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The BRI line directly from a central office switch is known as the "U" interface The U interface is capable of encoding8-9 all of the ISDN BRI digital information on a single pair of wires that is compatible with most of the analog subscriber loops currently in use The ISDN standard also defines an "S" and a "T" interface These are actually the same interface electrically, but the letter indicates what type of equipment is exposing the interface The ISDN standard defines a piece of equipment that converts the U interface to the T interface as a Network Termination Type 1, or NT1 If the line is to be connected to a switch that in turn has ISDN basic rate lines, those lines are considered to be S lines and the switch, for purposes of the ISDN standard, is considered a Network Termination Type 2, or NT2 Terminal equipment is attached to the S/T interface (S and T are equivalent from the perspective of terminal equipment) The S/T interface is a four-wire interface (two pairs of wires) and is the interface provided on generic ISDN telephone station devices A big advantage of ISDN is that terminal equipment can be used anywhere in the world because this interface is standardized internationally A terminal adapter is a piece of ISDN terminal equipment that allows one or more pieces of non-ISDN equipment to be adapted to the ISDN line The number of adaptations possible is unbounded and thus is not standardized The "R" interface generically represents all of these non-ISDN connections

void write_string(char *str, FILE *fp) { while(*str) if(!ferror(fp)) fputc(*str++, fp); }

Be aware that most routers have even more ways to connect Many home routers come with USB ports and configuration software More powerful routers may enable you to connect using the ancient Telnet protocol or its newer and safer equivalent Secure Shell (SSH) These are terminal emulation protocols that look exactly like the terminal emulators seen earlier in this chapter, but use the network instead of a serial cable to connect (see 9, TCP/IP Applications, for details on these protocols)

#include <stdioh> int fputs(const char *str, FILE *stream);

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2B1Q The encoding used for the U interface is not internationally defined Each country defines the U interface to be used on subscriber lines provided by local exchange carriers In North America the standard for the U interface is referred to as 2B1Q (ANSI standard T1206); this standard was not established, however, until after vendors had already begun shipping switches that used a different U interface encoding referred to as AMI (Alternate Mark Inversion) AMI is the encoding used on T-1 and E-1 circuits and while AMI is no longer used for new BRI lines, older equipment and lines may still be in use

Figure 8-46

The fputs( ) function writes the contents of the string pointed to by str to the specified stream The null terminator is not written In C99, str and stream are qualified by restrict The fputs( ) function returns nonnegative on success and EOF on failure If the stream is opened in text mode, certain character translations may take place This means that there may not be a one-to-one mapping of the string onto the file

Power One important difference between ISDN and analog lines is that analog lines utilize loop current from the switch, so that all the power needed by the telephone station can be obtained from the line itself With ISDN lines, the line (U interface) only carries low-voltage signaling This means that all power for operating the various devices that allow for a functional ISDN line (NT1, etc) must be powered independently If there is a power failure and the NT1, NT2, and other ISDN station equipment lose power, the ISDN line cannot be used For this reason it is generally recommended that, unless a given ISDN line is intended only as a spare line or for recreational purposes, associated equipment should be powered through an uninterruptable power supply (UPS) Multi-point Installations The S/T interface supports the ability for up to eight pieces of terminal equipment to connect to the same S/T interface, in much the same way that multiple analog telephones can be connected to the same analog line This is shown in Figure 8-25

However, if the stream is opened in binary mode, no character translations will occur, and a one-toone mapping between the string and the file will exist Example This code fragment writes the string this is a test to the stream pointed to by fp:

Figure 8-47

fputs("this is a test", fp);

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