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Telnet, RFC 818, provides a virtual terminal protocol to allow users on one host to access another host; users work as terminal users of that remote host The Telnet server accepts data from the Telnet client and forwards it to the operating system Responses generated by the server operating system are passed back to the Telnet client for display Telnet uses port 23
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User Datagram Protocol (UDP)
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The User Datagram Protocol (UDP), RFC 768, is a connectionless protocol that transports data to or from the application layer (again relying on IP to move the packets) UDP requires minimal overhead due to its lack of protection against datagram loss or duplication UDP does not guarantee that the datagram will be delivered, that it will be delivered in the same order it was sent, or that the datagram will not be duplicated For this reason, UDP should not be used in applications that require orderly and reliable data transport As with TCP, UDP also uses port numbers to identify applications running in the sending and receiving machines The following sections describe application layer protocols that use UDP
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Simple Network Management Protocol (SNMP)
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Simple Network Management Protocol (SNMP), RFC 1441, provides a means of monitoring and managing systems over a network SNMP defines a method of sending queries (GETs) and commands (SETs) from a management station client to an agent server running on the target system, and collecting responses and event notifications SNMP can monitor various statistics or usage counters, collectively called the Management Information Base (MIB) SNMP uses port 161
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Bootstrap Protocol
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The Bootstrap Protocol (BOOTP), RFC 1395, is implemented with both client and server software, which is used to request IP configuration information BOOTP was designed for manual preconfiguration of the host information in a server database, while DHCP (described just below) allows for dynamic allocation of network addresses and configurations to newly attached hosts BOOTP uses ports 67 and 68
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Dynamic Host Configuration Protocol (DHCP)
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The Dynamic Host Configuration Protocol (DHCP), RFCs 2131 and 2132, is the standard method to automatically assign IP addresses This automated process simplifies IP address management Like BOOTP, DHCP runs over UDP and uses ports 67 and 68 DHCP requires both client and server software compatibility in order to assign IP configuration information The client issues a broadcast on startup of the IP protocol stack The DHCP server examines the source MAC address of the workstation (contained in the broadcast) An IP address is then pulled from the DHCP server's pool of IP addresses and assigned to that MAC address A DHCP server can assign addresses as follows: Automatically Permanently assigns an IP address to a single workstation Dynamically Assigns an IP address to a workstation only for a predetermined time frame and then releases the IP address back to the pool Manually Uses DHCP only to allow administrators to manually assign IP addresses (rarely used)
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Trivial File Transfer Protocol (TFTP)
Trivial File Transfer Protocol (TFTP), RFC 1350, is a simple file-transfer protocol used for downloading boot code to diskless workstations It is similar to FTP, except it is based on UDP and uses a limited set of commands TFTP uses port 69 Most Cisco devices can use TFTP to download configuration files
Inside the Internet Protocol Packet
An IP packet is a logical grouping of information at the network layer that includes headers from the previous layers; the headers contain control information and user data A frame is a series of bytes of data encapsulated with a header at the data-link layer Each protocol type (Ethernet, Frame Relay, and so on) has a slightly different frame and thus a different packet structure For simplicity here, we will define the Ethernet TCP/IP frame
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