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A Computer's Internet Protocol (Ip) Address

987 words - 4 pages

Every computer on the internet has a unique address, called an IP address that distinguishes it from other computers on the internet. Currently, two version of IP addresses exist: IPv4 (Internet Protocol version 4) and IPv6 (Internet Protocol version 6). An IPv4 address has two parts that identify a specific computer: one part is to identify the network where that computer resides and a second part to pinpoint the specific computer or host within that network. An IPv6 address has three parts: a global prefix to identify the network, a subnet to identify the location within the network and the interface to ID to identify the specific computer or host. Today, IPv4 addresses are more commonly used. For this reason, the terms IP address and IPv4 are used interchangeably.A typical IPv4 address - such as - has four groups of numbers that range from 0 through 255. This form the IP address sometimes is called a dotted decimal number or dotted quad. The four groups of numbers in the dotted quad are called octets, because they each have 8 bits when viewed in binary form for a total of 32 bits in the IP address. For instance, the binary form of is 01001000.00001110.11001111.01100011.Because each of the 8 bits can be 1 or 0, the total possible combinations per octet are 28, or 256. Combining the four octets of an IP address provides a possible 232 or 4,294,967,296 unique values. The actual number of available addresses is about 3 billions, because some values are reserved for special use and are off limits.IP addresses, which are assigned by InterNIC ( The Internet's Network Information Center), belong to one of three network classes: A, B or C. In class A network, the first octet of the IPv4 address is assigned a number between 1 and 127. Large enterprises typically are assigned as Class A network, which can contain more than 16 million hosts; this allows network administrator to assign a value of their choice to the remaining three octet. Class B networks contain a number between 128 and 191 in the first octet. The second octet also is fixed, but the organization can assign values of its choice to the third and fourth octets. Class B networks have more than 65,000 hosts. Class C networks begin with a value between 192 and 223 and allow only the fourth octet to be customized. Class C networks can have only 254 hosts. Class D and E networks also exist, although they rarely are used.To request data such as a Web page from a computer on the internet, you need only an IP address. For instance, if you type the IPv4 address in your Web browser's Address bar the browser will display the home page on the machine hosting the Google Website. Of course, remembering an IP address is difficult at best - so you probably would just type the domain name, .com, in your browser. The browser then contacts a domain...

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