Training Course:CVOICE (Cisco Voice over IP)School/Trainer:M/UX
Chicago, IL, United States
Course Format: Classroom | E-learning | Virtual Class | Online | On-site | Blended | Self-paced
Course Description:
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1. Exclusive - Voice Telephony Basics
Home Subscriber Service
Operation of the local loop
Central Office responsibilities
Supervisory signals
Call Progress signals
Address Signals
Business Subscriber Service
Four types of business systems
Compare and contrast PBX and Key Systems
Two types of Cisco Call Manager Systems
Analog Trunking
Digital Trunking
Analog Interfaces
Using FXS
Using FXO
Using E & M
Digital Voice Coding
Nyquist Theorem
Standards for Waveform Coding
Standards for Source Coding
Compare coding rates and types
Voice Quality Measurement
Digital Voice Interfaces
CCS
CAS
Compare and contrast T1 and E1
Q.931
Q.SIG
2. Introduction to VoIP
VoIP Network Technologies
VoIP Network Architectures
Building Scalable Dial Plans
Calculating Bandwidth Requirements
Allocating Bandwidth for Voice and Data Traffic
Considering Security Implications for VoIP Networks
3. Configuring Voice Networks
Configuring Router Voice Ports
Adjusting Voice Interface Settings
Configuring Dial Peers
Configuring Voice Port Network Connections
4. VoIP Signaling and Call Control
Introducing Signaling and Call Control
H.323
Deploying and Configuring H.323
Configuring SIP
Configuring MGCP
Comparing Call Control Models
5. Improving and Maintaining Voice Quality
Designing for Optimal Voice Quality
Implementing CAC (Call Admission Control)
Labs
Lab 1: Enhanced - Topology and Deployment
Wire the CVOICE classroom network and image the laptop servers for each workgroup. A base IP configuration is placed on the student router/gateway, while you become familiar with extension mobility test profiles. This lab takes less than 90 minutes, and no additional wiring is required for any later labs.
Enhanced content: Extension mobility test profiles
Lab 2: Lab Familiarity
List the data interfaces and voice ports on your routers. Access the client/servers in all other pods in the classroom. Verify and configure IP addressing on all interfaces. Set up routing.
Lab 3: Voice Port Configuration
Configure and verify analog port operations, including FXS and FXO. Test operation of analog interfaces. Configure digital port operations, including T1 CAS and ISDN PRI. Test operation of both digital ports.
Lab 4: Enhanced - Dial Plan Lab 1: POTS Dial Peers
Configure dial peers for locally terminated, PBX, and PSTN calls. Determine appropriate method of digit forwarding and manipulation. Configure explicit preference for dial peers, Caller ID, Direct Inward Dial (DID), and Private Line Automatic Ringdown (PLAR).
Enhanced content: Caller ID and Direct Inward Dial; Dial peers for all PSTN destinations
Lab 5: Enhanced - Dial Plan Lab 2: Hunt Groups
Configure dial peers for emergency 911 and 9,911 for PRI ISDN connection (preferred) and FXO connection (backup in case of failure).
Enhanced content: 911 backup path to the PSTN
Lab 6: Dial Plan Lab 3: VoIP Dial Peers
Configure VoIP connections. Configure Loopback interfaces for session targets. Verify basic call setup through debug commands. Use appropriate show and debug commands to monitor and troubleshoot the connections. Configure various explicit codecs and experiment with mis-matched codecs. Explore, calculate, and verify proper bandwidth requirements for various types of voice calls. Configure and investigate codec negotiation.
Lab 7: Dial Plan Lab 4: Tie Lines
Configure and test a tie-line toll bypass connection using VoIP. Dial between PBX connections across the configured tie-line connection.
Lab 8: Gateways and Gatekeepers
Configure single zone and multizone H.323 gatekeeper environments for VoIP scalability. Use debug and show commands to monitor the status and progress of call setup procedures in an H.323 environment. Each workgroup configures both gateway and gatekeeper functions.
Lab 9: VoIP with SIP
Use SIP direct (UA to UA) and proxy call control procedures to establish VoIP calls. Use debug commands to analyze direct and proxy call control procedures.
Lab 10: VoIP with MGCP
Configure your routers as MGCP Residential Gateways controlled by a Cisco CallManager and have the routers use an MGCP call agent to establish voice between them. Use debug commands to analyze the interactions between MGCP Gateways and a call agent. Use show commands to view the status of MGCP endpoints, connections, and calls.
Lab 11: Quality of Service
Implement quality improvements on low speed links using AutoQoS. Experiment with QoS features such as fragmentation, interleave, and Frame Relay traffic shaping. Implement features such as voice packet marking (tagging) and queuing to improve end-to-end voice quality.
Lab 12: Call Admission Control
Implement call admission control three different ways: by setting the dial peer maximum connections, by way of RSVP, and by using H.323 gatekeeper CAC.
Prerequisites
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Interconnecting Cisco Network Devices (ICND)
ICND (Interconnecting Cisco Network Devices)
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Please go to the school's official website for training price and schedule:
http://www.mux-ed.com/
Phone:866-700-9811
School Address:
pSeries/AIX, CISCO, Linux, Microsoft, Professional Skills, Project Management, RedHat LINUX Enrollments 866-700-9811 (Toll Free) or 916-226-2537
CICS, iSeries/OS400, Enterprise/zSeries and WebSphere Enrollments 888-689-3326 (Toll Free) or 916-226-2511
DB2 UDB, Rational Software, and Tivoli Enrollments 866-700-9817 (Toll Free) or 916-226-2533
M/UX
9245 Laguna Springs Drive
Suite 315
Elk Grove, CA 95758 USA
Jobs & Resumes: Chicago
Houses & Roommates: Chicago
Other training courses offered by M/UX:
CCDA Boot Camp
CCNA Boot Camp
CCNP
CCVP
BCMSN (Building Cisco Multilayer Switched Networks v3.0)
BSCI (Building Scalable Cisco Internetworks v3.0)
DB2 DataPropagator Advanced Topics
Architecting the Data Warehouse
Effective RACF Administration
Introduction to the z/OS Environment
z/OS Job Control Language and Utilities
Fundamental System Skills in z/OS and OS/390
z/OS Facilities
OS/390 System Services Structure
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