Cisco DNC-305 - Manuals

Telco and ISP Dial Scenarios and Configurations Small- to Medium-Scale POPs DNC-311 Cisco IOS Dial Services Configuration Guide: Network Services Terminal Adapter Configuration Example The following example configures a Cisco AS5200 access server to enable PCs fitted with internal or external termin...

Telco and ISP Dial Scenarios and Configurations Small- to Medium-Scale POPs DNC-313 Cisco IOS Dial Services Configuration Guide: Network Services Mixture of ISDN and Analog Modem Calls ISPs can configure a single Cisco AS5200 access server to receive calls from a mixture of remote PCs connected to t...

Telco and ISP Dial Scenarios and Configurations Large-Scale POPs DNC-316 Cisco IOS Dial Services Configuration Guide: Network Services Large-Scale POPs This section describes how to set up a stack of access servers for a large-scale dial solution in the following sections: • Scaling Considerations •...

Telco and ISP Dial Scenarios and Configurations Large-Scale POPs DNC-317 Cisco IOS Dial Services Configuration Guide: Network Services How Stacking Works Before you install and configure a stack of access servers, you should understand the basic concepts described in the following sections, and how ...

Telco and ISP Dial Scenarios and Configurations Large-Scale POPs DNC-318 Cisco IOS Dial Services Configuration Guide: Network Services Because device #1 is the first access server to receive a packet and establish a link, this access server creates a virtual interface and becomes the bundle master. ...

Telco and ISP Dial Scenarios and Configurations Large-Scale POPs DNC-319 Cisco IOS Dial Services Configuration Guide: Network Services Figure 56 A Stack Group of Access Servers Using MMP with an Offload Processor Using the Stack Group Bidding Protocol The Stack Group Bidding Protocol (SGBP) is a cri...

Telco and ISP Dial Scenarios and Configurations Large-Scale POPs DNC-320 Cisco IOS Dial Services Configuration Guide: Network Services Note An offload server will always serve as the bundlemaster by bidding a higher value than the other devices. Using L2F L2F is a critical component used in multicha...

Telco and ISP Dial Scenarios and Configurations Large-Scale POPs DNC-328 Cisco IOS Dial Services Configuration Guide: Network Services interface Ethernet2/2 no ip address shutdown ! interface Ethernet2/3 no ip address shutdown ! interface Virtual-Template1 ip unnumbered Loopback0 no ip mroute-cache ...

Telco and ISP Dial Scenarios and Configurations Large-Scale POPs DNC-329 Cisco IOS Dial Services Configuration Guide: Network Services 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 interfa...

Telco and ISP Dial Scenarios and Configurations PPP Calls over X.25 Networks DNC-330 Cisco IOS Dial Services Configuration Guide: Network Services 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 c...

Telco and ISP Dial Scenarios and Configurations PPP Calls over X.25 Networks DNC-331 Cisco IOS Dial Services Configuration Guide: Network Services Overview Many cities throughout the world have large installed bases of PCs interfacing with older modems, PADs, and X.25 networks. These remote PCs or t...

Telco and ISP Dial Scenarios and Configurations PPP Calls over X.25 Networks DNC-332 Cisco IOS Dial Services Configuration Guide: Network Services Protocol Translation Configuration Example In the following example, PAD callers that dial 4085551234 receive a router prompt. PAD callers that dial 4085...