Computer architecture or computer architecture is vital for the operation of the computer system itself. Since it is the way in which the logic and components are organized to carry out the work necessary to process information. It can be said that the architecture of a computer itself defines the hardware itself, such as the main memory, the I/O system and also the CPU or its buses. An example of this is the Von Neumann architecture , which we will discuss here. Performance, capabilities and limits will depend on it . Therefore, it is important to know what the architecture and the existing types are. To understand a little better how the computers that we all use today in our daily lives work, and that includes not only our desktop and laptop PCs, but also computers such as devices mobile phones, Smart TVs, etc., since they all work in a similar way.
What is computer architecture?
Before starting to see what the Von Neuman architecture is. It is important to first understand what a computer architecture is . Architecture is nothing more than the logical organization of the elementary hardware of a computer. That is, a set Switzerland Phone Number Data of principles that describe what elements. It must have and how these elements interact with each other. That is why it is very important when determining the performance, capabilities and limits of a computer. As I mentioned before, these architectures do not only apply to your desktop or laptop PC, you are also surrounded by many other devices that are also considered computers or have one inside, from mobile devices, some household appliances, your Smart TV, etc. by your vehicle, the servers or supercomputers in data centers, etc. And you have to be clear about the definition of a computer.
How important is Von Neumann architecture?
Computer architecture is important in the sense that it determines how a computer. Will function and what it can be for, that is, its specificity or generality. In addition, it will also determine the cost, size, power Croatia Phone Number consumption, performance, etc. You must also know how to differentiate between what a hardware architecture represents , which is the implementation of a computer’s logic; and software architecture. Which is the implementation of a computer’s functionality. However, software architecture is highly dependent on hardware architecture, so the architecture of a computer will also end up affecting the software. CPU : also processor or microprocessor. This central processing unit is responsible for executing the different instructions of the ISA and the data that make up the programs to be execut.
