@
dlareG sakto ka.. HEAT will destroy all the parts "IN SHORT sentence huh. .."
mao na ang mga manufacturer's design jd cla ug mga cooling system .. nway in short na pd
TANAN butang MAGUBA .. hehehehe
-- -- - - >
a CPUs heat is directly related to it's clock speed; the higher the clock speed, the more power used and subsequently, more heat. Without adequate cooling, today's CPUs can very easily reach well over 150 degrees Celsius, if there weren't systems in place to prevent it. These systems include a clock speed limiter. When the CPU gets above temperature, the CPU management (BIOS - CMOS system) slows it down. This results in a complex system that gives performance increases with a cooler system, and performance slow down in a hot system.
While performance is a big aspect to look at in hot systems, so is the ongoing toll on the hardware. Consistently hot systems aren't expected to last anywhere near as long a cooler systems. Thermal fatigue in silicon results in cracks in transistors, and transistor mounting failures, in particular. Of course, just one transistor failure on a complex system such as a motherboard or graphics card can result in the entire system failing. And a replacement board being an appropriate fix.
Article Source:
http://EzineArticles.com/2310508