CPU CLOCK AND BUS CLOCK (Overclock): "
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 digeber 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.
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 digeber 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.
