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In this example, you just add a few commands to the CRB config The first difference is obviously the bridge irb command, which tells the switch to use IRB instead of CRB Then you issue a new command, mls rp ip When issued in global config mode, this command globally enables multilayer switching on the switch (You still need to enable it on each BVI, however) Note As you will see later in this section, the mls rp ip command also enables MLSP on a router Therefore, it must be configured both globally and for each interface that will be participating in MLS on all MLS-RPs in the network Next, you add interface e1 to bridge group 3, just like before; but instead of giving the interface an IP address, you configure the BVI for the bridge group to which it belongs with the IP address To perform this task, you issue the command interface bvi [bridge group number] Then you will go into interface config mode for the BVI for the given bridge group (in this case, 3) There, you issue the IP address command, just like normal However, you also add an additional command, mls rp ip, to allow this BVI to be used as a routing interface You duplicate these steps for BVIs 2 and 1, and then you issue the bridge [group number] route ip command to enable routing on all bridge groups Now you have your functional, fully routed network all contained in one very power-ful layer 3 switch Note that from a client standpoint, the IP address configured for the BVI for a given bridge group is used as the default gateway In addition to being less of a headache for the administrator, another advantage of using IRB is flexibility In this scenario, you have four ports unused on the switch With IRB, you can use these ports as necessary to expand your bridge groups For example, if you wanted to add a new server to bridge group 2, as shown in Figure 20-14, you would simply add an available port (such as e4) to the bridge group, and you would be done.

Figure 20-14: Adding a port to the existing configuration Adding the additional port to the bridge group is as simple as issuing the following commands:

This program uses p1 to print the ASCII values associated with the characters contained in s The problem is that p1 is assigned the address of s only once The first time through the loop, p1 points to the first character in s However, the second time through, it continues where it left off because it is not reset to the start of s This next character may be part of the second string, another variable, or a piece of the program! The proper way to write this program is

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But what are these lines and where did they come from If the Internet is just a big TCP/IP network, wouldn t one assume that these lines are Ethernet connections Maybe copper, maybe fiber, but Ethernet Well, traditionally they re not (with one exception; see the following Note) The vast majority of the long-distance connections that make up the Internet use an unique type of signal called SONET SONET was originally designed to handle special heavy-duty circuits with names like T1 Never heard of SONET or T1 Don t worry you re about to learn quite a bit Most of the connections that make up the high-speed backbone of the Internet use technologies designed at least 20 years ago to support telephone calls We re not talking about your cool, cell phone type calls here: we re talking the old-school, wire-runs-up-tothe-house, telephone-connected-to-a-phone-jack connections known lovingly as Plain Old Telephone Service (POTS) If you want to understand how the Internet connects, you have to go way back to the 1970s and 1980s, before the Internet really took off, and learn how the US telephone system developed to support networks

Truthfully, once you get used to the idea of using layer 3 switching (especially with IRB in a consolidated device), you will have difficulty imagining how to configure or handle the wiring nightmares involved with using separate routers and switches

Unfortunately, even some MLS-capable switches require using separate devices for the routing and switching duties (like the 5000/5500 series) Configuration for these devices is a bit more complicated and time-consuming than what you have seen thus far, but it involves the same basic steps To see the configuration process for these switches, let's take another example network (shown in Figure 20-15) and walk through the configuration

NOTE Even as you read this, more and more of the Internet interconnections are moving toward 1-Gigabit and 10-Gigabit Ethernet However, telephone technologies continue to dominate

5:

Figure 20-15: A simple configuration for basic layer 3 switching First, you need to configure the router Issue the following commands (again, explained in the text that follows the configuration):

Have you ever watched one of those old-time movies in which someone makes a phone call by picking up the phone and saying, Operator, get me Mohawk 4, 3-8-2-5! Suddenly, the scene changes to some person sitting at a switchboard like the one shown in Figure 14-2

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3600(config)# mls rp ip 3600(config)# interface fa 0/0 3600(config-if)# ip address 10001 255000 3600(config-if)# mls rp vtp-domain small 3600(config-if)# mls rp ip 3600(config-if)# mls rp management-interface 3600(config-if)# mls rp vlan-id 10 3600(config-if)# interface fa 0/1 3600(config-if)# ip address 19216811 2552552550 3600(config-if)# mls rp vtp-domain small 3600(config-if)# mls rp ip 3600(config-if)# mls rp vlan-id 20

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