We are many who still do not understand Chipset and CPU differences correctly, we really need to know what works and what is related to it.
What is a chipset?
In a sense, Chipset for a mobile is basically a motherboard, which is the sum of multiple chips, which is usually used on motherboards. These chipsets mainly control the processor's connection with various external devices or components.
Chipsets are typically composed of similar chips or Integrated Circuits. For example, let's fix the internal connection with each other on the camera, Bluetooth, Wi-Fi, Touch Screen with CPU / Flash storage / Ram.
This chipset is the Android heart. Here are the processors and zipper. There are a lot of other things, such as audio chips, WiFi chips, LTE chips, memory controllers, etc. However, except for the processor and Jeepi, there is no such thing that all of them will be in all chipsets. Different companies design different types of SoC (System On Chip). So every company's chipsets have some distinctive features.
BB: SoC (System On Chip) is a combination of Chipset and CPU chips in an Android phone. SoC's advantage is that it takes less space, due to the correct SoC selection, the phone's performance is much faster and smoother. However, the good chipset chips can be known to different companies, such as ARM (Processor / CPU) processor Qualcomm's chipset is used as well as MediaTek's chipsets are also used. Although Qualcomm has its own Krait processor.
Now let's take an idea about the CPU,
What is cpu?
One of my friends runs the Android phone of an octocore processor, and another friend runs a quadco processor phone, but the funny thing is that the quadco octa processor has more than the lag's mobile, and my friend is very worried about this issue.
So today I will discuss the common terms of mobile processor. Today we will know,
1. What kind of processor is the quadco processor or octacore processor?
2. Is better processor if more GHGH?
3. When you buy a mobile phone, keep an eye on any topic towards the processor
So let's get started
At present, four major company processors are Qualcomm, MediaTek, Samsung and Nvidia. Now these four companies are required to design a processor, which means that the architecture needs to be supplied with a company license called Arm (ARM). Whenever a buyer purchases a new phone, he always looks after three things,
1. Whether to log the phone?
2. How hot can the phone be?
3. Will the battery life be better?
And technically these three things are connected somewhere with the phone's processors. Moreover, when you compare between two or three phones, you see that
1. The phone's processor Dualcore? Quadcore processor? Not octacore
2. What is the frequency of their frequency! And our people have a basic mantra that means more numbers means better things.
So we always thought that octacore's processors are better than quadcore processors and 2 GigHZ Frequency 1.5 GigHZ Frequency is better. And knowing that to stay in the chip with this mainstream or unknowingly we make mistakes and choose the wrong processor.
Whenever you compare it to the processor, you have to be careful about 4 things
1. Architecture
2. Technology
3. Core number of processor
4. Frequency (GHz)
Let's discuss the details
Architecture / Design
The first thing is the processor's architecture or design. I have already said that the processor provides architectural designs with a company license (ARM) company license. And this company's architecture design has been growing year after year. For example, Cortex was initially 5, then A7, A9, A11, A15, A53, A57, A59 etc. You think what these are and what will happen to them? You can see the number of designs that are easy to understand in simple Bengali language. For example, the cortex is improved from 57 to 53 or 15 in 9 in the cortex. That means that the processor should not be just quadcore or octacore if there is no architecture design used in this processor.
Technology / Technology
Secondly, the technology comes in technology. That is, the technology used to make those processors is their See, millions of millions of transistor are planted in a processor. Now the size of each transistor is small, the processor will be able to work as fast as possible and will save more battery. Here's what, the architect designs that the processor produces from the company's arm, as their own desire and technology, make the transistor small and big. Currently Samsung is in the first place. Samsung has made the smallest transistor using its own technology. And its size is 14 nanometers. Qualcomm's size is 20 nanometers, MediaTek has ever produced 28 nanometer transistor at 26.** So the size of your processor's transistor is as small as you can see the efficiency and the speed of your processor will be as high.**
Core number of processor
The third thing that comes is the number of chorus. That is, the processor's core number. What is this core thing now? Let's try to understand simple language about the core. Think I'm a processor, and my two hands are my core. Since I have two cores or two hands, so I can do two things together. Now if a processor is quadcore, it means that it has four hands. Meaning of four hands he can do four things together. Another processor is Octacore, that means it has 8 hands. That is, he will be able to work anytime he can do any work. Now imagine that if I do two things in one hand and the same thing is done in 8, then how fast the job will be completed. That is, the core is a processor's hand. Which can accomplish a task very quickly, which can be done very quickly or together separately. And the processor is less warm. So october will be better for quadcore and octacore processors. But Octacore will be developed only when its architecture and manufacturing technology have the same unity. If these things are different, then you can never say that quadcore is better than october or better.
Frequency (GHz)
See the last thing that comes up is Gigaherj. And so on processor 2 GHz, Tamu processor 1.5 GHz So what is the meaning of Gigaherh? See a clock with each processor. And the processor works with that clock or clock timing. Now 1 GHz processor means that this processor will work 10 crores per second. Now how many work cycles a processor should use to do a job depends on the processor and on the job. The working time of a processor was caught in a work cycle.
Upvote Resteem & Follow me at 