How does the mobile processor work? There are many components in your smartphone that can do thousands of things but the brain at the center of it all is called SOC i.e. System On Chip. When you call a friend or use Google Maps to navigate the entire city, it feels like a magical device has come into your hands. With which you can do things that were not possible for a common man 10 years ago. But the reality is that all the different functions are performed through your phone’s system chip i.e. SOC. Which has been developed by the hard work of thousands of scientists and engineers.

Today we will know about different parts of mobile-(How does the mobile processor work?)

In today’s post we will try to understand the system or you can say every part of the mobile phone processor and try to understand how a simple task like taking a picture and posting it online is done through that processor. This system consists of many compartments and each one is very complex and this is because this chip has about 5 to 10 billion transactions in just one coin size area. So this is really a very complex topic and I will try to make it as simple as possible for you. So that everyone understands how valuable the device you have is. The seat of your mobile processor is divided into two parts. At the top layer is DRAM ie (Dynamic Random Access Memory) and below that is SOC ie (System On Chip). DRAM is the phone’s working memory, meaning when the processor needs the work, the DRAM is stored in the DRAM. And there is a separate flash memory to permanently store any data in your phone. And this type of processor setup is called package on package. In this case we will call the whole company a microchip. Now the companies that design these microchips keep their designs highly confidential. For this reason, we cannot say what is in a particular processor, but we will know what components can be in this general microchip. Now the microchips of different companies may have one or two components more or less. As our brain has different different sections for each task ie one area of the brain works for seeing. One works to listen to us. A place works for us to talk and a place works for us to understand the case. There are many different types of areas that process different types of information that work in one place to smell. Similarly these SOCs are also divided into different parts to perform different functions. (How does the mobile processor work?)

What is CPU? Special information about CPU-(How does the mobile processor work?)

Among them the main components are CPU ie (Central Processing Unit) it is divided into two parts. A Digar CPU is a Latel CPU and they also have multiple cores. Then the GPU calenders the graphics. Cache memory which can range from 4 MB to 16 MB. Then there is the DSP ie (Digital Signal Processor) with the help of which the microphone speaker and various sensors are operated. The AK Display Engine that communicates with the class Skin. The GDU processor that compresses and decompresses an image or video. And with the help of video recording and playback. Then there is ISP (Amex Signal Processor) which processes the images and videos taken by the camera. Mood Im that controls BOR list collections like Wi-Fi and Bluetooth. Next is the storage controller that stores or loads a file into flash memory. Then there is the memory controller which is connected to the RAM on the SOC. It is accompanied by the Security MKLF which maintains the security of the phone and if any data enrollment is required, it is done from here. And it also has all the functions of some peripherals like – time, temperature etc. Along with this there is always all micro controller unit or MCU and finally there is NOC to connect all these components ie network on tip are network on every component in the chip is connected with each other and through this all the data of the chip is slow now with this Some of Apple’s chips have MPUs (Muroprocessing Units) that can perform machine learning better than CPUs and are energy efficient. This time, the block ground of different models of processors is different. But there is no need to be confused by these. A chip mainly consists of these compartments. (How does the mobile processor work?)

Know about camera-(How does the mobile processor work?)

Now let’s see what tasks your phone has to do when you take a picture with your phone and post it on an online platform. First the proton particles pass through the camera lens towards the camera mains and pass through a color filter before the proton particles hit the sensor. Now those color filtered protons are extracted by the photo diodes in the sensor and after extracting it, the sensor generates an analog electrical current. And then convert it into a digital clinic date data. That means for each pixel a set of 12 data sets is created. So if there is a camera with 16 makeup pixels then 16 million such 12 velocity data will be created for a picture taken by it. But this time there are only three colors in the picture. Red Blue and Green i.e. (R,B,G) and in this stage the image is stored in D ren i.e. (Dynamic Random Access) memory. After taking the picture, the uncompacted image is stored in the processor’s principle (mobile investment processor interfaces) and from there the image is temporarily stored in the RAM through the network on chip. (How does the mobile processor work?)

Now we will know about Jibi and Ram-(How does the mobile processor work?)

This time the RAM is 8 GB and can be 16 GB or even 32 GB. But the cache memory of the processor is not more than 8 MB or 16 MB. Therefore, when the image signal processor processes that image from the RAM, it starts creating a packed image. Then the image has to be divided and processed in order to have less cache memory of the processor. Simultaneous processing is not possible and therefore the image has to be temporarily stored in RAM and this happens when you watch a video or play a game or whatever. Then that image goes from the ISP to the GPU and from there to the scalar to the display engine and then you see that image on the screen. And it’s so fast that as soon as you click an image, that image floats on your phone screen. The image then goes into the video processor where the image is compressed. It means that some information in the image that cannot be caught by the eyes of ordinary people is removed. So that the file size of that image is small and finally it is sent to the flash memory for shaping. Now let’s see what happens when you post that image on an internet platform, in this case that image will come from flash memory into ram and then from ram into the model where that image will be divided into many parts. It means that one packet will be created and then those packets will be sent to your phone’s 3G or 4G or wifi chip. Where the data of your image will be converted into electromagnetic web. And then it will be sent to a cellular network or WiFi network, then understand how a mobile processor works.Even after writing so much, I could not cover this topic completely but still I tried to explain in a general way how and how complex a mobile phone processor operates. (How does the mobile processor work?)