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A server is a computer designed to process user requests and deliver data to another computer over the internet or a local network. However, some would define a server as the heart and lungs of the internet.
Though any computer running special software can act as a server, usually the word “server” references large, high-powered computers that operate similarly to siphons pushing and pulling information from the internet.
In a majority of cases, there are several serves “stacked” on top of each other called a server cabinet or server rack. Server racks are used to keep the small infrastructures and their complex cable systems organized.
The size of the server network is measured by the number of clients that connect to it or the amount of data that it “pumps” at any given time. Larger server networks typically have several servers interconnected, with each device dedicated to a specific role. This is usually referred to as a server room.
Literally speaking, a server is a software that processes a given job. Nevertheless, the server hardware that supports the task at hand is also referred to as a server. Software that can coordinate a network of many clients warrants hardware much stronger than what one would require for everyday personal use.
Depending on the size and requirements of your data storage, a computer server system can cost anywhere from $400 to hundreds of thousands of dollars to fully implement.
Web servers are the basic function that allows you to view pages and run apps through web browsers. Web servers can be used for a number of things like uploading and backing up files online to sending simple text and images to your screen.
Email servers make the process of sending and receiving of email messages possible. Examples of email servers include Gmail, Hotmail, and Outlook Express.
FTP servers support the transfer of files through File Transfer Protocol tools. FTP servers are easily reached from FTP client programs.
Identity servers authenticate logins and security credentials for authorized users. Identity servers are common when accessing any software that requires the user to log in to an account. Examples include corporate user accounts to home use accounts involving video games, chat services, and music streaming services.
Computer memory, much like the human memory in the brain, is the primary storage in a computer. Any physical device capable of storing information either temporarily or permanently can be considered memory. Random Access Memory (RAM) stores data on an integrated circuit used by the operating system and software within a computer.
The two major types of memory technologies used in computing devices are volatile and non-volatile. Volatile memory requires a constant power source in order to operate and lose their content the instant power is removed. Non-volatile memory does not require a constant power source to function and retains content at all times.
Dynamic RAM (DRAM) and Static RAM (SRAM) memory modules are considered the “working storage” on every computer. DRAM is the primary storage in a computer and SRAM is mainly used for high-speed caches and buffers. Both types of memory are “byte addressable”. This means that information can be both read and written. A great example of volatile memory is the most common DDR3 memory and most recently DDR4 memory ram.
EEPROM chips and F-RAM deliver the byte availability of both DRAM and SRAM but do not lose data when the power source is removed.
Flash memory, more commonly known as a flash drive, is the most frequently used non-volatile memory in both computers and consumer electronics devices.
EPROM memory modules are originally written in an external computer programmer device. They must then be removed from the motherboard and placed back in the device if reprogramming is needed.
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