entao nesse caso parece q m vou ter de ficar pelos 240 FSB, que o chipset ta metido entre o tuniq e a grafica :s
já agora no meio da minha pesquisa encontrei esta frase que acho bem interessante para quem faz overclocking
"Increasing the operation frequency of a component will increase its thermal output in a linear fashion, while an increase in voltage causes a quadratic increase." proporçao linear: x = y; quadratica: x = y^2. ou seja, por exemplo por acada 100Mhz a mais aumentamos 1ºC ao processador, mas se aumentarmos 0,01 d vcore aumentamos 1ºC,s aumentarmos outro 0.01 já sao 2ºC, depois 4ºC, 16ºC etc.. muito util
E quanto àquilo q eu referi antes, de o computador se "cansar" parece que afinal é verdade e nao é mais q o resultado do envelhecimento.
"When a manufacturer rates a chip for a certain speed, it must ensure that the chip functions properly at that speed over the entire range of allowed operating conditions. When overclocking a system, the operating conditions are usually tightly controlled, making the manufacturer's margin available as free headroom. Other system components are generally designed with margins for similar reasons; overclocked systems absorb this designed headroom and operate at lower tolerances. Pentium architect Bob Colwell calls overclocking an "uncontrolled experiment in better-than-worst-case system operation".
Some of what appears to be spare margin is actually required for proper operation of a processor throughout its lifetime. As semiconductor devices age, various effects such as hot carrier injection, negative bias thermal instability and electromigration reduce circuit performance. When overclocking a new chip it is possible to take advantage of this margin, but as the chip ages this can result in situations where a processor that has operated correctly at overclocked speeds for years spontaneously fails to operate at those same speeds later. If the overclocker is not actively testing for system stability when these effects become significant, errors encountered are likely to be blamed on sources other than the overclocking."
"While overclocked systems may be tested for stability before usage, stability problems may surface after prolonged usage due to new workloads or untested portions of the processor core. Aging effects previously discussed may also result in stability problems after a long period of time."
Fonte:
http://en.wikipedia.org/wiki/Overclocking
entretanto vou tentar arranjar uma configuraçao estável q n aqueça mt o chipset e depois deixo aqui todos os testes antes e depois. cumps e obrigado lucky
