L i ul
The conventions used to present command syntax in this book are the same conventions used in the IOS Command Reference. The Command Reference describes these conventions as follows Boldface indicates commands and keywords that are entered literally as shown. In actual configuration examples and output (not general command syntax), boldface indicates commands that are manually input by the user (such as a show command). Italic indicates arguments for which you supply actual values. Vertical bars...
Configuring Analog Voice Ports
The three types of analog ports that you will learn to configure are In North America, the FXS port connection functions with default settings most of the time. The same cannot be said for other countries and continents. Remember, FXS ports look like switches to the edge devices that are connected to them. Therefore, the configuration of the FXS port should emulate the switch configuration of the local PSTN. For example, consider an international company that has offices in the United States...
- A - 2
- Acceptable Delay
- Admission Request
- Admission Request Message Failures
- B
- B I
- Basic Gatekeeper Configuration Commands
- Basic MGCP Concepts
- Benefits of Multisite WAN with Distributed Call Processing Deployment
- Benefits of the Clustering over the Ip Wan Deployment
- Best Practices for Multisite WAN with Distributed Call Processing Deployment The following best practices apply to the use of a gatekeeper
- C
- C5510
- CAControlled MGCP T38 Fax Relay
- Calculating Delay Budget
- Calculating the Total Bandwidth for a VoIP Call
- Call Disconnect
- Call Flows with Multiple Gatekeepers
- Call Routing and Path Selection
- Call Setup Using a Proxy Server
- Call Setup Using a Redirect Server
- Caller ID Number Manipulation
- Calling Privileges - 2
- Cas
- Chapter
- Chapter Review Questions - 2 3 4 5 6 7 8
- Cisco IOS Configuration Commands for Enhanced Media Resources
- Cisco IOS Image Support for Cisco UBE Gateways
- Cisco UBE Gateway Call Flows
- Cisco UBE Gateways and Gatekeeper Interworking
- Cisco UBE Gateways in Enterprise Environments
- Cisco Unified Border Element Overview
- Clock Sources
- Clustering over the Ip Wan Deployment
- Co
- Codec Complexity
- Codec Filtering on Cisco UBEs
- Codecs
- Complete TEHO Configuration
- Conferencing configuring on voice gateways 107109 configuring
- Configuration Considerations
- Configure the Cisco UBE
- Configure the Gatekeeper
- Configuring a PRI Trunk Example
- Configuring a SIP Gateway Example
- Configuring Advanced Dial Plans
- Configuring an ISDN Trunk
- Configuring Cisco UBEs and Via Zone Gatekeepers
- Configuring Codec Complexity
- Configuring COR for Cisco Unified Communications Manager Express
- Configuring Destination Pattern Options
- Configuring Digit Manipulation
- Configuring Gatekeeper Zones
- Configuring Gateways to Use H323 Gatekeepers
- Configuring H323
- Configuring H323 Gateways
- Configuring H323toH323 Interworking
- Configuring MGCP Gateways
- Configuring Path Selection
- Configuring POTS Dial Peers
- Configuring QSIG Support
- Configuring SIP
- Configuring Technology Prefixes
- Configuring TEHO
- Configuring Transparent Codec Pass Through and Media Flow Around
- Configuring VoIP Dial Peers
- Configuring Zone Prefixes
- Connect
- Considering VoIP Design Elements
- D
- Data Link Overhead
- Debug Commands
- Delay
- Design Characteristics of Multisite WAN with Distributed Call Processing Deployment
- Design Guidelines for Multisite WAN with Centralized Call Processing Deployment
- Design Guidelines for Multisite WAN with Distributed Call Processing Deployment
- Dial Plan Overview
- Dial Peer Configuration
- Dialpeer matching 398400
- Did
- Differences from Fax Transmission in the PSTN
- Digit Manipulation
- Digit Manipulation for Inbound Calls
- Digit Manipulation for Outbound Calls
- Digit Stripping
- Digital Trunks
- Digital Voice Port Parameters
- Direct Call Setup
- Directory Gatekeeper Characteristics
- Directory Gatekeepers
- Display IE
- DOK
- Dsp - 2
- DSP Calculator
- DTMF Support
- Dvoice service
- E
- E1
- E1 R2
- Edialpeer terminal
- Effects of Voice Activity Detection on Bandwidth
- Endpoint Addressing
- Examining VoIP Gateways and Gateway Control Protocols
- Example 411 show voice port Command
- Example 510 show mgcp Command routershow mgcp
- Example 517 show sipua status Command
- Example 522 OK Message
- Example 523 BYE Message
- Example 617 show dialplan number 1001 Command continued
- F - 2
- Fax Pass Through
- Fax Relay
- Fax Services over IP Networks
- Faxrate service
- Figure 410 NFAS
- Figure 47 ISDN Frame Format
- Figure 524 Direct Call Setup
- FPSQM
- Framing Formats
- Fxo
- G
- G728
