CVOICE lays the foundation for gaining hand-on skills and significant understanding of packet telephony by presenting the technologies that are common for both Enterprise and Service Provider students. The course also teaches students how to use the available Cisco tools to find the information needed to accomplish their everyday tasks. Since no two networks are alike, this approach enables a student to apply the knowledge gained in this course to their specific needs.

Who Should Attend

• Employee
• Customer
• Channel Partners/Resellers

Prerequisites

Successful completion of Cisco Voice Fundamentals or prior experience and knowledge of traditional PSTN operations, requirements of Voice over IP, and a basic understanding of VoIP benefits. In addition, to fully comprehend the concepts and technologies taught in this course, a working knowledge of LANs, WANs, and IP switching and routing is essential. Basic internetworking skills taught in the Interconnecting Cisco Network Devices training course, or equivalent knowledge, is considered the minimum knowledge needed for this course.

After completing this course the student should be able to:

• Identify the components, processes, and features of traditional telephony networks that provide end-to-end call functionality
• Describe two methods of call control used on voice and data networks and provide one example of a protocol for each
• List at least five components or capabilities that are required to provide integrated voice and data services in campus LAN, enterprise, and service provider environments
• Select the appropriate analog voice connection to a Cisco device given the types of analog connections and their susceptibility to line quality problems
• Choose a voice compression scheme that best suits your needs given the fundamentals of digital voice encoding
• Describe the appropriate signaling method to deploy in a telephony system given the type of signaling: between PBXs; between PBXs and central offices; or specialized, such as ISDN
• Implement an effective method of transporting fax and modem traffic over a Voice over IP network given the standard implementations of fax and the methods used to transport modem traffic

Course Outline

1. Introducing Voice Over IP
2. Voip Network Technologies
3. VoIP Network Architectures
4. Building Scalable Dial Plans
5. Calculating Bandwidth Requirements
6. Allocating Bandwidth for Voice and Data Traffic
7. Considering Security in VoIP Networks
8. Configuring Voice Networks
9. Configuring Voice Ports
10. Adjusting Voice Interface Settings
11. Configuring Dial Peers
12. Configuring Voice Port Connections
13. VoIP Signaling and Call Control
14. Introducing Signaling and Call Control
15. Introducing H.323
16. Deploying and Configuring H.323
17. Configuring SIP
18. Configuring MGCP
19. Comparing Call Control Models
20. Improving and Maintaining Voice Quality
21. Designing for Optimal Voice Quality
22. Implementing CAC

Duration

4 Days (32 Hours)

Associated Certifications

CCVP/IPT Expr/IPT Sppt

Benefits Summary

• Modern equipment and small class group (5-6 student)
• Students work with real Cisco equipment (Cisco routers 25ХХ, 26ХХ, 36ХХ, 4000, 1 router for one person, switches Cisco Catalyst 2924 и 3550) at their individual PC, (Pentium IV, 512 МВ RAM, 17” monitor).
• Fully qualified, certified instructor (status CCDA, CCNP, CCAI).
• Theory amount to 40% from the total course duration.
• Practical skills, labs amount to 60% to learn a lesson more effective and strengthen new material.
• Testing system
• Pre-classes tests help to estimate knowledge level of using program and are intended for the most optimal choice of educational program.
• After-classes tests help to estimate knowledge received after trainings.
• Cisco Press manual.
• The courses will help to prepare for certified exam ССNA and CCNP in the future.
• After courses students are welcomed to use our support system during six months free using e-mail