Previously been discussed about how to shape the relationship between the FSB with the memory. After discovering the relationship the two, then we can do overclocking on the processor.
With easy detikINET 'interesting' Intel Core i7 965 from the standard speed of 3.2 GHz to 4GHz just by raising the FSB speed, it was because the cooling is limited by the processor is still the standard.
It is true Intel Core i7 965 already has very adequate speed to run even the heaviest application. High speed is certainly not immune from the multiplier is also owned. What is a Multiplier?
Muliplier is a ratio between the processor's internal clock with the external clock, Itupun ratio can be changed to determine the processor speed. For example, the Intel Core i7 965 has a multiplier 24 with 133MHz FSB. This means that the processor has a default speed of 133MHz = 24 x 3192 MHz or equal to 3.2 GHz.
But keep in mind that not all processors have a multiplier that can be raised (unlocked multiplier), in fact most of the processors in circulation now can only be derived Multipliernya (Multiplier Lock).
Increasing the number of multiplier overclocking is a very safe thing to do, because the changes would not affect skyrocketing FSB speed or memory.
With the right combination of FSB speed, memory and the number of multiplier, then the overclockers will find the optimal processor speed.
So what just leave it at that? of course not.
If the combination is still considered missing, the user can still increase the amount of voltage. There are two types of voltage in the computer, vCore, is the name for the processor voltage and voltage to vDIMM term memory. However, increasing the amount of voltage has a risk of a much larger increase compared to the multiplier or FSB.
Voltage raised solely to be done if the system does not go well due to excessive overclocking.
In conclusion, to perform overclocking is not a difficult case, but still a risk that can cause damage to the hardware.
Moreover, the computer vendors do not provide warranty for damage caused by overclocking, really a nightmare if that happened.
It certainly could be prevented if the user does not overclock too much, which means that the computer remain stable, the temperature is not excessive or an increase in speed is not far adrift from its original state
With easy detikINET 'interesting' Intel Core i7 965 from the standard speed of 3.2 GHz to 4GHz just by raising the FSB speed, it was because the cooling is limited by the processor is still the standard.
It is true Intel Core i7 965 already has very adequate speed to run even the heaviest application. High speed is certainly not immune from the multiplier is also owned. What is a Multiplier?
Muliplier is a ratio between the processor's internal clock with the external clock, Itupun ratio can be changed to determine the processor speed. For example, the Intel Core i7 965 has a multiplier 24 with 133MHz FSB. This means that the processor has a default speed of 133MHz = 24 x 3192 MHz or equal to 3.2 GHz.
But keep in mind that not all processors have a multiplier that can be raised (unlocked multiplier), in fact most of the processors in circulation now can only be derived Multipliernya (Multiplier Lock).
Increasing the number of multiplier overclocking is a very safe thing to do, because the changes would not affect skyrocketing FSB speed or memory.
With the right combination of FSB speed, memory and the number of multiplier, then the overclockers will find the optimal processor speed.
So what just leave it at that? of course not.
If the combination is still considered missing, the user can still increase the amount of voltage. There are two types of voltage in the computer, vCore, is the name for the processor voltage and voltage to vDIMM term memory. However, increasing the amount of voltage has a risk of a much larger increase compared to the multiplier or FSB.
Voltage raised solely to be done if the system does not go well due to excessive overclocking.
In conclusion, to perform overclocking is not a difficult case, but still a risk that can cause damage to the hardware.
Moreover, the computer vendors do not provide warranty for damage caused by overclocking, really a nightmare if that happened.
It certainly could be prevented if the user does not overclock too much, which means that the computer remain stable, the temperature is not excessive or an increase in speed is not far adrift from its original state
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