Air Conditioning is a cool thing.![]()
in the grand scheme of things, the power the A/C would use to keep your E8400 cool is nothing compared to keeping the whole house cool. just set the a/c a few ticks cooler. the difference between 60c load and 50c load is incredibly small for your a/c.
my temps almost double when the chip is OCd. stock i sit at 28 idle and up to 40 full load, OCd to 4.0 i get in the low 70s.
my temps almost double when the chip is OCd. stock i sit at 28 idle and up to 40 full load, OCd to 4.0 i get in the low 70s. last summer my comp was at a friends apartment because we were big into playing COD4... he was broke so the AC was never on. any other room in the apartment was bearable, but you walked into the room with the comps and the heat was overwhelming, and this was the only room in the whole place with a ceiling and box fan. it was nuts. i dropped the overclock and the room became noticably cooler. still hot, but definitely cooler.
thats rediculous. somethings not right. the CPU doesnt use enough power to create that much energy in the form of heat.
I don't clock it back, I do open my windows tough.![]()
A 30c difference between stock and a 4.0 OC seems extreme. My 8500 runs 53c loaded stock and 62c OCed to 4.2, and my cooler isn’t highly regarded for OCing. Just curious how much you're having to raise voltage for the OC.
If you have a dedicated AC just for the computer, then yes, the power would be negligible. However, for the CPU to go from 60C at load to 50C at load would require your AC to cool the whole house (unless you have zone cooling) an additional 10 degrees celcius, or 18 degrees fahrenheit, which requires a substantial amount of power.bebopin64 said:in the grand scheme of things, the power the A/C would use to keep your E8400 cool is nothing compared to keeping the whole house cool. just set the a/c a few ticks cooler. the difference between 60c load and 50c load is incredibly small for your a/c.
If you have a dedicated AC just for the computer, then yes, the power would be negligible. However, for the CPU to go from 60C at load to 50C at load would require your AC to cool the whole house (unless you have zone cooling) an additional 10 degrees celcius, or 18 degrees fahrenheit, which requires a substantial amount of power.
I understand what you're saying, but in the summer the temperature will rise a bit (depending on location of course, and if you're blasting the furnace in the winter or AC in the summer). The point is that you're not going to keep the same temperatures during the summer that you had in the winter without a large electric bill, hence the OP setting clock speeds back. For maintaining a house's overall temperature an incandescent lightbulb would have more impact than an overclock, though local temperatures could vary a bit depending on ventilation.bebopin64 said:ya if you were to use your a/c to bring your cpu temps down it would be substantial... but thats not really the topic. for the a/c to keep the house the same temperature with the computer on as opposed to without is a negligable difference.
I understand what you're saying, but in the summer the temperature will rise a bit (depending on location of course, and if you're blasting the furnace in the winter or AC in the summer). The point is that you're not going to keep the same temperatures during the summer that you had in the winter without a large electric bill, hence the OP setting clock speeds back. For maintaining a house's overall temperature an incandescent lightbulb would have more impact than an overclock, though local temperatures could vary a bit depending on ventilation.