Guide – Overclocking Prosessor Intel Core i7 Part III (part1)

Myth Voltage Overclocking Intel Core i7
Voltage or voltage is absolutely necessary for overclocking. Tension is not only a role in the achievement of overclocking, but also the effect on the stability of overclocking itself. Myths such as the voltage memory voltage not more than 1.65 volt, because it can damage the processor is indeed true. When viewed from the Core i7 architecture itself, IMC is integrated in the processor, the impact of the excessive voltage memory will be harmful as well as IMC processor itself. This has happened before in AMD. To avoid that the producers restrict the choice of AMD motherboard memory voltage to avoid damage to the IMC processor. Then, how fate memory DDR3 memory that has a voltage above 1.65 volt operation? What can still be used? In the experiment, the author never uses voltage to 1.8 volt in the time period long enough and did not experience degradation in the processor or processors to die. In fact the influence of the voltage memory voltage does not directly affect the other, mainly voltage IOH (or chipset voltage Core Voltage IOH) and QPI / VTT Voltage. IOH Voltage has a default value of 1.2 volt and QPI / VTT Voltage has a default value of 1.1 volt. In the experiment, the effect of increasing the value of this very second voltage stability assist system, especially in the high frequency of memory and a high-voltage memory. The author set on IOH Voltage 1:25 volt and QPI / VTT Voltage at 1.3 volt. At this value is the speed DDR3-2000 with a 1.74 volt voltage running and stable. Screenshots can be seen below.