Cisco Systems 30 VIP manual

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Cisco IP Telephony Troubleshooting Guide for Cisco CallManager Release 3.0(1)

08:38:56.015 Cisco CallManagerStationInit - InboundStim - KeypadButtonMessageID kpButton: 0 tcpHandle=0x6b88028

08:38:56.015 Cisco CallManagerDigit analysis: match(fqcn="5000", cn="5000", pss="RTP_NC_Hardwood:RTP_NC_Woodland:Local RTP", dd="50")

08:38:56.015 Cisco CallManagerDigit analysis: potentialMatches=PotentialMatchesExist

08:38:56.187 Cisco CallManagerStationInit - InboundStim - KeypadButtonMessageID kpButton: 0 tcpHandle=0x6b88028

08:38:56.187 Cisco CallManagerDigit analysis: match(fqcn="5000", cn="5000", pss="RTP_NC_Hardwood:RTP_NC_Woodland:Local RTP", dd="500")

08:38:56.187 Cisco CallManagerDigit analysis: potentialMatches=PotentialMatchesExist

08:38:56.515 Cisco CallManagerStationInit - InboundStim - KeypadButtonMessageID kpButton: 3 tcpHandle=0x6b88028

08:38:56.515 Cisco CallManagerDigit analysis: match(fqcn="5000", cn="5000", pss="RTP_NC_Hardwood:RTP_NC_Woodland:Local RTP", dd="5003") 08:38:56.515 Cisco CallManagerDigit analysis: analysis results 08:38:56.515 Cisco CallManagerPretransformCallingPartyNumber=5000

The key thing to note above is that "PotentialMatchesExist" is the result of Digit Analysis of the numbers that were dialed until the exact match is found and the call is routed accordingly.

Below is a trace when the number attempted to be dialed "1001" is not in the Calling Search Space of the device. Again, the key thing to note is the digit analysis routine had potential matches until only the first digit was dialed. The route pattern associated with the digit "1" is in a partition that is not in the device's calling search space, "RTP_NC_Hardwood;RTP_NC_Woodland;Local_RTP". Therefore the phone was sent Reorder Tone.

08:38:58.734 Cisco CallManagerStationInit - InboundStim - OffHookMessageID tcpHandle=0x6b88028 08:38:58.734 Cisco CallManagerStationD - stationOutputDisplayText tcpHandle=0x6b88028, Display= 5000

08:38:58.734 Cisco CallManagerStationD - stationOutputSetLamp stim: 9=Line instance=1 lampMode=LampOn tcpHandle=0x6b88028

08:38:58.734 Cisco CallManagerStationD - stationOutputCallState tcpHandle=0x6b88028 08:38:58.734 Cisco CallManagerStationD - stationOutputDisplayPromptStatus tcpHandle=0x6b88028 08:38:58.734 Cisco CallManagerStationD - stationOutputSelectSoftKeys tcpHandle=0x6b88028 08:38:58.734 Cisco CallManagerStationD - stationOutputActivateCallPlane tcpHandle=0x6b88028 08:38:58.734 Cisco CallManagerDigit analysis: match(fqcn="5000", cn="5000", pss="RTP_NC_Hardwood:RTP_NC_Woodland:Local RTP", dd="")

08:38:58.734 Cisco CallManagerDigit analysis: potentialMatches=PotentialMatchesExist

08:38:58.734 Cisco CallManagerStationD - stationOutputStartTone: 33=InsideDialTone tcpHandle=0x6b88028

08:38:59.703 Cisco CallManagerStationInit - InboundStim - KeypadButtonMessageID kpButton: 1 tcpHandle=0x6b88028

08:38:59.703 Cisco CallManagerStationD - stationOutputStopTone tcpHandle=0x6b88028 08:38:59.703 Cisco CallManagerStationD - stationOutputSelectSoftKeys tcpHandle=0x6b88028 08:38:59.703 Cisco CallManagerDigit analysis: match(fqcn="5000", cn="5000", pss="RTP_NC_Hardwood:RTP_NC_Woodland:Local RTP", dd="1")

08:38:59.703 Cisco CallManagerDigit analysis: potentialMatches=NoPotentialMatchesExist

08:38:59.703 Cisco CallManagerStationD - stationOutputStartTone: 37=ReorderTone tcpHandle=0x6b88028

Route partitions work by associating a partition name with every directory number in the system. The directory number can be called only if the calling device contains the partition within a list

© 2000 Cisco Systems, Inc.

