Random access memory is a non-volatile part of a computer's memory system that temporarily stores instructions and data that the processor needs to execute. Random access memory (RAM) is a device that implements the functions assigned to random access memory.
Random access memory bears this name, as it is characterized by fast work. This allows the processor to almost instantly read the necessary data that is required for its operation. The data in the RAM are located only when the computer is running. When the computer is turned off, all information in RAM is deleted. This is related to the need to save the results of working with programs before shutting down the computer. The amount of RAM most directly affects how many tasks a computer can process at once. RAM is also called random access device. This suggests that the processor can access data located in RAM, regardless of the order in which they are located in it. It is RAM that is meant when it comes to computer memory. Specifically, RAM modules that store data. RAM is also called RAM (Random Access Memory). Dynamic random access memory (DRAM) and static (SRAM) are allocated. Dynamic memory allows multiple data recordings, but at the same time, it requires constant updating. Static RAM does not require such an update, while it is faster. RAM is volatile. This means that information is kept in memory until the computer is turned off. After turning it off, the data in the memory is erased. In order for the information to be preserved, it must first be saved to a hard disk or other storage device. Many programs perform automatic backups of information so that it is not lost in the event of an unexpected power off of the computer.
