Cisco Systems DNC-305 manual User Setup for PPP and Static IP Address, Enabling Router Dial-In

Page 25

Telco and ISP Dial Scenarios and Configurations

Large-Scale POPs

User Setup for PPP

The following example shows a user setup for PPP. The user’s IP address comes from the configured default IP address that is set up on the interface (which could be a specific default IP address, a pointer to a local pool of addresses, or a pointer to a Dynamic Host Configuration Protocol (DHCP) server). The special address that signals the default address is 255.255.255.254.

pppme Password = "cisco" CHAP-Password = "cisco" Service-Type = Framed, Framed-Protocol = PPP, Framed-IP-Address = 255.255.255.254

User Setup for PPP and Static IP Address

The following example shows a user setup for PPP and a static IP address that stays with the user across all connections. Make sure your router is set up to support this configuration, especially for large or multiple POPs.

staticallypppme Password = "cisco" CHAP-Password = "cisco" Service-Type = Framed, Framed-Protocol = PPP, Framed-IP-Address = 1.1.1.1

Enabling Router Dial-In

The following example supports a router dialing in, which requires that a static IP address and a remote Ethernet interface be added to the network access server’s routing table. The router’s WAN port is assigned the address 1.1.1.2. The remote Ethernet interface is 2.1.1.0 with a class C mask. Be sure your routing table can support this requirement. You might need to redistribute the static route with a dynamic routing protocol.

routeme Password = "cisco" CHAP-Password = "cisco" Service-Type = Framed, Framed-Protocol = PPP, Framed-IP-Address = 1.1.1.1 Framed-Route = "2.1.1.0/24 1.1.1.2"

User Setup for SLIP

The following example shows a user setup for SLIP. Remote users are assigned to the default address on the interface.

slipme Password = "cisco" Service-Type = Framed, Framed-Protocol = SLIP, Framed-IP-Address = 255.255.255.254

Cisco IOS Dial Services Configuration Guide: Network Services

DNC-329

Image 25
Contents DNC-305 Telco and ISP Dial Scenarios and ConfigurationsRunning Configuration for Isdn PRI Individual Remote PCs Using Analog ModemsNetwork Topology DNC-306Controller T1 0 framing esf DNC-307Isdn incoming-voice modem Line aux Login authentication console line vty 0 Running Configuration for Robbed-Bit SignallingDNC-308 EndDNC-309 DNC-310 Individual PCs Using Isdn Terminal AdaptersDNC-311 Terminal Adapter Configuration ExampleDNC-312 Peer default ip address pool dialinpool dialer in-bandInterface Dialer0 Mixture of Isdn and Analog Modem Calls Combination of Modem and Isdn Dial-In Configuration ExampleDNC-313 DNC-314 DNC-315 DNC-316 Scaling ConsiderationsHow Stacking Works Using Multichassis Multilink PPPTypical Multilink PPP Session DNC-317DNC-318 Setting Up an Offload ServerDNC-319 Using the Stack Group Bidding ProtocolCisco AS5200 Access Server #1 Using L2FDNC-320 Hostname AS5200-1 Aaa new-modelDNC-321 Peer default ip address pool dialinpool no cdp enableDNC-322 DNC-323 Cisco AS5200 Access Server #2Hostname AS5200-2 Aaa new-model DNC-324 Transport input telnet rlogin End Cisco AS5200 Access Server #3DNC-325 Hostname AS5200-3 Aaa new-modelDNC-326 DNC-327 Cisco 7206 as Offload ServerHostname Aaa new-model Sgbp group MystackDNC-328 Radius Remote Security ExamplesUser Setup for PPP and Static IP Address User Setup for PPPUser Setup for Slip Enabling Router Dial-InAutomatic Rlogin to Unix Host User Setup for Slip and Static IP AddressTelnetting to a Unix Host DNC-330Remote PC Browsing Network Topology OverviewDNC-331 DNC-332 Protocol Translation Configuration ExampleDNC-333 DNC-334