What CPU is more stable when over-clocked? That is a good question and that is what got me interested in this project. One day a couple years, back I got a relatively old computer and I was upset at how slow it was and decided to find out if it was possible to make it go faster. For a long time I looked and did not see anything on speeding up the computer and then one day I came across it. It was called over-clocking, the word caught my eye and I decided to check it out. Over-clocking looked like a complicated process but I was willing to check it out. There were terms in the book and web pages like voltage, multiplier, bus speed, clock speed, jumpers, and BIOS. These words were confusing so I looked them up. The voltage is the amount of electricity flowing to the CPU at any given time. The typical voltage is usually between 3 and 5 volts depending on the CPU and the task. The multiplier was the number that the bus speed was multiplied to in order to find out the CPU speed or clock speed. The multiplier is also a type of governor like on an engine that limits the speed so as not to put out too much power. When you over-clock a CPU, you are essentially over-riding the multiplier's origin

7. Keep up loop until CPU not stable. Record stable speed move on to next computer.

Over-clocking to increase something past its normal speed at which it runs. Over-clocking a Central Processing Unit (CPU) means to speed up the bus speed or the clock speed past its original setting. People often over-clock a CPU to increase the system performance at very little cost. Most of the time, you only need to change a few settings on your motherboard to make your system run faster. When over-clocking first became popular, it only amounted to changing the CPU clock speed to the next highest model of computer. Nowadays because of new technology, people can change the bus speed on the motherboard too.

A third major factor is the voltage. The motherboard has to be able to support many types of CPU voltages if someone wants to over-clock correctly. The voltage on a CPU is very low but the motherboard needs to be able to support it if the CPU is going to work properly. The voltage is responsible for providing the CPU with enough electricity to run at the speed it has told to run at. If the voltage is too low then the CPU will not have enough juice to get to the specified speed. A higher voltage can provide that necessary signal to operate at the higher frequency. This is where voltage adjustment comes in handy. When upping the voltage proper cooling is important. This is because when you up the voltage you are creating more electricity hence, more heat.

The method that was used was the same for each CPU and was relatively easy.

2. Locate jumpers on motherboard, if they are there, change multiplier one setting higher. Go to step 5.

All in all the factors involved in over-clocking are relatively simple things to change. In addition, the chances of ruining the machine, as said before is highly unlikely if the over-clocker takes all necessary precautions. The over-clocking community is very large and includes many computer brands like Sony, Dell, Compaq, and more. If someone was to get a computer with the intentions of over-clocking it is best to buy the parts for themselves and put it together.

3. For BIOS settings reboot computer and start BIOS configure program.

Some common words found in the essay are:
Intel CPU's, Over-Clocked CPU, Unit CPU, Shut CPU, Intel Cyrix, CPU OS, CPU Sometimes, RAM CAS-2, Sony BIOS, MHz Overall, clock speed, bus speed, speed clock, speed clock speed, mhz over-clocked, over-clock cpu, cpu stable, bus speed clock, motherboard able support, move computer, 233 mhz, peltier coolers, shut cpu, cpu stable over-clocked, multiplier bus speed,
Approximate Word count = 1525
Approximate Pages = 6 (250 words per page double spaced)