- Gatekeeper Call Routing
- Gatekeeper Call Routing Examples
- Gatekeeper Configuration Steps
- Gatekeeper Discovery
- Gatekeeper Endpoint Registration
- Gatekeeper Hardware and Software Requirements
- Gatekeeper Overview
- Gatekeeper Signaling
- Gatekeeper Signaling LRQ Sequential
- Gatekeeper Transaction Message Protocol
- Gatekeeper Zone Bandwidth Operation
- Gateway Selection Process
- Gateway Signaling Protocols and Fax Pass Through and Relay
- Gateway Type Prefix Table
- Gateway Controlled MGCP T38 Fax Relay
- Gateway Controlled Modem Relay
- Gk
- Gk1 I
- Gk2
- H2250
- H323 - 2
- H323 DTMF Support
- H323 Gateway Overview
- H323 T38 Fax Relay
- H323toH323 interworking configuring on Cisco UBE 539 H323toSIP interworking configuring
- Hardware Conferencing and Transcoding Resources
- Hardware MTP
- Hdb3
- How SIP Works
- I
- 1
- 1 I
- Ghs - 2
- Swr
- Impact of Voice Samples and Packet Size on Bandwidth
- Implementing SIP Gateways
- Inbound Dial Peer Matching
- Inbound ISDN Call Example
- Inbound Site Code Dialing Example
- Info - 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103
- Interzone Call Setup
- Intrazone Call Setup
- Introducing Analog Voice Applications on Cisco IOS Routers
- Introducing Dial Peers
- Introducing Digital Voice Ports
- Introducing Voice over IP Networks
- Ip
- IP Networking and Audio Clarity
- Irr
- Isdn
- ISDN Dial Plan Requirements
- ISDN Information Elements
- ISDN Media Types
- ISDN Messages
- J
- Jitter
- Lcf
- Lightweight Registration
- Line Coding
- M
- Matching Inbound Dial Peers
- Matching Outbound Dial Peers
- Mcu - 2 3
- Media Flow and Transparent Codec Commands
- Media Flows on Cisco UBE Gateways
- Mgcp
- Mgcp Dtmf Support
- MGCP Overview
- MGCP T38 Fax Relay
- Modem Pass Through
- Modem Relay
- Mos
- Mpls
- Multisite WAN with Distributed Call Processing Deployment
- N
- Network Clock Timing
- Non Facility Associated Signaling
- North American Numbering Plan Example
- Numbering Plan Categories
- Numbering Plan Overview
- Objectives of QoS
- Ok
- On
- On On
- Outbound Dial Peer Matching
- Outbound PSTN Call Example
- Outbound PSTN Call Flow Example
- Outbound Site Code Dialing Example
- Output Omitted - 2 3
- Overlapping Numbering Plans
- P
- Packet Loss
- Payload Redundancy
- Pbx - 2 3
- PBXtoPBX Calls
- Performing Call Signaling over Digital Voice Ports
- Pesq
- Planning Considerations
- Practice Scenario 1 POTS Dial Peer Configuration
- Private and Public Numbering Plan Integration
- Private Numbering Plan Design Considerations
- Progress IE
- Protocol Interworking Command
- Protocol Interworking on Cisco UBE Gateways
- Psd
- Psqm
- Pstn - 2
- PSTN Dial Plan Requirements 3
- PSTN Numbering Plan Common Elements
- Q921
- Q931
- Qsig
- QSIG Overview
- R
- R1
- R2
- RAI Configuration
- RAI in Gatekeeper Networks
- RAS Messages
- Registration Request
- Relay Switchover
- Routing Calls over Analog Voice Ports
- RSVPBased CAC on Cisco UBEs
- S
- Scalable Numbering Plans
- Sccp - 2 3
- Security and Tunneling Overhead
- Servers
- Sip - 2
- SIP Addressing
- SIP Dial Peer Example
- Sip Dtmf Considerations
- Sip Dtmf Support
- SIP Overview
- SIP T38 Fax Relay 3
- Software MTP
- Ssdc5
- Status Tip Ring
- Step 1 Define COR Labels
- Step 1 Enabling H323toSIP Interworking
- Step 2 Configure Outbound Corlists
- Step 2 Configuring Dial Peers
- Step 2 Define Outbound VoIp Teho Dial Peer
- Step 2 Define VoIP Dial Peers
- Step 3 Add Support for PSTN Fallback
- Step 3 Configure Inbound Corlists
- Step 3 Define Outbound Pots Teho Dial Peer
- Step 4 Assign Corlists to PSTN Dial Peers
- Step 4 Create a Dial Peer for PSTN Fallback
- Storeand Forward
- Streamactive
- Summary - 2 3 4 5 6 7 8
- T
- T1 - 2
- T1 CAS with Em Fgd and Eana Fgd Trunk Configuration Example
- T1 CAS with Em Fgd and Fgd Eana Trunk Configuration Example
- T1 Pri Qsig
- T30
- Table 38 Destination Pattern Options continued Destination Pattern Matching Telephone Numbers
- Table 48 Common IEs Value Name Description
- Tail End Hop Off TEHO
- Te
- Technology Prefix with Hop Off
- Technology Prefixes - 2
- The bandwidth Command
- Transporting Modulated Data over IP Networks
- Ucm2 1010103
- Understanding COR for SRST and CME
- Understanding COR on Cisco IOS Gateways
- Uv
- V
- Verifying Digital Voice Ports
- Verifying Gatekeeper Functionality
- Verifying MGCP
- Verifying PSTN Dial Plans
- Verifying RAI Operation
- Verifying SIP Gateways
- Voice Ports
- Voice Translation Profiles Versus the dialplanpattern Command
- Voice Quality Measurement Comparison
- VoIP and QoS
- VoIP Dial Peers
- WAN Considerations
- Why H323
- Why SIP
- X
- Xxx - 2
- Zone Bandwidth Calculation
- Zone Bandwidth Configuration Example
- Zone Prefixes
- Zones


