VoIP topology and topology maps

The
Global Manager
imports instances of the following topology object types from
. The imported topology includes devices, collections, logical elements, physical packages, applications, network services, software services, processes, service connections, redundancy groups, and
Business Impact Manager
(BIM) service offerings and subscribers. Chapter 3, “Identifying VoIP Objects and Their Failures,” describes these topology object types.
  • Devices
    • Host
    • CallServer
    • MediaGateway
    • Node
    • Router
    • Switch
  • Collections
    • InChargeDomain
    • PortNetwork
    • VoipCluster
  • Logical elements
    • CallManagerData
    • IPPhoneGroup
    • VoipEndpoint
  • Physical elements
    • Card
    • IPPhone
    • Port
    • VoiceMailbox
  • Applications
    • CTIService
    • VoiceMailApplication
    • VoipApplication
  • Network services
    • CallManager
    • CallProcessor
    • ConvergedCallManager
    • DS1Service
    • GatewayService
    • H323GateKeeper
    • H323Service
    • IPConnector
    • MediaProcessor
    • MediaService
    • SignalingService
    • VoiceAnnounceService
    • VoiceMailService
    • VoipNetworkService
    • VoipPerformanceManager
  • Solutions
    • VoipSolution
  • Processes
    • VoipElement
    • VoipProcess
  • Service connections
    • CallManagerPeerSession
    • H248RegistrationSession
  • Redundancy groups
    • CardServiceRedundancyGroup
    • CallManagerRedundancyGroup
    • ConvergedCallManagerRedundancyGroup
    • SignalingRedundancyGroup
  • VoIP
    Business Impact Manager
    (BIM) classes
    • ServiceOffering
    • BusinessProcess
    • ServiceSubscriber
    • Customer
    • Organization
    • BusinessUnit
    • LOB
    • Department
      The
      Global Manager
      combines the Host, CallServer, Node, Router, Switch, MediaGateway, and Card objects with their counterparts—identical instances of Host, CallServer, Node, Router, Switch, MediaGateway, and Card—in the topology imported from
      IP Availability Manager
      .
      describes how the topology objects are discovered and provides additional model information.