Analysis of effect overclocking durability on Intel processor i5 4670K
Rian Fahrizal, Rocky Alfanz, Awal Sakti · 2016
There processor FSB (Front Side Bus) and a multiplier that is used in setting the frequency of the processor. The FSB is the bus system is on line (bus) which physically connects the processor with the Northbridge chipset on the motherboard. This path as a path of data/information that is manifested in the form of electronic signals. The FSB also connects the processor to the main memory. Overclocking is to raise the frequency of the processor to improve computer performance. The overclocking process will use two variables above as a regulator of the size of the processor frequency. The greater the value of the FSB and multiplier, the greater the frequency or clock speed of a processor. But the greater the processor frequency, the greater the power generated. Because the greater the frequency, the greater the required current. These currents also generate heat in the processor. Thus, the greater the frequency of the processor, the greater the resulting temperature. Based on the calculation results overclock testing conducted on an Intel i5 4670K, increased processor performance increased by 17 %, the resulting temperature rise by 27 % and power output increased by 34 % from the default frequency.