Cisco Systems 1760 quick start Fxs Vic

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West(config)#

These commands are summarized in Figure 13.

Figure 13 West Router Configured for Local Dial Peers

dial-peer voice 401 pots destination-pattern 14085553737 port 0/0

FXS VIC

0/0

IP cloud

West

FXS VIC

0/1

dial-peer voice 402 pots destination-pattern 14085554141 port 0/1

22635

The dial-peercommand always takes the argument voice. The number following it is the dial-peer tag, and pots is the type of dial peer.

Cisco IOS software refers to a telephone number as a destination pattern because it is the destination for an incoming or outgoing call. Enter these numbers with the destination-patterncommand. A destination pattern can include asterisks (*) and pound signs (#) from the telephone keypad, and commas (,) and periods (.), which have special meanings. Parentheses ( () ), hyphens (-), slashes (/), and spaces ( ), which are often used to make telephone numbers easier for humans to read, are not allowed.

Notice that the commands in the examples puts the prefix 1 (used in the United States to indicate a long-distance number) and an area code in front of the remaining numbers to complete the destination pattern. You need to include similar codes for your country if the VoIP equipment needs to establish a connection to the Public Switched Telephone Network (PSTN).

Note The Cisco IOS software does not check the validity of the telephone number. It accepts any string of permitted characters as a valid number.

The business that owns the West router also has a branch office, called East. Figure 14 shows the East office network, and Table 4 lists the phone numbers, voice ports, and dial-peer tags for this office.

Figure 14 Basic Voice Network (East Router)

919 555-8282

FXS VIC

1/0

IP cloud

East

 

FXS VIC

1/1

919 555-9595

22333

19

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Contents Cisco 1760 Modular Access Router Cabling and Installation To Receive a Return Materials Authorization RMA Number Cisco One-Year Limited Hardware Warranty TermsDuration of Hardware Warranty Replacement, Repair, or Refund Policy for HardwareProduct Serial Number Location Parts ListOverview Mounting the Router in a RackBracket Mounting Points Attaching Brackets to the RouterAttaching the Optional Cable Guide Attaching Brackets to the RackSafety Information Installing WIC/VIC CardsRemoving a WIC or VIC Slot Cover Card InstallationVoice Port Verification Connecting the Router to Your Local NetworkPower supply is designed to work with TN power systems Connect Power and Verify InstallationDocument that came with the router Step Connecting the Power SupplyConnect a PC to the Router Console Port Connecting the Console Cable to the RouterInitial Configuration Using Cisco CLI-Manual Configuration Perform Initial ConfigurationVerifying the Initial Configuration Saving the Configuration Use the CLI to Configure VoIPInformation for International Users Configuring a Dial Plan Configuring the Fast Ethernet InterfaceCommand Purpose Wildcards and Number Expansion Configuring Voice Interface CardsShows a typical VIC Configuring FXS InterfacesTelephone Number Voice Port Local Dial PeersVoice Port Dial-Peer Tag FXS VIC Calling Between Routers Checking the Local Dial Peer ConfigurationDestination Pattern Voice Port Dial-Peer Tag Destination Pattern IP Address Dial-Peer Tag Remote LocationIP Address Dial-Peer Tag Other Routers on the NetworkChecking the Remote Dial Peer Configuration Configuring FXO InterfacesChecking the FXO Configuration Configuring E&M InterfacesCommand Task Linking PBXs over the IP Network Remote Dial Peers Checking the E&M Configuration Configuring Isdn BRI NT/TE InterfacesSetting the Network Clock Priority Configuring the BRI LayerConfiguring the Isdn Protocol Turning the Line Power On/OffCommand Description Configuration ExampleDebugging Commands Configuring did InterfacesVerifying did Voice Port Configuration Configuring a Voice Port to Support didPrerequisites Configuring Quality of Service IP Precedence Configuring LLQLow Latency Queuing Real-Time Transport Protocol Header Compression Configuring Mlppp with LFIConfiguring RTP Header Compression Multilink PPP with Link Fragmentation InterleaveObtaining Documentation Frame Relay Configuration for VoIPCisco.com Ordering Documentation Documentation FeedbackCisco Product Security Overview Documentation DVDObtaining Technical Assistance Reporting Security Problems in Cisco ProductsCisco Technical Support Website Definitions of Service Request Severity Submitting a Service RequestObtaining Additional Publications and Information Page Page USA
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1760 specifications

The Cisco Systems 1760 series routers are part of Cisco’s popular line of integrated services routers, designed primarily for small to medium-sized businesses and branch offices. The 1760 series was introduced to provide robust connectivity and routing solutions that facilitate secure and reliable networking. Aimed at offering flexibility, these routers integrate multiple functionalities to enhance operational performance.

One of the main features of the Cisco 1760 router is its modularity. It supports various interface and service modules that allow for customization based on specific networking needs. This modular design enables businesses to expand their networking capabilities over time without necessitating a complete hardware overhaul. The router typically comes equipped with two WAN slots and numerous interface options, including Fast Ethernet and serial interfaces.

The 1760 series routers also support advanced security features, providing businesses with a secure environment for their data transmissions. Built-in firewall capabilities, along with support for Virtual Private Network (VPN) protocols, ensure that sensitive information remains protected. Furthermore, the integration of IPsec and MPLS security features assists organizations in maintaining secure and scalable connections across diverse networks.

Another characteristic of the Cisco 1760 is its support for various technologies, including Quality of Service (QoS). QoS functionality allows network administrators to prioritize traffic, ensuring that critical applications receive the bandwidth they require while minimizing latency. This ability is particularly valuable in environments where voice, video, and essential data applications compete for resources.

The router’s ease of management is also noteworthy. With Cisco’s IOS (Internetwork Operating System), the 1760 provides a user-friendly interface allowing for straightforward configuration and monitoring. The simplicity in managing the network devices helps reduce the burden on IT personnel and enhances overall operational efficiency.

Further enhancing the router’s capabilities is its support for voice over IP (VoIP) applications, making it an ideal choice for organizations looking to implement modern telephony solutions. The ability to support multiple voice channels while maintaining adequate data throughput positions the 1760 as an attractive option for businesses transitioning to unified communications.

In summary, the Cisco Systems 1760 series routers exhibit a harmonious blend of modularity, robust security, traffic management, and VoIP support. They effectively meet the demands of modern networking environments, making them a reliable choice for organizations aiming to streamline operations while ensuring secure connectivity. With their adaptable design, these routers can serve as a powerful backbone for enterprise networking needs.