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As was described in 16, two types of subinterfaces exist: point-to-point and multipoint Multipoint subinterfaces (subinterfaces with many VCs terminated on them) are good for fully meshed networks If the WAN is fully meshed, the devices can be placed in the same subnet and thus require only one network number to address your devices However, multipoint subinterfaces don t work well in partially meshed network designs In this situation, they have problems with routing protocols that use split horizon Point-to-point subinterfaces work best in partially meshed environments or in environments in which you need to simulate a leased-line connection Point-topoint subinterfaces are used to overcome routing protocols that use split horizon But like multipoint subinterfaces, point-to-point subinterfaces have their fair share of problems In the biggest problem, each point-to-point subinterface requires a separate network or subnet number If you have 200 subinterfaces on your serial interface, then you need 200 subnets to accommodate your addressing needs If you are concerned about the addressing needs required of point-to-point subinterfaces, you can use the ip unnumbered Interface Subconfiguration mode commandThis command borrows an IP address from another active interface on the router without your having to assign a different subnet to the connection Most network administrators shy away from this command because it has its own set of issues, which are beyond the scope of this book

To quickly change the size of any brush tool in Photoshop Elements, press the right bracket key ( ] ) to increase brush size or the left bracket key ( [ ) to decrease brush size

2609The CD contains a multimedia demonstration of creating subinterfaces on a router To create a subinterface, use the following syntax:

Router(config)# interface serial [slot_#/]port_#subinterface_# point-to-point|multipoint Router(config-subif)#

Subinterface numbers can range from 1 to well over 100 million What number you choose as the subinterface number doesn t matter; it needs to be unique only among all of the subinterfaces for a given physical interface The router uses this

Yet another way to make a selection is with the Magic Selection Brush tool This tool is simplicity at its best The tool recognizes like colors in an area in which you draw or scribble with the tool

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917 918 919 920 921 922 923 924 925 926 927 928 929

number to differentiate the subinterfaces for each physical interface Once you create a subinterface, notice that the prompt changed from Router(config)# to Router(config-subif)# Once you create a subinterface, you can delete it by prefacing the interface command with the no parameter However, once you delete the subinterface, the subinterface still exists in the router s memoryTo completely remove the subinterface, you need to save your configuration and reboot your router Also, if you want to change the subinterface type from multipoint to point-to-point or vice versa, you must delete the subinterface, save your configuration, and reboot your router

When you are configuring Frame Relay with subinterfaces, you must associate your DLCI or DLCIs with each subinterface by using the frame-relay interfacedlci command:

1 2

Router(config)# interface serial [slot_#/]port_#subinterface_# point-to-point|multipoint Router(config-subif)# frame-relay interface-dlci local_DLCI_#

If you have a point-to-point subinterface, you can assign only one VC, and thus one DLCI, to it If it is a multipoint subinterface, you can assign multiple DLCIs to it When creating your subinterfaces, it is a common practice to match the subinterface number with the DLCI number; however, remember that these two numbers have nothing in common and can be different Also, make sure that you assign your layer 3 addressing to the subinterface and not the physical (main) interface The frame type and LMI type are, however, configured on the physical interface The frame-relay interface-dlci command uses dynamic resolution with inverse ARP If you can t use inverse ARP, or don t want to, then use the frame-relay map command on the subinterface to perform manual resolution, like this:

Router(config)# interface serial [slot_#/]port_#subinterface_# point-to-point|multipoint Router(config-if)# frame-relay map protocol_name destination_address local_dlci_# [broadcast] [ietf|cisco]

Select the Magic Selection Brush tool In the options bar, choose a color for the brush tip The default color (red) works well in most instances

This section offers an example of using multipoint subinterfaces on a router to set up Frame Relay connections Use the network shown in Figure 26-13 In this example, assume that LMI is being autosensed and a single multipoint subinterface is used on RouterA Here s the configuration for RouterA:

RouterA(config)# interface serial 0 RouterA(config-if)# encaspulation frame-relay ietf RouterA(config-if)# no shutdown RouterA(config-if)# exit RouterA(config)# interface serial01 multipoint RouterA(config-subif)# ip address 19216811 2552552550 RouterA(config-subif)# frame-relay interface-dlci 101 RouterA(config-subif)# frame-relay interface-dlci 102

127 127

120 120 120 120/240 240 120 120 120 240 240 240 120 240

Since this is a partially meshed network, and you are terminating two VCs on the same subinterface, you need to do one of the following to solve split horizon issues: disable split horizon on RouterA or configure static routes on RouterB and RouterC

FIGURE 26-13

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