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  Course Overview    
     
  1. CCNA    
 
The Cisco CCNA network associate certification validates the ability to install, configure, operate, and troubleshoot medium-size routed and switched networks, including implementation and verification of connections to remote sites in a WAN.
  
     
 
   

INTRO

ICND

1. Building a Simple Serial Network

1. Configuring Catalyst Switch Operations

• Exploring the Functions of a Network

• Spanning Tree Protocol overview

• OSI Model

• Configuring a Catalyst Switch

2. Building a Simple Ethernet Network

2. Extending Switched Networks with VLANs

3. Expanding the Network

• Configuring VLANs

4. Connecting Networks

3. Determining IP Routes

• TCP/IP • IP Addressing

• Routing overview

5. Constructing Network Addresses

• RIP, IGRP, EIGRP & OSPF

• Network Addressing • Subnet Masks

4. Managing IP Traffic with Access Lists

6. Ensuring the Reliability of Data Delivery

• Access Lists and their applications

• TCP and UDP

• Configuring IP Access Lists

• Establishing a TCP Connection

• Scaling the Network with NAT and PAT

7. Connecting to Remote Networks

5. Establishing Serial Point-to-Point Connections

• Understanding WAN Technologies

6. Establishing Frame Relay Connections

8. Operating and Configuring Cisco IOS Devices

• Frame Relay overview

9. Managing Your Network Environment

• Configuring Frame Relay

• Discovering Neighbors

7. Completing ISDN Calls

• Remote Devices

 
   
INTRO
Hands On Lab		  
   

Lab 1: Basic Connectivity

Lab 6: Manual Router Configuration

Wire the classroom and configure the PCs to use

Perform additional configurations to the router that are

Dynamic Host Configuration Protocol (DHCP) to receive

not available through the Setup utility.

a basic IP configuration.

Lab 7: Router Examination

Lab 2: Troubleshooting TCP/IP Networks

Verify the various configurations that have been applied

Use PC TCP/IP utilities such as ping, traceroute, winipcfg,

thus far.

arp, netstat, and nbtstat. Recognize and understand error reports from these tools.

Lab 8: Network Discovery with Cisco Discovery Protocol (CDP)

Lab 3: Network Wiring

Discover information about directly connected Cisco

Wire the classroom and configure the PCs in a network

neighbor devices.

made up of Wide Area and Local Area links.

Lab 9: Remote Access via Telnet

Lab 4: Switch Setup

Access other Cisco devices and learn how to remotely

Configure the classroom switches with a basic IP config-

manage them.

uration via the switch menu systems and HTTP interface.

Lab 10: Using a Trivial File Transfer Protocol (TFTP)

Lab 5: Router Configuration Using Setup

Server

Complete the classroom network by configuring the

Copy configuration files into and out of the router using

classroom routers with a basic IP and RIP configuration via the router utility, Setup.

TFTP.

   
   
   

Course Content

 

1. Introduction to Networking

6. Routing Basics

• Computing basics, PC and network components

• Network addressing

• Binary, decimal, and hexadecimal numbering

• IP subnetting and calculation

• OSI and TCP/IP networking models

• Routing

• Routing protocols

• Network devices and topologies

7. WAN Technologies

2. Networking Types

 

• Dialup technologies

• Leased line

• Local Area Networks

• Wide Area Networks

• DSL

• Cable Modems

• Other types of networks

• Packet switched (Frame Relay or ATM)

3. Network Media

8. Operating and Configuring Cisco IOS Devices

• Media types

• LAN cabling

• Operating Cisco IOS software

• WAN cabling

• Starting a switch

• Starting a router

4. Switching Fundamentals

• Configuring a router

 

• Shared-bus topology

• Switched connections

9. Managing Your Network Environment

• Multilayer switching

• Virtual LANs

• Discovering neighbors on the network

5. TCP/IP   • Getting information about remote devices

• Transport layer

• Network layer

• Router startup and configuration management

• Establishing a TCP connection

• Managing Cisco IOS devices

   
   

ICND – Interconnecting Cisco Network Devices

Hands On Lab

Lab 0: Wiring

network and examine status and debugging messages.

Wire equipment to create the campus network.

Lab 8: EIGRP

Lab 1: TFTP

Configure EIGRP as the routing protocol in the classroom

Set up the devices using TFTP.

network and examine status and debugging messages.

Lab 2: Management

Lab 9: OSPF

Review of CDP and telnet, plus an IOS primer.

Configure OSPF as the routing protocol in the classroom

Lab 3: Bridging and Switching

network and examine status and debugging messages.

Examine the Catalyst switches and understand the func-

Lab 10: ACL

tioning of the MAC table.

Configure various access-lists to block specific types of

Lab 4: Spanning Tree

traffic based on source address and application.

Manipulate the network and the selection of spanning

Lab 11: NAT

tree paths.

Configure 1:1, pooled, and overloaded NAT (PAT).

