Cisco Systems DNC-305 manual User Setup for Slip and Static IP Address, Telnetting to a Unix Host

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Telco and ISP Dial Scenarios and Configurations

PPP Calls over X.25 Networks

User Setup for SLIP and Static IP Address

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

staticallyslipme Password = "cisco" Service-Type = Framed, Framed-Protocol = SLIP, Framed-IP-Address = 1.1.1.13

Telnetting to a UNIX Host

The following example automatically uses Telnet to connect the user to a UNIX host. This configuration is useful for registering new users, providing basic UNIX shell services, or providing a guest account.

telnetme Password = "cisco" Service-Type = Login, Login-Service = Telnet, Login-IP-Host = 4.1.1.1

Automatic Rlogin to UNIX Host

The following example automatically uses rlogin to connect the user to a UNIX host:

rloginme Password = "cisco" Service-Type = Login, Login-Service = Rlogin, Login-IP-Host =4.1.1.2

If you want to prevent a second password prompt from being brought up, you must have the following two commands enabled on the router or access server:

rlogin trusted-remoteuser-source local

rlogin trusted-localuser-source radius

PPPCalls over X.25 Networks

Remote PCs stationed in X.25 packet assembler-disassembler (PAD) networks can access the Internet by dialing in to Cisco routers, which support PPP. By positioning a Cisco router at the corner of an X.25 network, ISPs and telcos can provide Internet and PPP access to PAD users. All remote PAD users that dial in to X.25 networks dial in to one Cisco router that allows PPP connections. Although connection performance is not optimal, these X.25 to PPP calls utilize installed bases of X.25 equipment and cost less to operate than connecting over the standard telephone network.

Note This dial-in scenario can also be used as an enterprise solution. In this case, an enterprise consults with a third-party service provider that allows enterprises to leverage exiting X.25 enterprise equipment to provide connections back into enterprise environments.

Cisco IOS Dial Services Configuration Guide: Network Services

DNC-330

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Contents Telco and ISP Dial Scenarios and Configurations DNC-305Network Topology Individual Remote PCs Using Analog ModemsRunning Configuration for Isdn PRI DNC-306Isdn incoming-voice modem DNC-307Controller T1 0 framing esf DNC-308 Running Configuration for Robbed-Bit SignallingLine aux Login authentication console line vty 0 EndDNC-309 Individual PCs Using Isdn Terminal Adapters DNC-310Terminal Adapter Configuration Example DNC-311Interface Dialer0 Peer default ip address pool dialinpool dialer in-bandDNC-312 DNC-313 Combination of Modem and Isdn Dial-In Configuration ExampleMixture of Isdn and Analog Modem Calls DNC-314 DNC-315 Scaling Considerations DNC-316Typical Multilink PPP Session Using Multichassis Multilink PPPHow Stacking Works DNC-317Setting Up an Offload Server DNC-318Using the Stack Group Bidding Protocol DNC-319DNC-320 Using L2FCisco AS5200 Access Server #1 Hostname AS5200-1 Aaa new-modelPeer default ip address pool dialinpool no cdp enable DNC-321DNC-322 Hostname AS5200-2 Aaa new-model Cisco AS5200 Access Server #2DNC-323 DNC-324 DNC-325 Cisco AS5200 Access Server #3Transport input telnet rlogin End Hostname AS5200-3 Aaa new-modelDNC-326 Hostname Aaa new-model Cisco 7206 as Offload ServerDNC-327 Sgbp group MystackRadius Remote Security Examples DNC-328User Setup for Slip User Setup for PPPUser Setup for PPP and Static IP Address Enabling Router Dial-InTelnetting to a Unix Host User Setup for Slip and Static IP AddressAutomatic Rlogin to Unix Host DNC-330DNC-331 OverviewRemote PC Browsing Network Topology Protocol Translation Configuration Example DNC-332DNC-333 DNC-334