Nortel Networks NN10033-111 manual Non-N+M node name configuration, CS 2000 node authorization

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When the SIP Application Module is deployed from the management server, the service node name is defined in one of two places, depending on whether or not the SIP Application Module is configured in an N+M cluster.

Non-N+M node name configuration

In a non-N+M cluster configuration, the service node name is added to the "Server Properties" tab in the System Management Console. In a non-N+M configuration, the service node name can be the node name of the SIP Application Module platform. For more information on configuring the SIP Application Module service node name in a non-N+M configuration, please refer to the Configuration chapter in the MCP SIP Application Module Basics document.

Once the service node name information is configured in the “Server Properties” tab of the System Management Console, this information must then be datafilled on the CS 2000 (table MGCINV).

N+M node name configuration

In an N+M configuration, the service node name has to be assigned to the service instance so, unlike the non-N+M configuration, the service node name can not be the node name of the SIP Application Module platform. Each service instance is defined as a service parameter in each Network Service Description (NSD) in the “Transport Management” tab. Each NSD has to define a unique service name. This is done by adding a service name of "Service_Node_Name" in the label field and the desired node name in the Value part. For more information on configuring the SIP Application Module service node name in a N+M configuration, please refer to the Configuration chapter in the MCP SIP Application Module Basics document.

Once the service node name information is configured in the “Transport Management” tab of the System Management Console, this information must then be datafilled on the CS 2000 (table MGCINV).

CS 2000 node authorization

The SIP Application Module allows only authorized network nodes to send a SIP request to it with out requiring the request to be authenticated. The SIP PRI Gateway is an example of an authorized network node; the SIP Application Module does not challenge incoming call requests from the SIP PRI Gateway. The CS 2000 node must be added to list of authorized nodes so that it can send SIP-T messaging to the SIP Application Module. This is achieved by adding the IP address of the CS 2000 to the Authorized SIP Nodes field in the “Authentication” tab of the System Manage Console. For more information on configuring the SIP Application Module service node

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MCP Interworking Basics

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Contents MCP Interworking Page Overview Interworking with PRI-enabled switchesHow is this chapter organized Functional descriptionSupported services Interworking with CS VPN Dialing MCP/CS 2000 Network viewCall Transfer Call ForwardAd Hoc Conference calls Media NegotiationRecursive Search Long Call Audit TimersHold RetrieveQoS Interworking with third-party gatewaysSupported media Interworking with traditional phones Switching systemExisting Converged DesktopConverged Desktop Services Etsi Configuration RequirementsSIP-based voicemail servers Interworking with third-party voicemail serversTrunk-based voicemail servers SIP-based Voicemail Server MCP networkLine-based voicemail servers Trunk-based Voicemail ServerLine-based Voicemail Server How this chapter is organized UpgradesUpgrades Nortel Networks Confidential Nortel Networks Confidential Upgrades Page Fault management Page Configuring the MCP SIP PRI gateway Configuration ManagementConfiguring CS 2000 interworking Configuration tasksProcedure 1 Access the SIP Provisioning Client Login requirementsExample Click LOG in NOW Gateway configurationProcedure 2 Configure a gateway for CS 2000 interworking Telephony routes configuration Procedure 4 Configure a trunk group for CS 2000 interworkingProcedure 7 Configure route lists for CS 2000 interworking Node name configuration Configure domain or sub-domain profileCS 2000 node authorization Non-N+M node name configuration+M node name configuration Configuring traditional phone interworking Configuring third-party gateway interworkingMCP configuration Switching system configurationAssign SimRing On switch To a lineEnabling SimRing on the DMS Assigning SimRing on a DMS lineSimring ACT Viewing DMS SimRing informationConfiguring third-party voicemail server interworking Page Accounting management Page Performance management Page Security and Administration Page Page MCP Interworking