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Leo Bergnaum
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What kind of secondary device does large computer systems use?
The computer data storage
Why do we need secondary storage devices?
As a backup for saving files. You may lose data if it is not saved to secondary storage. When you turn off your computer, any unsaved data is lost. That is why you need to save it to something like a USB key.
Is a Pen or Thumb Drive the best secondary storage device?
The best secondary storage device that I have found is a Desktop External Drive. They are USB run and can easily be connected to the computer or disconnected. Pen or Thumb Drives do not have a large amount of space, like External Drives have, and Thumbs can be easily lost.
Is hard disk a secondary device?
primary and secondary storage may also refer specifically to the components inside the computer. In this case, primary storage typically refers to random access memory (RAM), while secondary storage refers to the computer's internal hard drive.
What is tertiary memory?
Tertiary storageTertiary storage is a system where a robotic arm will "mount" (connect) or "dismount" off-line mass storage media (see the previous item) according to the computer operating system's demands. Tertiary storage is used in the realms of enterprise storage and scientific computing on large computer systems and business computer networks, and is something a typical personal computer user never sees firsthand.Database storage is a system where information in computers is stored in large databases, data banks, data warehouses, or data vaults. It involves packing and storing large amounts of storage devices throughout a series of shelves in a room, usually an office, all linked together. The information in database storage systems can be accessed by a supercomputer, mainframe computer, or personal computer. Databases, data banks, and data warehouses, etc, can only be accessed by authorized users.
What is a large storage deice built in a computer?
it is a hard drive
What does it mean that a computer has a large internal storage?
A computer's internal storage is the computer's internal hard drive(s). If the computer has a large internal storage at its base it will perform faster and more efficiently than a computer with less hard drive space, a large hard drive is good for gaming on a PC as well as storing and enjoying various other media such as downloaded movies, music, and books.
Why a computer system needs both primary and secondary storage?
Unlike primary storage; secondary storage is not directly accessed by the CPU. Examples of secondary storage are hard drives, CD/DVD drives, flash, etc. Anything that can store data without losing it upon power down (non-volatile storage) is considered secondary storage. I believe you can tell why it's a necessary component of a personal computer. Without it we would have no place to store our data.
Why is it important to have large storage and memory?
It is important to have large storage and memory for various reasons. This will determine the performance of your computer in terms of the data it can process and be able to store.
Which companies were computer storage devices industry leaders?
Among the largest integrated players are IBM and Hewlett-Packard, which dominate certain product segments of the business, especially in technologies geared toward large companies.
What is a rack mount server used for?
"A rackmount server is space-saving device used for large numbers of computer or other electronic devices. Items can be installed into the frame to streamline their organization, usage, cleaning or storage."
Secondary storage and main memory are both types of memory in a computer. What are some differences between them And why does a computer need both of them to work Give an example of each?
Secondary storage and main memory are both types of memory used in a computer, but they differ in terms of their speed, capacity, cost, and volatility. Main memory, also known as primary memory or RAM (Random Access Memory), is a fast, volatile, and temporary form of memory that the CPU (Central Processing Unit) uses to store data and instructions that it is currently processing. Main memory is directly accessible by the CPU and has faster read/write speeds compared to secondary storage. However, main memory is volatile, which means that it loses its contents when the power is turned off or in case of a system failure. An example of main memory is DDR4 RAM. Secondary storage, also known as external memory or non-volatile memory, is a slower, larger, and more permanent form of memory that the computer uses to store data and programs that are not currently in use. Secondary storage is not directly accessible by the CPU and has slower read/write speeds compared to main memory. However, secondary storage is non-volatile, which means that it retains its contents even when the power is turned off. An example of secondary storage is a hard disk drive (HDD) or solid-state drive (SSD). A computer needs both main memory and secondary storage to work efficiently. Main memory provides fast access to data and instructions that the CPU is currently processing, while secondary storage provides a larger and more permanent storage space for data and programs that are not currently in use. Without main memory, the CPU would have to constantly read and write from secondary storage, which would significantly slow down the system's performance. Without secondary storage, the computer would not be able to store large amounts of data and programs permanently. An example of main memory usage is when a user opens a word processing program, and the program's instructions and data are loaded into main memory for processing. An example of secondary storage usage is when a user saves a document to their hard disk drive, where it is stored permanently until the user deletes it. Regenerate response
