Actually his real name is Central Processing Unit (CPU). But more often called a microprocessor, and more often just a processor. His role is fairly central, because the processor that determines what should be done by computers. For example, the operating system that can be used, software used, how much electricity is needed, how stable the system is running, and of how strong the power of the computer work. The more powerful the processor is used, the more powerful computers that have it too.
From outside the processor looks like a rectangular box with lots of legs. But it's actually a protective box processor. 're Feet are embedded in the motherboard into the path of communication between the processor with other computer devices. The processor itself is made from crystalline silicon measuring less than one square inch. In it saved millions of transistors.
The workings of the processor, no matter what brand, basically the same. They receive signals 0 and 1 (like the click switch "on" and "off"), then processes these signals according to the order given, and released the results of 0 and 1 as well. Each command is processed by at least one transistor. A number of transistor processes the command by using Boolean logic. This algebraic system contains "or", "and", "not", and "nand" (not and), which was introduced by the mathematician George Boole. Because the processor has millions of transistors, you can imagine how complex the calculation is done.
There are two things that play an important role in the processor, the registers and the system clock. Register serves as data storage, reminders orders received by the processor, and interesting data earlier when needed. The ability of a processor is measured by how many orders done in time. In the language of the brochure was indicated by the type of processor 16 bits, 32 bits or 64 bits. This means that each processor is capable of working on orders 0 and 1 earlier, there are 16, 32 or 64 commands simultaneously.
Processor takes time to work on every order. If orders come rushing, then the processor will set the commandments in a neat queue. One command completion time is measured in one cycle. How fast is a cycle that depends on the processor design. That is why one PC and other PC requires a different time to run the software.
From outside the processor looks like a rectangular box with lots of legs. But it's actually a protective box processor. 're Feet are embedded in the motherboard into the path of communication between the processor with other computer devices. The processor itself is made from crystalline silicon measuring less than one square inch. In it saved millions of transistors.
The workings of the processor, no matter what brand, basically the same. They receive signals 0 and 1 (like the click switch "on" and "off"), then processes these signals according to the order given, and released the results of 0 and 1 as well. Each command is processed by at least one transistor. A number of transistor processes the command by using Boolean logic. This algebraic system contains "or", "and", "not", and "nand" (not and), which was introduced by the mathematician George Boole. Because the processor has millions of transistors, you can imagine how complex the calculation is done.
There are two things that play an important role in the processor, the registers and the system clock. Register serves as data storage, reminders orders received by the processor, and interesting data earlier when needed. The ability of a processor is measured by how many orders done in time. In the language of the brochure was indicated by the type of processor 16 bits, 32 bits or 64 bits. This means that each processor is capable of working on orders 0 and 1 earlier, there are 16, 32 or 64 commands simultaneously.
Processor takes time to work on every order. If orders come rushing, then the processor will set the commandments in a neat queue. One command completion time is measured in one cycle. How fast is a cycle that depends on the processor design. That is why one PC and other PC requires a different time to run the software.
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