Does the cooler the cpu take home it faster?
Answer:
I estimate that particular phenomenon have more to do with Physics. Specifically, Super-conductors, to some extent than any limitations the CPU manufacturer designed surrounded by.
Check this:
http://www.physicscentral.com/action/200...
"Metals are good conductors of electric current. That is, they enjoy very low electrical resistance, but this resistance is not nothing. A voltage difference is still required to generate the current in the metal, and the metal heat up while the current is flowing.
The electrical resistance of an object depends on its warmth and declines slowly as the warmth falls. Early in the closing century, however, a Dutch physicist discovered that a sample of mercury, when cooled below a convinced temperature close to categorical zero, loses adjectives electrical resistance. When the mercury is in this state, an electric current flows indefinitely, even within the absence of any applied voltage. This effect is call "superconductivity."
The table lists the everyday metals that exhibit superconductivity and the heat below which electrical resistance disappears. These elements require cooling by liquid helium to become superconductors. Such materials are call "low-temperature superconductors."
Much later, surrounded by the 1980s, physicists discovered ceramic compounds that exhibit superconductivity at temperature as high as -145o Celsius. This warmth is high plenty that the materials need be cooled merely with juice nitrogen, which is far less expensive to do than next to liquid helium.
element-----transition temp. (K)
aluminum-----1.2
zinc-------------0.9
tin---------------3.7
mercury-------4.2
lead------------7.2
(c) 2007 American Physical Society"
So, it is the cut rate of electrical resistance by way of super-conductivity that allows for the processor's speed.
No. The proc is locked to a positive speed by the manufacturer. Cooling the proc alone will not relocate speed. It will, however, allow you to overclock the proc, which is done through BIOS on high wrapping up motherboards (ASUS is a great example).
One of the things you have to do contained by order to overclock is lift the voltage to the proc. The faster it runs the more voltage it needs, the high the voltage the more heat it will generate. If it get to hot-pow. Meltdown.
This doesn't touch the other needs close to clock multipliers, bus-speeds and a host of others which differ from manufacturer to businessman, say Intel and AMD, which use different methods for proc-locking.
All contained by all, cooling is great. After adjectives, melting your proc is a massive twinge but cooling alone won't do it.
Related Questions: