Now that I’ve probably bored you with this large introduction and warnings of great destruction of your computer, here’s the good part. In some other cases, stability becomes a problem, but as long as you keep the boost low, you won’t have to worry about that either. However, under most conditions, as long as you keep the overclocking to under a 15% boost, you won’t need to change anything else inside your computer. If the computer overheats, it will not function. Many times people will need to add an additional fan or heat sink (the metal thingy usually sticking up inside your computer, on top of your processor) inside the computer. Since overclocking makes a processor designed to operate at 350 MHz, for example, run at 450 MHz, more power is consumed, and much more heat is generated. This seems good, but since the whole world isn’t overclocking, there has to be some risk involved – and there is. However, some are easier to overclock than others – we’ll get to that later.īasically, overclocking works by forcing the processor to use more power and operate at a higher frequency (or “clock setting”) thus the term, “overclocking.”

Many Macs (as well as other computers) are able to be overclocked. Overclocking is literally setting your processor, whether it is 45 MHz or 900 MHz, to a higher clock speed. Today I’ll tell you a about an almost free and rather easy option if you fit into this group – overclocking. But all these upgrades cost enough money to make even Bill Gates sick, so what is the person with a slow computer and not a lot of cash supposed to do? Most people know of all of the RAM upgrades and daughter cards, etc., that you can add inside your computer to speed it up a little – or a lot. Unless you own a shiny new G4, you have probably had this complaint in one form or another throughout daily use of your computer.

One of the most common complaints computer owners have is that their computer is too slow.

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