Noticed When Overclocking

This article is a continuation of the article "Improve Performance by Overclocking". so if you do not know what overclocking, please read first the article. if in the previous article we talked about the understanding of overclocking and techniques that made ​​for overclocking, in this article I will describe the factors to consider when overclocking.

Factors to consider in overclocking, including:

1. bus
In general, the bus is a physical link between the units in the computer and the
computer with the outside world. Another opinion says the bus is a collection of lines or wires
which carries signals to the computer. The bus clock is the working frequency of existing bus
on the motherboard. The bus clock itself is different on the motherboard, which is 25 MHz,
30MHz, 33 MHz, 40 MHz, 50 MHz bus clock of the motherboard is 486, while
for older Pentium motherboards use the bus clock is 60 MHz, 66 MHz, 75 MHz,
83 MHz and 100 MHz motherboard now there are even capable of supporting up to 150
MHz. For the bus clock >= 100 is used for Pentium II processor, Pentium III or yangh
equal. Pengguanaan bus clock must be =< than the memory clock to prevent
crash. Bus clock are often known as the Bus frequency.

2. CPU clock and multiplier
CPU or CPU clock speed is the working frequency of the processor. Suppose that the Pentium II 350 Clocknya 350MHz cpu, which means that every second the processor will make 350 million cycles 'round' where every single cycle processor can perform multiple operations or multiple sedrhana cycle for a complex operation. Multiplier 'multiplier' is a factor which is factor comparison between the CPU bus clock and the clock with the formula:

CPU clock = Bus clock x multiplier

Eg pentium 350 means that when using a bus clock multiplier 100 using 3.5. And bus clock multiplier settings on regular Pentium and AMD K6-3 up still use jumper or switch, while to motherboard which 'Jumperless' using a set of BIOS used on the Pentium II, Pentium III, Pentium Xeon.

3. Jumper and Switch
Jumper is a tool that serves as a switch and the switch, usually a physical form protruding pins on the motherboard. As a complement jumper connector is included that allows you to connect the pins on the jumper. Generally the 2 pin connector connects. Jumper 2 pin when the pin is connected by the jumper connector functions as a switch while the 3 pin jumper to jumper serves as a switch, because the combination could be 1-2 or 2-3. On the motherboard (socket 7) there are a lot of jumper functions are used to determine the motherboard manual. Switch is a collection of jumpers who served together, switch settings will affect all the jumper settings. Examples of its use on the Bus clock settings, CPU multiplier and voltage on the DFI motherboard super 7.

I hope this article useful additional information about overclocking. in the next article I will discuss again about overclocking. thank you for reading this article.