Post by account_disabled on Feb 19, 2024 1:11:49 GMT -5
CPU means "Central Processor Unit" and is a hardware known as the brain of computers. This part processes the data, executes commands and applies the necessary operations. These commands come from the software. For example, the operating system is software that manages the CPU and other hardware. Thanks to the operating system, people make the most of computer parts. The application sends commands to the CPU . This command is processed and an output is provided. The most popular processor brands include companies such as Intel, AMD, MediaTek and Qualcomm . In recent years, Apple has also started to produce its own processors. Processors are generally produced by TSMC . Companies place orders from TSMC. TSMC, on the other hand, produces according to the order and delivers these orders to the required company. Working principle Essentially, the CPU is a component that performs calculations by receiving electrical current . In other words, every operation performed in the operating system consists of electrical current. In fact, the binary number system is not something that processors use. This system is mentioned so that people can understand it better. According to the binary number system, 1 means there is electricity, while 0 means there is no electricity. It means 1 when electric current passes through the processor transistors. If no electric current passes, this means 0. This current is a very low current in today's processors. For example, a current like this will pass through the processor.
The decimal equivalent of this data is 28. This data is sent to the processor by the software . The processor processes the data and then projects the output. Of course, under normal circumstances the data would not be this short. Multiple digital data are processed in the processor. This is explained by billions. Billions of data are processed within 1 second. For a more detailed example, let's say an application is opened on the latestdatabase.com processor. After the user presses the application, the operating system applies the necessary actions. For this purpose, information is sent to the processor and information is received from the processor. For example, data from the disk is retrieved and RAM is used when the application is opened. At the same time, communication is made with the processor to display the application on the screen. Afterwards, data is sent to the graphics card. Fetch The fetch phase is the phase where the processor retrieves the command from the program memory .
At this stage, the location of the program is reached and the command is received. The location of the program is found according to the recorded numerical value. Decode In the decoding part, the command brought from memory is decoded . This phase is the phase that contains the command that determines what the processor will do. The command is divided into parts according to their importance. Then, the numerical data is sorted. Operating systems create commands according to the processor architecture. For example, Intel and AMD's instruction set architectures are different. Therefore, Windows writes special commands for each processor. Execute One of the most important parts of the processor is the execution of commands . Commands coming from the software are executed in this phase. Writeback This stage is the next stage after the code is run. After the code is executed, the result is written to memory . In this way, the software gets output. How does the processor understand numerical data? The CPU does not understand numerical data. It works according to electrical data. Numerical data is used for people to understand. This is where the operating system comes into play. How the operating system interprets the data is an important criterion.
The decimal equivalent of this data is 28. This data is sent to the processor by the software . The processor processes the data and then projects the output. Of course, under normal circumstances the data would not be this short. Multiple digital data are processed in the processor. This is explained by billions. Billions of data are processed within 1 second. For a more detailed example, let's say an application is opened on the latestdatabase.com processor. After the user presses the application, the operating system applies the necessary actions. For this purpose, information is sent to the processor and information is received from the processor. For example, data from the disk is retrieved and RAM is used when the application is opened. At the same time, communication is made with the processor to display the application on the screen. Afterwards, data is sent to the graphics card. Fetch The fetch phase is the phase where the processor retrieves the command from the program memory .
At this stage, the location of the program is reached and the command is received. The location of the program is found according to the recorded numerical value. Decode In the decoding part, the command brought from memory is decoded . This phase is the phase that contains the command that determines what the processor will do. The command is divided into parts according to their importance. Then, the numerical data is sorted. Operating systems create commands according to the processor architecture. For example, Intel and AMD's instruction set architectures are different. Therefore, Windows writes special commands for each processor. Execute One of the most important parts of the processor is the execution of commands . Commands coming from the software are executed in this phase. Writeback This stage is the next stage after the code is run. After the code is executed, the result is written to memory . In this way, the software gets output. How does the processor understand numerical data? The CPU does not understand numerical data. It works according to electrical data. Numerical data is used for people to understand. This is where the operating system comes into play. How the operating system interprets the data is an important criterion.