CCVP
Bootcamp combines the following courses: Cisco Voice
Over IP (CVOICE), Cisco Voice Gateways and Gatekeepers
(GWGK), Cisco IP Telephony (CIPT 1), Cisco IP Telephony
Part 2 (CIPT2), (QoS) and (TUC)......
Become CIE(Cisco Certified Internetwork
Expert) in 45 days ....
implementing
Cisco Voice Gateways and Gatekeepers (GWGK) Training
GWGK
Course Description
Implementing Cisco Voice Gateways and
Gatekeepers
(GWGK) v1.0 is a five-day instructor-led
course that aims to provide the
necessary background to support
personnel who deploy gateways and
gatekeepers. Specifically, this course
provides network administrators and
network engineers with the knowledge and
skills to integrate gateways and
gatekeepers into an enterprise and
service provider Voice over IP (VoIP)
network. The course is one of several in
the Cisco CCVP™ track that addresses
design, planning, and deployment
practices, and provides comprehensive
hands on experience in configuration and
deployment.
Who should attend this course?
Cisco CUSTOMERS who implement,
install, and maintain IP Telephony
networks
Cisco CHANNEL PARTNERS who sell,
implement, and install IP Telephony
products and solutions
Cisco SYSTEMS ENGINEERS who support
the sales of Cisco IP Telephony
products and solutions
Prerequisites
Cisco IP Telephony (CIPT)
Cisco Voice over IP (CVOICE)
Implementing Cisco Quality of
Service (QOS)
Number of Days:
5- Days instructor-led classroom
training. (Approx. 7 hours each day.)
Course Objectives
Upon completing this course, the learner
will be able to meet these overall
objectives:
Explain the function and interoperation
of Gateways within a converged network
Compare and contrast the different
protocols used on the Gateways and
the appropriate application of each
protocol
Explain the differences between the
various Digital and Analog line
protocols
Describe and explain QSIG and its
implementation
Describe and explain drop and insert
multiplexing features
Configure and implement a DSPFarm to
support specified requirements
Explain the capabilities and
functions of a DSPFarm
Configure a DSPFarm to support
transcoding
Configure a DSPFarm to support
conferencing
Explain the function and interoperation
of Gatekeepers within a converged
network
Explain the function of Gatekeepers
Explain the interoperation of a
Gatekeeper and the call agent
Describe and explain the Gatekeeper
transaction message protocol and its
usages
Determine the relevant technical and
business needs that affect the choice of
Gateway features, protocols and
placement
Select the correct placement of the
Gateway within a given network
topology to meet stated requirements
Given different Telco and PBX system
offerings, determine which Gateway
services can be supported
Select the correct protocol to
support the required features (fax
relay, modem relay, pass-though,
survivability, caller-ID, caller
name display)
Determine the relevant technical and
business needs that affect the choice of
Gatekeeper features and placement
Select the correct placement of the
Gatekeeper within a given network
topology to meet stated requirements
Select the appropriate Gatekeeper
functionality given stated business
and technical requirements (call
admission control, dial-plan
resolution)
Configure and implement a Gateway to
interface with the PSTN
Configure PRI connectivity (switch
type, signaling)
Configure CAS connectivity (feature
group B and D, E1 R2)
Configure additional voicemail
connectivity features (DTMF 4th
column, etc)
Configure IP circuit emulation
feature
Verify and troubleshoot
configurations
Design and deploy a dial-plan to meet
specific requirements
Configure digit manipulation
(translation rules, number
expansion)
Design call routing scheme to meet
technical and business requirements
Configure alternate call routing.
