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Cisco Training Description:
This five-day course will help you better understand how networking is defined, implemented, and supported in the real world. It provides a Cisco-specific network perspective so that you are able to understand and prepare for the Cisco 640-802 exam as well as the ICND1 640-822 and ICND2 640-816 exams.
Cisco Training Audience:
Students who are working toward CCNA certification.
Cisco Training Prerequisites:
A basic understanding of network architecture and protocols is required.
Cisco Training Course duration:
5 Days
Cisco Training Course outline:
The Cisco Router and Switch Interface Security
Router Power-On/Bootup Sequence
Router Interfaces
Cisco IOS Software EXEC
Logging into the Router
Router Context-Sensitive Help
Using Enhanced Editing
Router Command History
Break Sequences
Router Components
show version Command
Configuration-Register
Viewing the Configuration
Setup Mode
Configuring the Router
Router Modes
Saving Configurations
Restoring Configurations
Administrative Functions
Configuring Router Identification
Configuring Interface Description
Do the “do”
Console/Aux Password Configuration
Other Console Line Commands
Telnet VTY Password
Telnet versus SSH Access
Secure Shell
Verifying SSH
Enable Passwords
Encrypting your Passwords
Configuring an Interface
Adding IP Addresses
Serial Interface Clocking
Configuring a Serial Interface
Disabling or Enabling an Interface
Verifying Your Changes
Interpreting Interface Status
Show ip interface brief
Erasing NVRAM on a Router
Catalyst Switches
Hubs (Physical)
Switches/Bridges (Layer 2)
Switches Supersede Bridges
LAN Switch Features
Three Switch Functions
Learning Host Locations
How Switches Filter Frames
Broadcast and Multicast Frames
show mac-address-table
Connecting Switches Together
Do switches need an IP Address?
What is the Default Gateway Address for the Hosts?
Configuring the Switch IP Address
show running-config
Advanced IOS Management
Router as a Computer
Router Boot Cycle
Finding the Cisco IOS Image
Loading the Cisco IOS Image from Flash Memory
show flash command
Determining the Current Configuration Register Value (show version command)
Backing up/Restoring the Cisco IOS and Configuration
Copy IOS to TFTP Server
Copy TFTP Flash
Cisco IOS copy Command
Loading the Configuration
show and debug Commands
Considerations When Using debug Commands
Commands Related to debug
Backing up the Configuration
Fallback
ROM Monitor Mode
Auto-Install
Making Your Router a TFTP Server
Making Your Router a DHCP Server
Cisco Discovery Protocol
show cdp neighbors
Telnet
Resolving Host Names
Basic Testing
Show/ping/traceroute
Troubleshooting LAN Connectivity Problems
IP Troubleshooting
IP Addressing & Subnetting
IPv4 Addressing
Binary to Decimal Conversion
Math to Memorize!
Powers of 3
IP Addressing
IP Address Classes
IP Address Ranges
Addressing without Subnets
Addressing with Subnets
Subnet Masks
How do you Determine the Mask to Use?
After you Choose a Possible Subnet Mask…
Once you Find your Mask…
CIDR
IP Subnet-Zero
Easy Subnetting
Very Easy Subnetting
What can the Host Address be?
What is the Host IP and Default Gateway Address?
What Class C Mask can you use to Achieve the Maximum Amount of Hosts per Network?
IP Routing
What is Routing?
Basic Path Selection
Longest Match Rule
Simple IP Routing
show ip arp
Static and Dynamic Routes
Static Routes
Static Route Configuration
Default Routes
Routing Loops
What is Routing Protocol?
Dynamic Routing Protocols
Routing Protocols
Classful Routing Overview
Classless Routing Overview
Classes of Routing Protocols
Administrative Distance (AD)
Distance Vector Metrics
Distance Vector
Discovering Routes
Routing Loops
Symptom: Counting to Infinity
Solution: Defining a Maximum
Solution: Split Horizon
Solution: Route Poisoning
Solution: Poison Reverse
Holddown Timers
RIP Overview
RIP Routing Configuration
RIP Version 2
RIPv1 vs. RIPv2
Discontiguous Addressing
Passive Interface
Verifying RIP
Verifying the RIP Configuration
Displaying the IP Routing Table
debug ip rip Command
What is Enhanced IGRP (EIGRP)?
Balanced Hybrid Routing
EIGRP for IP
EIGRP Terminology
EIGRP Tables
Successor Routes
EIGRP Convergence
Choosing Routes
Configuring EIGRP for IP
EIGRP Load Balancing
Route Path
Verifying Enhanced IGRP Operation
Verifying EIGRP
Show IP Route
show ip eigrp topology
show ip protocols
Introducing OSPF
OSPF Overview
OSPF Hierarchical Routing
OSPF in a Hierarchical Design
Neighbor Adjacencies: The Hello Packet
Link State vs. Distance Vector
SPF Algorithm
Types of OSPF Routers
OSPF Concepts
Configuring Single Area OSPF
Verifying the OSPF Configuration
Load Balancing with OSPF
OSPF debug Commands
OSPF Neighbors
Router ID (RID)
Electing the DR and BDR
show ip ospf neighbors
OSPF Network Types
Configuring Loopback Interfaces
Interface Priorities
Ensuring your DR
OSPF Link Costs
Configuring Wildcards
Wildcard
Troubleshooting OSPF
Advanced TCP/IP
Class B Subnetting
Private Address Space
Broadcasts
VLSM
Variable Length Subnet Masks
Discontiguous Addressing
What is Route Summarization?
