Samsung Galaxy Note 2 has been one of the fastest and most powerful phones on the market. With Exynos 4412 processor showed a frequency of 1.6 GHz clock really fast, but the emergence of other terminals with more powerful processors makes the passage of time on it further note.
When Samsung launched the Galaxy Note 2 was one of the more powerful terminals and faster than he had in the market, but the arrival of other devices with newer Snapdragon processors has made the passage of time is most apparent in this phone. Your one Exynos 4412 processor running at a clock frequency of 1.6 GHz , which is not bad but maybe compared to other modern processors is slightly back and more when you start to install and other applications. But there is a way to check how it would work if the terminal velocity increases processor frequency, ie perform overclocking , so you can see as in the operation of a video that we showed you guys have done Pocketnow, which increases the frequency up to 1.8 GHz .
Here’s the video in question:
vvqyoutube class=”vvqbox preview The video shows how to perform the overclocking on the Samsung Galaxy Note 2
In the video that I just left shows the operation of the Samsung Galaxy Note 2 before being overclocked and then. A terminal response speed may be modified as they are installing applications and others, whether it wants more power processor may be forced to increase its frequency and the video showing the steps that are done to increase the speed of 1600 MHz up to 1800 MHz, 200 MHz is more, in addition to the time during which they are to operate at this frequency.
Then perform several benchmarks, as AnTuTu to check the performance once forced. Actually it is found that the yield is higher compared to 1,600 MHz and 1,800 MHz also be noted that the stability does not suffer variations, which must be taken into account.
An important detail you need to make clear is that by forcing the Samsung Galaxy Note 2 to increase the frequency you run the risk that the processor also increases the temperature and can be damaged therefore act on your own risk .
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