Based on resource availability or
cost
Implement and configure COR to meet
business requirements
Configure Gateway to use Gatekeeper
for call resolution
Configure call agent to use
Gatekeeper for call resolution
Verify and troubleshoot
configurations
Implement extended services on the
Gateway including Auto Attendant and
Accounting/Billing
Download TCL scripts
Configure Auto Attendant using TCL
scripts
Describe TCL usages (Billing,
Radius, AAA)
Design and deploy redundant Gateway
configurations to provide high
availability
Implement SRST on the Gateway
Describe necessary physical
connectivity requirements to support
redundant gateways
Design and deploy redundant Gatekeeper
configurations to provide high
availability
Configure HSRP between Gatekeeper
devices
Configure Gatekeeper clustering
Configure and implement Gateways and
Gatekeepers within a managed services or
service provider environment
Determine when an IP-IP Gateway is
necessary to meet technical and
business requirements
Configure IP-IP Gateways
Describe and explain when the OSP
protocol is necessary to meet
technical requirements
Contrast the Enterprise and Service
Provider environments
Course Flow
This is the standard course schedule for
a 5 day, instructor-led class.
Adjustments may be made based on the
skills, knowledge, and preferences of
the learners in attendance.
Day 1: Function of
Gateways and Gatekeepers and
Integrating a VoIP Network to
the PSTN and PBXs
Day 1
8:30–9:20 (0830–0920)
Lesson 1-1: Reviewing Gateways
and Gatekeepers
9:30–10:20 (0930–1020)
Lesson 1-2: Selecting a Gateway
Protocol
10:30–12:00 (1030–1200)
Lesson 1-3: Implementing
Gateways
12:00–1:00 (12:00–1300)
Lunch
1:00–1:50 (1300–1350)
Lesson 1-4: Configuring Fax and
Modem Support
2:00–2:50 (1400–1450)
Lab 1-1: Configuring MGCP
Gateways
3:00–3:50 (1500–1550)
Lesson 2-1: Connecting to the
PSTN and PBXs
4:00–5:00 (1600–1700)
Lesson 2-2: Analog Circuits
5:00 (1700)
Day ends
Day 2: Integrating a
VoIP Network to the PSTN and
PBXs
Day 2
8:00–8:30 (0800–0830)
Review of Day 1
8:30–9:20 (0830–0920)
Lesson 2-3: CAS Circuits
9:30–12:00 (0930–1200)
Lesson 2-4: ISDN PRI Circuits
12:00–1:00 (1200–1300)
Lunch
1:00–1:50 (1300–1350)
Lesson 2-5: QSIG Integration
2:00–2:50 (1400–1450)
Lab 2-1: Configuring PSTN
Connections
3:00–5:00 (1500–1700)
Case Study 2-2: Migrating to IP
Telephony from a PBX-Based
System
5:00 (1700)
Day ends
Day 3: Implementing Dial
Plans
Day 3
8:00–8:30 (0800–0830)
Review of Day 2
8:30–9:20 (0830–0920)
Lesson 3-1: Dial Plan Overview
9:30–12:00 (0930–1200)
Lesson 3-2: Digit Manipulation
12:00–1:00 (1200–1300)
Lunch
1:00–1:50 (1300–1350)
Lesson 3-3: Class of
Restrictions
2:00–2:50 (1400–1450)
Lesson 3-4: Influencing Call
Routes
3:00–5:00 (1500–1700)
Lab 3-1: Implementing a Dial
Plan and COR
5:00 (1700)
Day ends
Day 4: Implementing
Advanced Gateway Features
Day 4
8:00–8:30 (0800–0830)
Review of Day 3
8:30–9:20 (0830–0920)
Lesson 4-1: Deploying SRST
9:30–12:00 (0930–1200)
Lab 4-1: Configuring SRST
12:00–1:00 (1200–1300)
Lunch
1:00–1:50 (1300–1350)
Lesson 4-2: Digital Signal
Processors in Gateways
2:00–2:50 (1400–1450)
Lab 4-2: Configuring DSP Farms
3:00–5:00 (1500–1700)
Lesson 4-3: Toolkit Command
Language
Lab 4-3: Configuring TCL Scripts
5:00 (1700)
Day ends
Day 5: Deploying
Gatekeepers and Introducing
Service Provider Offerings
