Course Outline |
Switches in the Network
- Introduction to Cisco AVVID and Cisco Call Manager.
- Role of Multilayer switch in the Network
- Route Summarization and CIDR
- Catalyst Switches
Configuring VLANs and VTP
- Implementing VLANs
- Implementing VLAN TRUNKS
- Implementing VLAN TRUNK PROTOCOL
Spanning Tree Protocol
- Route Plan Basics
- Configuring Spanning Tree Protocol
Enhancing Spanning Tree Protocol
- Examining and Configuring STP Enhancements
- Tuning and Troubleshooting STP
Implementing Multilayer Switching in the Network
- Examining Multilayer Switching
- Configuring Multilayer Switching
- Routing between VLANs
Improving availability on Multilayered Switched Networks
- Module redundancy in Multilayer Switched Networks
- Router redundancy in Multilayer Switched Networks
Cisco AVVID Services & Applications
- IP Multicast and its Configuration
- IP Telephony
Cisco Quality of Service (QoS)
- Examining and Configuring QoS
Optimizing and Securing Multilayered Switched Networks
- Optimizing Switched Networks
- Securing Switched Networks
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Who Should Attend |
This course is valuable for experienced IT Professionals already working in designing and implementing of internetworks and have CCNA level of expertise. |
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Hands-On LAB Exercises |
- Using commands for basic configuration of switches
- Verifying Switch configuration using show commands
- Configuring VLANs on a Switched Network
- Verifying VLAN configuration on a Switched Network
- Configuring VTP on a Switched Network
- Verifying VTP configuration on a Switched Network
- Implementing and Verifying Spanning Tree Protocol (STP)
- Implementing and Verifying Enhanced Spanning Tree Protocol
- Configuring Layer 3 Switches
- Verifying Layer 3 Configuration on Multilayer Switches
- Implementing Layer 3 Switching in the Network
- Improving Availability on Multilayered Switched Networks
- Classifying, Marking and Implementing Quality of Service (QoS) using Policy Maps
- Configuring Egress Queues on Gigabit Capable Ethernet Ports
- Optimizing Multilayered Switched Networks
- Securing Multilayered Switched Networks
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