairly new to overclocking - just recently completed my first homebuild (had been buying Dells before - I know the shame is almost unbearable )
Anyway - I'm running an e6400 on a Gigabyte DS3 board.
I've bumped the FSB to 325 (x8 = 2.6 Ghz) keeping the stock voltages all around and maintained stability running various software including BF2, photoshop, and dual instances of Prime95 to check temps.
I was wondering how this type of overclock would effect the expected life span of my components?
I've seen some people overclocking C2D while under-volting - assuming this would give a stable overclock is it reasonable to expect that there would be no negative impact on the life span?
BTW - I got 325 FSB on two 512 sticks of 533 Mhz ram scavenged from an old Dell system - I was kind of surprised by that.
Anyway - I'm running an e6400 on a Gigabyte DS3 board.
I've bumped the FSB to 325 (x8 = 2.6 Ghz) keeping the stock voltages all around and maintained stability running various software including BF2, photoshop, and dual instances of Prime95 to check temps.
I was wondering how this type of overclock would effect the expected life span of my components?
I've seen some people overclocking C2D while under-volting - assuming this would give a stable overclock is it reasonable to expect that there would be no negative impact on the life span?
BTW - I got 325 FSB on two 512 sticks of 533 Mhz ram scavenged from an old Dell system - I was kind of surprised by that.