Route Summarization
Over Summarization
Implementing Summarization
To Find a Summary Address…
Cisco Summarization Commands
Common Threats to Physical Installations
Common Attacks
Security Appliances
Why Use ACLs?
ACL Applications: Filtering
Types of IP ACLs
How to Identify ACLs
IP Access List Entry Sequence Numbering
ACL Configuration Guidelines
Dynamic ACLs
Reflexive ACLs
Time-Based ACLs
Access List Applications
Wildcards Review
Wildcard Masks
Access List Command Overview
Applying Access Lists to a VTY Line
Standard versus Extended Access List
Access List Configuration Guidelines
Named Access Lists
Commenting ACL Statements
Monitoring ACL Statements
Verifying Access Lists
Monitoring Access List Statements
Network Address Translation
Why use NAT?
NAT Considerations
NAT Address Terms
NAT Overview
Translating Inside Local Addresses
Overloading Inside Global Addresses
Static NAT Configuration
Dynamic NAT Configuration
Inside Global Address Overloading
Configuring NAT to Translate Overlapping Addresses
Verify NAT
Troubleshoot NAT
Clearing NAT Entries
NAT Design
VLANs and STP
Segmenting with Switches
Three Switch Functions
Learning Host locations
How Switches Filters Frames
Broadcast and Multicast Frames
Before VLANs
After VLANs
Benefits of VLANs
VLAN Operations
ISL/802.1q Frame Tagging
Dividing a Physical Interface into Subinterfaces
ISL Trunks
Creating VLANs
Create Trunk Ports
show interface trunk
Which are Trunk Ports, Which are Access Ports?
Securing Unused Switch Ports
Configuring Port Security
Port Security
Virtual Trunk Protocol (VTP)
VTP Modes
VTP Client Mode
VTP Revisions
To Communicate VLAN Information Between Switches…
Gathering Information and Configuring a Switch
Redundant Topology
Solution: Spanning-Tree Protocol
Spanning-Tree Operations
STP Root Bridge Selection
BPDUs
STP Port States
Spanning-Tree
Spanning-Tree Port States
Port Security
802.1X Port-Based Authentication
PortFast
Show spanning-tree
Introduction to Wireless LANs
Differences Between WLAN and LAN
Radio Frequency Transmission
Organizations that Define WLAN
ITU-R with FCC Wireless
IEEE 802.11 Standards Comparison
Wi-Fi Certification
802.11 Topology Building Blocks
BSA Wireless Topology – Basic Coverage
ESA Wireless Topology – Extended Cover
Wireless Topology Data Rates – 802.11b
Access Point Configuration
Steps to Implement a Wireless Network
Common Wireless Network Issues
Wireless Troubleshooting
Wireless LAN Security Threats
Mitigating the Threats
Evolution of Wireless LAN Security
Wireless Client Association
How 802.1X Works on the WLAN
WPA and WPA2 Modes
Internet Protocol Version 6
IPv4 and IPv6
Why Do We Need a Larger Address Space?
IPv6 Advanced Features
IPv6 Address Representation
IPv6 Address Types
IPv6 Unicast Addressing
IPv6 Global Unicast (and Anycast) Addresses
Link-Local Addresses
Larger Address Space Enables Address Aggregation
Assigning IPv6 Global Unicast Addresses
IPv6 EUI-64 Interface Identifier
Stateless Autoconfiguration
DHCPv6 (Stateful)
DHCPv6 Operation
IPv6 Routing Protocols
RIPng (RFC 2080)
IPv4-to-IPv6 Transition
Cisco IOS Dual Stack
IPv6 Tunneling
Manually Configured IPv6 Tunnel
Enabling IPv6 on Cisco Routers
Cisco IOS IPv6 Name Resolution
Configuring and Verifying RIPng for IPv6
WANS
WAN Terms
Typical WAN Encapsulation Protocols
What is a VPN?
Benefits of VPN
Synchronous vs. Asynchronous
Typical WAN Protocols
HDLC
HDLC Frame Format
HDLC Command
An Overview of PPP
PPP Architecture
PPP LCP Options
PPP Session Establishment
Network Control Protocol (NCP)
PPP Encapsulation
Three Steps to PPP Authentication
Step Three: Add PPP Authentication to the Interface
Frame Relay Overview
Frame Relay Stack
Frame Relay PVC (DLCI)
DLCIs are Locally Significant
Frame Relay Mapping
LMI
LMI Standards
LMI and Encapsulation
Frame Relay Inverse ARP and LMI Operation
Configuring Basic Frame Relay
Configuring a Static Frame Relay Map
Configuring Address Mapping
Frame Relay Topology
Routing Update Problems
Resolving Split-Horizon Issues
Configuring Subinterfaces
Point-to-Point Subinterfaces
Subinterfaces
Verifying Frame Relay Operation
show interfaces
show frame-relay pvc
show frame-relay map
Troubleshooting Basic Frame Relay Operations
Committed Information Rate
Congestion Notification
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