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Overclock TYPE

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ilovemyga

Overclock type The relationship between CPU clock and bus clock is woven by a multiplier.
In simple, CPU clock = bus clock x multiplier. For example, AMD Athlon XP 2000 + with a clock speed default is 1666 MHz the resultss of 133 MHz bus clock with multiplier 12.5 (twelve half).

Pentium 4 2.4 GHz is the results of 200 MHz bus with the multiplier 12.
Could also 266 bus clock multiplication with multiplier 9. Why, it becomes 2.394 GHz?
deed, there is rounding to be a whole number. Thus, for to overclock, which can enhanced is the bus clock, multiplier, or both. If the multiplier raised, then the CPU clock will go up, but the bus clock fixed.

Overclock requirements example :
For the example above, the AMD Athlon XP 2 GHz + (1666 Mhz real), if multiplier raised became 20, then the CPU clock rises 2660 MHz to be real. But if bus clock is raised, automatically CPU clock will also rise.

For example, Pentium 4 2.4 GHz with 200 MHz bus clock and multiplier 12 will be Pentium 4 3 GHz if the bus clock was encouraged to 266 MHz. It would be better if the is raised clocknya bus.

try this for step to overclock.
But The second alternative is more difficult considering peripheral capabilities connected to the bus may not be able to work above the standard clock. If CPU
clock is fixed, while the bus was still strong, down just multiplier and increase bus clock ..
This is still better than the alternative first.
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CPU CLOCK AND BUS CLOCK (Overclock)

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ilovemyga

In this overclock, it is important to know the concept of the CPU clock and bus clock.
CPU clock is the clock signal in the CPU, including the processor.
CPU clock is which is often referred to the specification processor.
Example Pentium 4 2.4 GHz. This means that these processors received ration 2.4 GHz CPU clock.
Clock does not watch or clock. Here the intention is to signal used by the processor to
trigger the occurrence of a process.

More details like this. Suppose a processor will perform summation process, which was first performed retrieve data from memory.
But sum can not be directly do, because waiting for the signal clock, which is analogous to the trigger gun. The higher the frequency clock / clock speed, the more signals trigger / rigger is provided within a certain period, so the more process that can be triggered at period. Let PC Pentium 4 2.4 Ghz. This processor has a clock frequency of 2400 million signals per second. Suppose for a process of summation 1 fruit requires clock signal, then with the Pentium 4 processor 2.4 GHz, can be done maximum of 2400 million times the sum.
Bus clock itself is a clock that happens to data paths (buses) on the motherboard.
This bus is analogous to the highway, which will pass bits of data, in where the data is nalogous to a car on the highway. The bus clock will a guide when the transfer data between components through the bus.

For example, data transfer from and the RAM or hard disk will through the bus, and will be triggered by bus clock.
The bus is in motherboards usually have standard clock.

PCI, for example, speednya clock is 1 / 2 bus clock, so clock standard 33 MHz. While AGP, clock default is 66 MHz.

If the buses are in full the standard clock and peripheral was connected not able to work on the clock standard, then the system can not be working normally.
The first recipe to overclock is You should already understand the work a computer and dentify components.
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What is Overclock

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ilovemyga

Overclock composed of two words is over and the clock is meant to setup the clock for the processor mainboard and a VGA. overclock equated with making computers more quickly.

definition means : the computer is running at a higher clock speed than the specifications that should be.

For example :
Duron 600 MHz run at 1080 MHz clock.
Pentium 166Mhz overclock to 200MHz or more speeds, very little difference between 166Mhz and 200MHz. But good enough to speed on the Pentium era. Crowded overclockers began in 1997 when Intel issued a processor speed of 300Mhz Celeron with type 1 slot and driven into crowded crowded 450MHz. When it appeared the overclockers who began spur processor until the last line.
Overclock it to be fun for the fans own a computer.
With a minimal system, a user trying to find creative, what part of the system
which still can be optimized, with the additional cost and peripherals minimum.

At some point begins the hobbiest to overclock. Estimated overclock started in 1985. If not mistaken, the first computer sold the type of PC XT with Intel processor type (8088) and made more quickly to work with the NEC V20 processor. Understandably the speed of the PC XT computer before extraordinary slowness. Never mind the word Linux or Windows systems. What we know now that only IBM's PC-DOS as the operating system of a computer.

While only DOS diskette can be used as storage is on the computer including the operating system. In that year not many people know about your hard drive or memory like type. Hardware is still very expensive and simple. Never even heard the word Giga today. Memory is still in a matter of Kilo Byte, the first hard drive size is very large with a seating capacity of several dozen MB Overclock begin to do when the processor and the Pentium 486 Classic DX first. But spurred processor can only be done with jumpers on the mainboard.

Advantage and damage cause Overclock

Overclok have good Advantage. PC can work faster. But also there is a risk for this step. Sometimes the CPU does not want work Or hangs. Most bitter, broken chip processor permanently due to the temperature of the processor is too high. Processor working at this high temperature age can be reduced, which was designed to survive less is more for approximately 10 years. However, people who might have packed fun computer that uses ten
years ago in a box glass and displayed in a private room or work space as heritage. So consider! Is the 10 next year you do not want to replacing the current processor You wear?
Are you sure at the time your processor is still can be used for applications future?
If indeed you are will not use the processor the next ten years, why not try to overclock right?
To overcome the problem temperature, should be the business cooling.
This cooling that would be concern our main overclock.
Several years ago, usually overclock force the processor to work on clock speed of one level above it, such as the Pentium 120 to 133 MHz.
But now, with development of bus speed on motherboard, you can also clock and bus speed.

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