what the processor for phone

How smartphone CPU

There are billions of transistors in the processor of the smartphone and many tasks like powerful video gaming, high speed video editing and multitasking are done by just a small chip which is installed in the smartphone. It is amazing that when we look at the computer processor, it also A chip is visible but inside this chip there are many blocks made in which the human brain divides it into many parts like some are memory parts and some control the activity like controlling hands, legs with eyes and speaking. Everything is done in the same way; the processor controls each process differently.

The block in which the general operations of the processor are performed Like calling text message, such work cannot be done per high performing task like gaming editing, that is why nowadays smart phones also come with high performance and battery backup is also good because the processor has been divided when working for high performance. Then big CPU works, it has big cores
and also consumes more power

There is a small scene for a normal computer Which has smaller core and consumes less power and now you will understand it better. First of all let us understand the basic. The working of smartphone processor and computer processor is same but their designing is different. The processor of a computer should be high energy efficient whereas the processor of a computer should be of high performance

What is the generation in processor

In today’s time, two types of companies are becoming very famous in PC Intel and AMD Ryzen and both these companies run a series of processors like Intel i3  i5  i7  i9  and AMD also runs a similar series i.e. AMD Ryzen 3/Ryzen 5/Ryzen 7/Ryzen 9 When Intel first created its i series processor, the name used was given to it as Intel i3 which is the first generation processor. After some time, Intel included it in it.

Some new amendments were made during subsequent amendments.
When this processor came in the market, a new second generation of i3 has come, when some more modifications were made then again a new generation came and in this way the i3 processor came one generation after another when there was no major change inside the i3 When its efficiency and power was further increased then a new series was launched which is indicated by Intel i5 series and it also got similar improvements and when the new generation comes then basically when a very A big change happens when a new series is released and when small modifications are made in the processor, a new generation processor is released in the market, the same happens in smartphones, this is also a very big change for the Snap Dragon processor

Here is the some list, you can see how many processes are there in each series

What is core in processor

Like this Apple’s processors also come from A14 BIONIC /A15 BIONIC /
A16 BIONIC and now running M1/ M2 You can understand the core of the processor in this way Like there are many rooms in a house and each room is made for a different purpose, like in some room food is being cooked, in some the TV is on and in some some other work is being done, then the processor The core of some ISI stars is also formed inIf music is playing in one core then WhatsApp chatting is also going on in the other core So, the more cores there are in the processor, the easier it will be to do multitasking. Dual core means there are two cores in a processor, here tasks can be performed simultaneously.
And in the exam, QUAD means 4 / OCTA means 8 / HEXA means 16 cores. We keep so many applications open simultaneously in the computer, then all this is the work of the core. There is a virtual core in the core of the thread processor. It’s like this is another processor and this core has been threaded

What is thread in processor

Now here the processor can do more multiple tasks likeWe are also doing WhatsApp chatting and also listening to songs, so like 75% of this core is being used in WhatsApp chatting and 25% is being used in playing songs, so the core is not physically divided internally in threading. Here, there is a virtual division in which the required percentage of cores will be used for the work. If any big work comes then it will be done using all the cores i.e. whatever trade is there in the cores. Wow, everyone will work together, so if we use a dual core processor. If we do threading then the same dual core processor will work like a quad core processor.

What is Clock cycle in CPU

Therefore, whenever you buy a smartphone or computer, you will have to buy a system with 2.6 GHz clock threading. In this, it is written about the clock frequency of some processors like 2.6 GHz clock frequency of 10 3 GHz 4 GHz. It is written that GHz means the power of 10 is 9 i.e. the clock frequency of the CPU is equal to 3G, multiply it by 3. By doing this, power of 10 will be 9 and here we get the value, it means that there are millions and billions of transistors in the processor. The Intel i9 processor has six billion transistors. In the CPU of iPhone 13
A15 are 15 BILLION transistors, through which electricity switches on and off. In this way the switch of our house goes on and off. Similarly the transistor turns on but it is an electronic switch which moves very fast. Its value is

