haze said it perfectly. I've been overclocking for years, and I never burned any component, but that's because I raise values far lower than their limit, as to maintain a near stock component life span. The thing about atoms is that they're even lower powered than the lowest celerons, and it's like overclocking a lowest end gpu, the results are far minor than the increased damage potential. So if you want, do overclock your cpu, but do it carefully, because in your specific case, damaging the cpu might also do collateral damage to the motherboard, where your graphics adapter resides, so you would be at a bigger loss than, let's say, a laptop with a discreet graphics solution, or a desktop.
On Sep 11, 2:10 pm, hussam aulaian <[email protected]> wrote: > Well i study engineering and im a 4th Year Student , and i knw exactly how > overclocking Would effect an Electrical Component > let say u are overclocking a CPU , a CPU has an internal Component Called > "Crystal Oscillator " > Each Electrical Component has somthin Called Operating Temperature , if u > cross that it will Damage Immediately > > so back at the Crystal Osci , if it operates until 70c it will operate until > then , after that it will burn and the CPU > will be no longer Operational > > go search in google , any electrical Component has somthin Called data sheet > , and every data sheet has a Full description > > secondly i want to say , without any proper cooling , ur System will fail > shortly > lets say ur system is Oc'ed and its working @65c this ( and i expect ) will > result it to fail in 1 or 2 years > > and if u dont believe me go ask any Proferssor in any University , i study > and that wht i knw, -- 9xx SOLDIERS SANS FRONTIERS
