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The show line command displays the receive and transmit speeds set for that interface, whether hardware flow control has been set, and the status of the EIA signals CTS, DSR, DTR, and RTS Unlike serial interfaces, in which all configuration is entered under the serial interface section, asynchronous interfaces have some things (such as encapsulation and hold queues) set on the interface, and DTE rate and modem control set under the line configuration A typical line configuration that would appear in a router configuration file and be applied to asynchronous interfaces 1 through 16 is given as follows Line 1 16 modem inout rxspeed 115200 txspeed 115200 All configuration changes made on line 1 will apply to asynchronous interface 1, and it is easiest just to think of the line commands as extensions to the interface configuration commands The rxspeed and txspeed commands set the receive and transmit DTE rates to 115,200 (which has to match the setting for the DTE rate on the attached modem), and the modem inout command enables modem control for the interface The reporting of the EIA signals on the show line 1 display is interesting If no modem is connected to asynchronous interface 1, the EIA signals report: noCTS noDSR DTR RTS If a modem is attached that has CTS high, the EIA signals are reported as: CTS noDSR DTR RTS which is the normal display for an interface connected to a modem on which no remote modems currently are connected (Your modem should be configured to have CTS high by default, lowering the signal only to throttle traffic) When a remote modem calls in and establishes a connection, carrier detect will be raised on the modem and the EIA signals will be reported as: CTS DSR DTR RTS The connection from a 2511 router to a modem on an asynchronous interface is via an RJ-45 cable, which has 8 wires The function of these wires are assigned to RTS (request to send), DTR (data terminal ready), Txd (transmit data), Sig Gnd ( signal ground), Cab Gnd (cable ground), Rxd (receive data), DSR (data set ready) and CTS (clear to send) As we just saw, using the IOS show line command, the status of only four of these signals is reported As long as you realize that the status of DSR reported by the command is more usefully interpreted as the status of the DCD signal, you can get by with reporting on just these four signals.

transferred between a user and the web server (online credit card information is encrypted this way)

when a component fails, because you have another component ready to take over the work RAID is an example of a fault-tolerant solution for your data

type of disaster by preparing for the disaster You can prepare for disaster by building a disaster recovery plan, which contains step-by-step procedures for recovering a system from different failures

The Checksum field is 2 octets in length and is included in the header as a mechanism for TCP to provide an error detection and correction capability Instead of actually computing a checksum over the entire TCP header, the field is primarily concerned with ensuring that key fields are validated To do so, the checksum calculation occurs over what is referred to as a 12-octet pseudo header This pseudo header includes the 32-bit source and destination address fields in the IP header, the 8-bit Protocol field, and a length field that denotes the length of the TCP header and data transported within the TCP segment Thus, the checksum can be used to ensure that data arrived at its correct destination and that the receiver has no doubt about the address of the originator nor the length of the header and application data transported by TCP

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q There are two types of spares when it comes to having standby components:

hot spares and cold spares A hot spare is a component that is connected and powered on, ready for failover; a cold spare must be powered up to be made available

removing unnecessary services from the system The less software running on the server, the fewer security holes