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Summary
Summary
• Maps to most current version of the CCNP 3 Multilayer Switching online course > • Helps prepare the student for the CCNP BCMSN certification exam > • Written by expert instructors within the Networking Academy
Author Notes
Cisco Press is a collaboration between Cisco Systems, Inc., and Pearson Education that is charged with developing high-quality, cutting-edge educational and reference products for the networking industry. The products in the Cisco Networking Academy Program series are designed to prepare students for careers in the exciting networking field. These products have proven to be strong supplements to the web-based curriculum and are the only print companions that have been reviewed and endorsed by Cisco Systems for Cisco Networking Academy Program use.
Table of Contents
Foreword |
Introduction |
1 Campus Networks and Design Models |
Overview of a Campus Network |
Traditional Campus Networks |
Issues with Traditional Campus Network Designs |
Traditional 80/20 Rule of Network Traffic |
The New 20/80 Rule of Network Traffic |
Key Requirements of the Evolving Campus Structure |
Evolving Campus Structure |
Key Characteristics of Various Switching Technologies |
Overview |
Layer 2 Switching |
Layer 3 Switching |
Layer 4 |
Multilayer Switching |
Quality of Service (QoS) |
Multicast |
Hierarchical Design Model for Campus Networks |
Building-Block Approach |
The Switch Block |
Scaling the Switch Block |
Building the Core Block |
Layer 2 and |
Layer 3 Backbone Scaling |
Advantages of the Building-Block Approach |
Small Campus Networks |
Medium Campus Networks |
Large Campus Networks |
Basic Configuration of the Switch |
Cabling the Switch Block |
Connecting to the Console Port |
Connecting to an Ethernet Port |
Clearing a Configuration |
Setting a Password |
Naming the Switch |
Configuring the Switch for Remote Access |
Identifying Individual Ports |
Defining Port Speed and Line Mode on a Switch |
Important IOS Features |
Command-Line Recall |
Using the Help Feature |
Password Recovery |
Setting an Idle Timeout |
Verifying Connectivity |
Backup and Restoration of a Configuration Using a TFTP Server |
HTTP Access to the Switch |
Summary |
Key Terms |
Check Your Understanding |
2 VLANs and VTP |
VLAN Basics |
Describe a VLAN |
Motivation for VLANs |
VLANs and Network Security |
VLANs and Broadcast Distribution |
VLANs and Bandwidth Utilization |
VLANs Versus Router Latency |
Wrong Motives for Implementing VLANs |
VLAN Security |
Overview |
Understanding Switch ACLs |
Router ACLs and VLAN Maps |
Configuring Router ACLs |
Configuring VLAN Maps |
Using VLAN Maps with Router ACLs |
Applying Router ACLs and VLAN Maps on VLANs |
VLAN Types |
VLAN Boundaries |
End-to-End VLANs |
Local VLANs |
Establishing VLAN Memberships |
Port-Based VLAN Membership |
Dynamic VLANs |
Configuring VLANs and VMPS |
Configuring Static VLANs |
Verifying VLAN Configuration |
Deleting VLANs |
VMPS Operation |
VMPS Configuration Guidelines |
Access Links and Trunk Links |
VLAN Trunking and Dynamic Trunking Protocol |
Trunking Overview |
Configuring a VLAN Trunk |
Removing VLANs from a Trunk |
Basics of Dynamic Trunking Protocol |
DTP Trunk and Access Modes |
DTP Combinations |
Verifying DTP |
VLAN Identification |
VLAN Frame Identification |
Inter-Switch Link (ISL) |
The IEEE 802.1Q Protocol |
The IEEE 802.10 Protocol |
LAN Emulation (LANE) |
VLAN Trunking Protocol (VTP) |
VTP Benefits |
VTP Operation |
VTP Modes |
Adding a Switch to a VTP Domain |
VTP Advertisements |
VTP Configuration and VTP Pruning |
Basic Configuration Steps |
Configuring the VTP Version |
Configuring the VTP Domain |
Configuring the VTP Mode |
Verifying VTP Configuration |
Default Behavior of a Switch |
Configuring VTP Pruning |
Verifying VTP Pruning |
Summary |
Key Terms |
Check Your Understanding |
3 Spanning Tree Protocol (STP) |