Get to Know About Chipsets on Smartphones

When going to buy a cellphone or other electronic device, one thing that needs to be considered is the type of chipset used. However, do you know what a chipset is?,

When going to buy a cellphone or other electronic device, one thing that needs to be considered is the type of chipset used. However, do you know what a chipset is?

As an illustration, currently many new devices that have been present carry the type of chipset which of course varies. Some are present using chipsets developed by Qualcomm, Huawei, Intel, MediaTek, and so on.

In fact, in each developer, you will find very diverse types, which certainly offer very different capabilities. These include the start of speed, hardware and sensor support, and other features.

Broadly speaking, the chipset on an identical cellphone is like a CPU (Central Processing Unit) on a computer that serves as a brain. Or, for more details, you can listen to the following exposure below.

What are Chipsets?

Literally, a chipset is a part of an electronic device, such as a computer, which acts like a traffic police, whose job is to regulate the flow of data and determine what tools must work.

But specifically, the chipset on mobile refers to the System on Chip (SoC), which is an integrated circuit that integrates almost all hardware used in electronic devices, starting from the CPU, GPU (Graphics Processing Unit), modem, ISP (Image Signal Processor ), Sensors and others.

So in essence, if on this computer the device only has the task of controlling memory, CPU, GPU, and sound, mobile devices have more complex tasks, with additions such as managing USB, connectivity, batteries, sensors, and much more.

How to choose a chipset?

Just like choosing a CPU on a computer, not the brand or company of the developer that must be considered when choosing a chipset, but several things such as the number of cores, core speed, architecture and manufacturing used.

In theory, the more cores used, the chipset can work more lightly. This is similar to a job, if divided into many people it will be lighter and faster resolved.

However, it should be noted, this also depends on the speed of each core. The higher the speed value described in GHz, the faster the core can complete each task.

In addition, the performance of the chipset is also influenced by the architecture and manufacturing process used. This is very influential in its ability to process tasks and the power efficiency it uses.

The denser the architecture or the more tight (small) manufacturing, usually the chipset will provide more powerful performance, but offers better power efficiency, aka more power efficient.