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Contents SDI Trace Output Configuring Traces Reorder Tone Through Gateways Gateway Registration Problems Page Purpose Documentation Checklist Codec Channel Acronym/Term Cnf Law mu-lawChannel Calling Search Space CCAPi Cisco IOS ClusterFlow Full duplex 711 729 225 245 323 Half Duplex Hookflash Jitter Law mu-lawPartition 931 Route Filter Route Group Route List Route PatternSilence Suppression Voice Activation Detection Voice Activation Detection Silence Suppression VoIP Translation PatternCisco CallManager Administration Details View Report Microsoft PerformanceMicrosoft Event Viewer SDI Trace Configuring Traces SDL Trace Page SDLTraceDataFlag Value SDLTraceTypeFlag Value DefinitionCall Detail Records CDR and Call Management Records CMR Sniffer TraceSelect Service Service Parameters CDRs Voice Quality Problem CategoriesPage Packet Number Time absolute ms Time delta ms Button Help John Check Your Loads Phone Resets Dropped Calls Page Page Cisco CallManager Feature Issues Locations Conf Bridge Region1 Region2 MTP Resource Problems MTP Dial Plans Dialing DOES-NOT-EXIST Page DialPlanWizardG Clause NamePattern Device Name Device Description Usage Pattern PartitionReorder Tone Through Gateways Slow Server ResponseGateway Registration Problems Module.port CFG Booting Dhcp for dynamic configurationTracyclose mod port tracystart mod port TaskID Cmd show dhcp Gmsg ***TFTP Error File Not Found Gmsg CCM#0 CPEvent = Loadid -- CPState = LoadResponse Gatekeeper ProblemsRegistration Rejects RRJ Cisco IP Phone Initialization Process Sample TopologyPage Skinny Station Registration Process Acknowledge Station ResetMessage Description Station Register Station IP PortPage Cisco CallManager Initialization Process Self-Starting Processes Cisco CallManager Registration Process Cisco CallManager KeepAlive Process Cisco CallManager Intra-Cluster Call Flow Traces Cisco Systems, Inc CCMStationD stationOutputStopTone tcpHandle=0x4fbbc30 Cisco Systems, Inc Call Flow Traces Page Cisco Systems, Inc Following debug messages show that the call is in progress Gatekeeper Endpoint Registration Debug Messages and Show Commands on the Cisco IOS GatewayCisco Systems, Inc Page Cisco IOS Gateway with T1/PRI Interface Cisco IOS Gateway with T1/CAS Interface Cisco Systems, Inc Inter-Cluster H.323 Communication Call Flow Traces Failed Call Flow Cisco Systems, Inc Reading Records Writing RecordsRemoving Records Table SchemaFields in a Call Detail Record Known IssuesDeciphering the Time Stamp Originator’s node ID Global Call IdentifierOrigination leg call identifier Date/time of call originationPort for the originator’s media connection Isdn location valueCalling party cause Of call termination IP address for the originator’s media connectionCalled party’s partition Destination span or portIP address to which the call was delivered unsigned integer IP port to which the call was deliveredDate/time of disconnect unsigned integer IP address for the destination outgoing media connectionCodec type used by the destination on sending side Date/time of connectDirectory number used on this call Global Call Identifier for this callCisco CallManager node identifier Call IdentifierLost RTP packets during this connection Interarrival jitter during this connectionLatency experienced during this connection Normal Calls Cisco IP Phone-to-Cisco IP Phone Call Management Records Logged By Call Type Codec Cause Codes Description Codec Types Compression / Payload typesNumber changed Alarms Calling Cisco Technical Assistance Center TAC Index Debug messages and show commands Page Topology

30 VIP specifications

Cisco Systems has been a leading company in networking technology, and its suite of products is continually evolving to meet the demands of modern digital infrastructure. One of the latest introductions is the Cisco Systems 30 VIP, a highly advanced solution designed to enhance network performance and security for businesses of all sizes.

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Main features of the Cisco Systems 30 VIP include its high throughput capabilities, which support accelerated data processing and lower latency. This is crucial for businesses that rely on real-time data exchange and cloud applications. Additionally, the device incorporates Multi-Protocol Label Switching (MPLS) technology, which optimizes data flow between networks and significantly enhances overall performance.

Another notable characteristic of the 30 VIP is its integrated security features, including advanced threat detection and prevention systems. These are designed to protect sensitive business data from cyber threats, ensuring operational continuity and compliance with industry regulations. The Cisco 30 VIP also supports secure access protocols, allowing for secure remote connections, which is increasingly vital in today’s hybrid work environment.

The adaptability of the Cisco Systems 30 VIP is another of its standout aspects. It offers compatibility with existing Cisco infrastructure, making it easier for businesses to adopt new technologies without overhauling their entire system. This modular approach allows for easy upgrades and integration of future technologies, ensuring long-term viability and investment protection.

Furthermore, the Cisco Systems 30 VIP is powered by intelligent network management software that simplifies monitoring, configuration, and troubleshooting processes. This software enhances network visibility, allowing administrators to identify and address potential issues proactively, thereby reducing downtime and enhancing user experience.

In summary, the Cisco Systems 30 VIP represents a significant advancement in network technology with its high throughput, integrated security features, adaptability, and intelligent management capabilities. These elements combine to provide a robust solution that meets the evolving needs of modern businesses while ensuring secure and efficient operations. As organizations continue to navigate an increasingly complex digital landscape, the Cisco Systems 30 VIP offers a future-proof option designed to facilitate growth and resilience.
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