CCNP SWITCH 642-813 Cert Kit

David Hucaby, CCIE No. 4594, is a network architect for the University of Kentucky, where he works with health-care networks based on Cisco Catalyst LAN switches. Brent Stewart, CCNP, CCDP, MCSE, is a certified Cisco Systems instructor and teaches at Global Knowledge. Denise Donohue, CCIE No. 9566, is manager of Solutions Engineering for ePlus Technology in Maryland. She is responsible for designing and implementing data and VoIP networks, supporting companies based in the National Capital region. Sean Wilkins is an accomplished networking consultant and has been in the field of IT since the mid 1990's working with companies like Cisco, Lucent, Verizon and AT and T.

Cisco LAN Switching Video Mentor:

Lab 1, Interface Configuration

Lab 2, Setting Up VLANs"

Lab 3, Setting Up Trunk Links

Lab 4, "Using the VLAN Trunking Protocol (VTP)

Lab 5, Working with the Spanning Tree Protocol (STP)

Lab 6, STP Topology Changes

Lab 7, Leveraging Rapid PVST+

Lab 8, Scaling STP with Multiple Spanning Tree (MST)

Lab 9, Protecting the STP Topology

Lab 10, Scaling Bandwidth with EtherChannel

Lab 11, Setting Up Multilayer Switching

Lab 12, First Hop Redundancy with HSRP.

Lab 13, First Hop Redundancy with GLBP.

Lab 14, Private VLANs

Lab 15, Using Access Control Lists (ACLs) to Control Traffic

Lab 16, Using Port Security

Lab 17, Preventing Spoofing Attacks

Lab 18, "Quality of Service, Part 1

Lab 19, Quality of Service, Part 2

Lab 20, Monitoring Traffic

 

CCNP Switch Quick Reference:

I.          Chapter One, Campus Network Design

a.         The Hierarchical Design Model

b.         Problems with the Hierarchical Design Model

c.         The Enterprise Network Model

d.         Planning Switch Implementation

II.         Chapter Two, VLAN Implementation

a.         VLAN Topologies and Best Practices

b.         Implementing VLANs

c.         Implementing VLAN Trunking

d.         VLAN Trunking Protocol (VTP)

e.         Etherchannels

f.          Troubleshooting VLAN Issues

III.       Chapter Three, Spanning Tree

a.         Understanding the Spanning Tree Protocol

b.         Rapid Spanning Tree Protocol (RSTP)

c.         PerVLAN Spanning Tree (PVST)

d.         Multiple Spanning Tree (MST)

e.         Securing Spanning Tree

f.          Preventing STP Loops

IV.       Chapter Four, InterVLAN Routing

a.         Understanding Routing Between VLANs

b.         InterVLAN Routing Using Multilayer Switches

c.         Understanding Cisco Express Forwarding (CEF)

d.         Securing interVLAN Routing

e.         Troubleshooting interVLAN Routing

V.        Chapter Five, Implementing High Availability

a.         Assessing Failover and Recovery Performance

b.         Hot Standby Routing Protocol (HSRP)

c.         Virtual Router Redundancy Protocol (VRRP)

d.         Gateway Load Balancing Protocol (GLBP)

VI.       Chapter Six, Campus Network Security

a.         MAC Address Flooding

b.         VLAN-based Attacks

c.         Spoof Attacks

d.         Other Switch Vulnerabilities

VII.      Chapter Seven, Using Wireless LANs

a.         Wireless LAN Overview

b.         WLAN Standards

c.         Wireless Security

d.         Wireless Network Components

e.         Integrating Wireless into the Network

f.          Configuring the Cisco WLAN Client and ADU

VIII.     Voice and Video in a Campus Network

 

CCNP Switch Cert Flash Cards Online:

1 - Analyzing Campus Network Design

2 - Implementing VLAN's in Campus Networks

3 - Implementing Spanning Tree

4 - Implementing Inter-VLAN Routing

5 - Implementing Redundancy in a Campus Environment

6 - Implementing a Highly Available Network

7 - Minimizing Loss and Theft on a Campus Network

8 - Implementing Wireless LAN's on a Campus Network

9 - Implementing Voice and Video on a Campus Network