Ever wondered why smartphones are able to perform more than one function at the same time? This can be attributed to the fact that these devices usually come with a chipset from the manufacturer. In simple terms, the chipset usually controls nearly everything on your handset. Whether it is power management or internet connection, this component plays a major role in all those activities. In fact, it can be compared to the brain of a human body. Anything that you do with your phone usually goes to the processor first before it gets executed the way you want. In this article, we shall outline how this component works alongside other related ideas.
How Chipset Work
From the introduction, it is evident that the chipset carries out a number of activities. A good example is allowing you to see various photos in a mobile app such as Facebook or even WhatsApp. Once you open a picture in any of these apps, that action is first registered by the processor and is stored in your device’s RAM. Typically, this phase is known as the fetch phase.
Thereafter, the action undergoes the decoding phase where it is translated to ones and zeros. Remember that these instructions will be saved in a language that the smartphone will understand.
Once this happens, time is ripe for execution. Here, your smartphone’s processor will transmit the zeros and ones and thus enable you to see an image on your screen. Thereafter, the instructions that were executed will be saved in the register memory during the same phase. After that, the process will start again.
Vital Factors That Affect The Speed of Your Smartphone’s Chipset
When it comes to the speed of your phone’s processor or chipset, be sure that there are a number of factors that will affect it. These include:
- Number of processor cores – Depending on your chipset, chances are that it might have a Dual, Hexa, Quad, or Octa-core. Typically, the processor cores are the ones that distribute the various activities that take place whenever you are using your phone. As far as these processor cores are concerned, be sure that each one of them has the maximum number of instructions that it can process within a particular time span. In case you are fond of multitasking, you should consider choosing a model whose chipset has many cores. The more cores a chipset has, the more seamless your phone operations will be.
- Clock speed– If your chipset has a low clock speed, chances are that your phone will take time before executing certain tasks. However, if the clock speeds are higher, be sure that your phone will process everything quite fast.
