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To eliminate the issues caused by large quantities of connections being sent to a server in a short time, two features of SLB are used: slow start and maximum connections The slow start feature limits the number of connections that can be sent to a server over a short time This restriction helps reduce errors when adding a new server to the pool because, otherwise, it will be sent a large number of connections in a short time The maximum connections feature puts limits on the maximum number of connections to a single server at any given time This restriction keeps a server from being overloaded in situations in which the hardware is reaching its capacity To help reduce errors when a server fails, an additional feature, automatic failure detection, is employed When configured, automatic failure detection keeps track of responses to client requests from each server If a server fails to respond to a client request, automatic failure detection increments a failure counter Once the failure counter reaches a certain configured threshold, SLB removes the server from the pool, assuring that no new connections are sent to that server A retry timer is then set, and after that timer expires, SLB sends the next available connection to the server If the connection succeeds, the server is again added to the pool; but if the connection fails, the retry timer is reset This functionality is called auto unfail, and it is extremely handy when a server simply times out on one or more requests (but isn't actually down) With auto unfail, the server is removed from the pool only after failing a specified number of requests, and it is automatically added back in when it begins responding normally Another feature that helps eliminate problems when a server is just overloaded or slow to respond is TCP session reassignment Remember from 5 that when a client wants to connect to a server using TCP, it sends a packet with the SYN bit set This signals the request to establish a session The SLB device tracks SYN bits sent to each server; and if a server does not respond after a configurable number of connection establishment attempts (marked by multiple SYN packets being sent from the same client), SLB automatically sends the next SYN request to a different server To allow for servers that have very specialized "tuning" for a specific application, SLB supports the use of "per application" server farms known as port-bound servers This feature allows you to configure different server pools to support different protocols while using the same external IP address For instance, Figure 21-2 shows one external IP address that all remote clients use to connect to all offered network services However, client requests destined for port 80 or 443 (HTTP and HTTPS) go to Server Farm 1, while client requests for port 20 and 21 (FTP) go to Server Farm 2.

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The oldest, slowest, and most common original phone connection is the Public Switched Telephone Network (PSTN) PSTN is also known as Plain Old Telephone Service PSTN is just a regular phone line, the same line that used to run into everybody s home telephone jacks from the central office of your local exchange carrier (LEC the telephone company that provides local connections and usually the one who owns your local central office) Because PSTN was designed long before computers were common, it was designed to work with only one type of data: sound Here s how it works The telephone s microphone takes the sound of your voice and translates it into an electrical analog waveform The telephone then sends that signal through the PSTN line to the phone on the other end of the connection That phone translates the signal into sound on the other end using its speaker The important word here is analog The telephone microphone converts the sounds into electrical waveforms that cycle 2400 times a second An individual cycle is known as a baud The number of bauds per second is called the baud rate Pretty much all phone companies PSTN lines have a baud rate of 2400 PSTN uses a connector called RJ-11 It s the classic connector you see on all telephones (Figure 14-18)

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