This course is designed to enable you to optimize a converged network in a Cisco Network. Learning new concepts such as packetization, CAC, MOS, FXS, FXC, and more, you will be able to dissect a voice frame and calculate total bandwidth and VoIP call bandwidth.
This course also covers QoS, NBAR, MQC, classifications, markings, and how to configure Cisco routers with VoIP for enterprise networks. You will learn how to configure, verify, troubleshoot, and implement Automated Quality of Service (Auto-QoS) features in the Cisco network environment, using features such as CoPP, DSCP, CBWFQ, IP Precedence, RED/WRED, and LFI.
In this course you will also become familiar with the basic procedures for installing and maintaining a high quality of service (QoS) on converged networks and learn how to optimize QoS (quality of service) in converged networks that support AutoQoS provisioning using DiffServ technology, such as configuring, verifying, and implementing NBAR classification, QoS Pre-classify, PQ, CQ, WFQ, CBWFQ, LLQ, and CB-WRED, and so forth. You will also learn how to optimize WLAN QoS (quality of service) in wireless networks and to apply wireless security solutions using enhanced 802.11 WEP security features and mechanisms, such as utilizing the various EAP solutions, and managing WLAN traffic flows.
Course Objectives:
As a result of taking this course, you will be able to:
•Dissect a voice frame
•Calculate total bandwidth and VoIP call bandwidth
•Configure Cisco routers with VoIP for enterprise networks
•Discuss Cisco VoIP implementations
•Configure, verify, troubleshoot, and implement Automated Quality of Service (Auto-QoS) features in the Cisco network environment
•Explain the basic procedures for planning, configuring, and managing Cisco
AutoQoS services
•Integrate implementing AutoQoS functionality.
•Identify the uses of the Cisco Security Device Manager (SDM) Smart
Wizards—for configuration management
•List the basic procedures for installing and maintaining a high quality of
service (QoS) on converged networks
•Apply QoS methods and practices to meet the needs of a business
•Identify the appropriate deployment and implementation methodology for
Cisco NBAR, class of service (CoS), queuing, RSVP, classification,
marking, and other basic and advanced mechanisms for network and bandwidth
performance improvement
Course Prerequisites:
The Cisco Certified Network Associate CCNA® is required prior to attempting all CCNP® exams. However, for this series, the basic prerequisites are that students are familiar with:
Basic Networking Terminology
•Basic Cisco IOS knowledge
•The OSI Model
•Routing Protocol Concepts
•Protocols and Data Packet Concepts
•Spanning Tree Protocol Concepts
•TCP/IP Addressing and Connectivity Concepts
•Network Topologies (e.g., Ring, Star)
•VLAN Concepts
•Ethernet concepts (CSMA, ports, Fast Ethernet, Gigabit Ethernet, etc.)
•Switched Ethernet Concepts
•Internetwork Packet Exchange (IPX)
•ISDN Concepts
•Client Utilities (Ping, FTP, TFTP, Telnet, IPCONFIG, Trace Route, etc.)
•Troubleshooting Concepts
Presentations:
400 Module 01: VoIP Network: Functions and Operations400 Module 02: Functions and Operations of AutoQoS400 Module 03: The SDM QoS Wizard400 Module 04: Configure/Verify/Troubleshoot AutoQoS Implementations400 Module 05: Level of Service400 Module 06: IPSec VPNs and GRE Tunnels400 Module 07: Describe, Configure and Verify VPN Backup Interfaces
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