This isn't something you can completely mitigate - even running the processor at the default clock speed and voltage will wear down the transistors over time. Given a mild overclock, however, there will be no immediate physical damage to the processor - but it should be noted that high clock speeds, temperatures, and voltages are all known to accelerate transistor aging. Software can physically damage hardware, and you do happen to set the CPU's clock speed and voltage in software. This is different for each CPU (or family of CPUs), so you will want to find the datasheet for your particular processor before changing anything.Ĭould an overclock and/or an associated overvoltage cause physicalĭamage to hardware, when talking about 20% increments? Overclocking is safe, so long as you keep the processor's temperature and voltage within the manufacturer's specification. Is overclocking safe with modern hardware? Can I expect a physical damage at 90☌ in a chipset? Or a video card? In general, with modern hardware, what temperature ranges be safely reached by components? I'm lucky that my CPU fan keeps the processor 40☌ cold when strongly stressed (not overclocked). Is overclocking safe with modern hardware? Could an overclock and/or an associated overvoltage cause physical damage to hardware, when talking about 20% increments? I don't know many other implications than overheating and instability.My video card does the same (nVidia 8800GTX, expecting to buy a more recent one soon).My BIOS has a temperature guard that automatically shuts the system off (Crosshair 2 Formula), applied to CPU and chipset.doubling the clock of the CPU), but I'd go by successive steps.
Let's first say that I'm not expecting to hard overclock a computer (ie. My question may seem dumb, but, really, I want to think about it objectively. Answers without enough detail may be edited or deleted. Want to improve this post? Provide detailed answers to this question, including citations and an explanation of why your answer is correct.
0 kommentar(er)