This means that this transistor can turn on and off so many times in 1 second. Here what is the meaning of Off, 01 means zero and the language of computer is similar to the modern latest technology, in the process of which the main age transistor MOSFET is not used, however MOSFET is present in its updated version which is called FinFET. Now let’s talk. are the frequency per clock. This does not mean that the speed of the computer or smartphone will be higher. Let us see an example like 2 persons, one is 60 years old and one is 20 years old both. So if a 60 year old person has to lift a brick, it will take 1 hour to lift a brick, a 20 year old boy will take only 45 minutes to do it. Similarly, if i7 has the same clock speed as i9, then i9 is higher in speed. Will do the job, will work like a 20 year old boy, it will complete the task quickly because it has more energy, more power, the higher the clock frequency the better but the processor is all processors.

What is nm in processor

Speed matters, along with the processor you will also see that this processor is best in 10 nanometer or 15 nanometer chipset manufacturing technology, here per nanometer means transistor, which means between one transistor and another transistor. The distance is only 10 nanometers which we cannot see with our eyes. For example, Apple has used five nanometer chipset inside 14 bionic chips. The smaller the transistor to transistor distance, the higher the speed of the processor and it will also consume less power. Now if you have bought a high speed smartphone or any laptop and you want to directly check the speed of the processor then you have to check the processor, it has threading. Or not Then you have to check the processor, it has threading. Yes, what is the chipset, which nanometer technology is best and what is the clock frequency? Because many smartphones come like this, they do not tell all the information but the processor chip you are seeing is the CPU, it has one part which is mentioned above and also many

Processor blocks

other blocks like GPU, graphics processing. The unit that manages the image video displayed on the display, case memory, is very high-speed memory and is the core of the processor. It has power in only one pass which has direct contact with the processor. This helps a lot in speeding up the memory processor. Like if you play any game in computer then that game will be completely loaded from hard drive and then use RAM. How much clearance is required to run the game? How is the processor stored in case memory? How is the card kept while driving? What to do, to stop this, to speed up, all these memory sizes are 2MB 4 MB 8 MB 12 MB, that’s all. This happens when the processor needs instructions on a regular basis. How is it stored in memory? It is like the block of a modem that performs network related functions. It is used to send and receive data from the Internet. The storage controller stores and loads information inside the memory. It stores and loads the digital signal processor. This is digital information, like a speaker microphone sensor. It interfaces all the information. The memory controller is a block.

This block interfaces RAM Random Access Memory. Which process is started to maintain regular contact with the RAM that manages this unit? Image Sensing Processor Unit When the camera clicks a photograph to access the image, several steps are completed within the process. This entire unit runs from here.

Network O Chip {NOC}

These are connected to each other through NOC i.e. network WAN chip. Network devices are basically wires of different widths, depending on the type of information flowing through them. These 128/256 parallel lines i.e. wires are called highways. These highways contain routers and switches for data transmission. These routers and switches are used to control traffic lights. All that happens is that data is transferred from one block to another. You have to follow the correct path to reach the second block correctly. Know about smartphones. How does the camera click a picture in a smartphone? The camera basically collects information from millions of pixels. Here’s a little more to understand the matter better. You can watch the video Now when the camera clicks the picture this is the row material of the picture, the room material is sent first. When the camera clicks the picture its size becomes quite large because it is a raw material which contains a lot of useless

How process execute in processor

information which is yet to be processed, like memory is not used nowadays, the data is sent to the image sensing processor. Is fed into. That is, the ISP passes the image through several stages and filters it. It’s a straight image, it supports it and it removes information that is not visible to the human eye, it also removes information that is in the image, it is a pixel, it maps it That is, it maps it, it stores information inside each pixel, it reads the red, green and blue signals and manages them correctly. Sends data from ISP to GPU. The GPU passes the image and determines the display size accordingly. Sends data from the GPU to the display engine. In this pass the data displayed on the display is reduced per pixel by the image sensing processor. An image has one million pixels and all this data is some fraction of another image. Through this process it is displayed on the display and its size is also very high in units. It’s an arithmetic logic unit, control unit, which is very simple, I think you’ve covered a lot about your processor and you’re like. Such posts will teach you a lot in life. Always focus on quality. This will improve your knowledge base.