Lab 5: VLANs

Lab 12: PPP

Configure switch interfaces to carry multiple VLANs.

Change the router serial port from HDLC to PPP and use

Examine how VTP propagates VLAN information and

the CHAP authentication protocol.

how STP breaks switching loops.

Lab 13: Frame Relay

Lab 6: RIP

Examine Frame Relay as a data link layer protocol.

RIP is set up as the initial routing protocol in the classroom network – examine status and debugging messages.

Lab 14: ISDN Place ISDN calls from the classroom routers to send data.

Lab 7: IGRP

 

Configure IGRP as the routing protocol in the classroom

 
   

Course Content

 

1. Configuring Catalyst Switch Operations

4. Managing IP Traffic with Access Lists

• Basic Layer 2 Switching and Bridging Functions

• Access Lists and Their Applications

• Redundant Topology Review

• Configuring IP Access Control Lists (ACL)

• Spanning Tree Protocol Overview

– ACL Guidelines

• Configuring a Catalyst Switch

– Standard and extended ACL Configuration

2. Extending Switched Networks with VLANs

• Scaling the Network with NAT and PAT

• VLAN Operation Overview

– Static Translation

• Configuring VLANs

5. Establishing Serial Point-to-Point Connections

3. Determining IP Routes

• Wide Area Networking Review

• Routing Overview

• Configuring Serial Point-to-Point Encapsulation

– Static vs. Dynamic Routes

• Configuring PPP, PAP, and CHAP

– Routed vs. Routing Protocols

– Verifying HDLC and PPP

– Interior vs. Exterior Routing Protocols

6. Establishing Frame Relay Connections

– Classfull vs. Classless

• Frame Relay and Split Horizon

• Distance Vector Routing

• Signalling

• FR and IARP

• Link State and Balanced Hybrid Routing

7. Completing ISDN Calls

• Enabling RIP, IGRP, EIGRP, and OSPF

• ISDN Access Options

• Variable Length Subnet Masks

• Configuring ISDN BRI and PRI

• Route Summarization

• Configuring Dial-on-Demand Routing

   
 
     
 
TOP
  
  2. CCNP  
 
CCNP certification validates a network professional's ability to install, configure and troubleshoot converged local and wide area networks with 100 to 500 or more nodes.
  
     
 
BSCI- Building Scalable Cisco Interneworks v3.0
   
Lab 2-0: Basic Connectivity
Configure routers and verify connectivity of the network.
Lab 2-1: Configuring and Tuning EIGRP
Configure EIGRP and provide Core scalability by limiting queries, using EIGRP route summarization, and configuring EIGRP stub routers. Advertise a default route to EIGRP stub routers.
Lab 3-0: Configuring & Examining OSPF in a Single Area
Configure single-area OSPF and manipulate the OSPF router ID using loopback interfaces & the router-id command. Explore OSPF packet types and the DR & BDR election process.
Lab 3-1: Configuring OSPF for Multiple Areas and Frame Relay NBMA
Configure multi-area OSPF and OSPF in NBMA mode over Frame Relay.
Lab 3-2: Configuring OSPF for Multiple Areas andFrame Relay P2MP and P2P : Configure OSPF over Frame Relay using the Point-to- Multipoint OSPF network type. Also configure OSPF over Frame Relay the using Point-to-Point OSPF network type.
Lab 3-4: OSPF Tuning
Understand the OSPF link-state database structure and the tools available to investigate the link-state database. Limit the routing table size, then explore the effect of using route summarization and the effect of using the various types of OSPF stub areas.
Lab 4-1: Configuring Integrated IS-IS in Multiple Areas
Configure multi-area integrated IS-IS and IS-IS route summarization. Learn to optimize IS-IS interfaces and IS types.
Lab 5-1: Configuring Basic Redistribution
Configure basic route redistribution between OSPF and RIPv2. Change Administrative Distance on routing updates and inject a default route into the RIPv2 domain.
Lab 5-2: Tuning Basic Redistribution With IOS Tools
Tune the redistribution using a route map to translate RIPv2 metrics into OSPF metrics and filter routing updates using a distribute list.
Lab 6-1: Configuring Multihome BGP
Configure EBGP on the enterprise router to connect to the two ISPs.
Lab 6-2: Manipulating BGP Path Selection withRoute Maps
Manipulate BGP path selection using MED and local preference with route maps.
Lab 7-1: Configuring Multicast Routing
Implement multicast routing, configure PIM sparsedense mode, analyze a multicast group, configure auto rendezvous point (RP), and enable a router to join a
multicast group.
Lab 8-1: Configuring IPv6 Addresses
Enable IPv6 routing globally and configure IPv6 addresses on all router interfaces that are not shutdown.
Lab 8-2: Enabling IPv6 OSPF Routing
Configure an IPv6 routing on your pod routers.
Lab 8-3: Configuring IPv6 Tunnels
Manually configure a IPv6 to IPv4 tunnel.
 
Hands-On Labs
Course Content
1. Network Requirements
2. Configuring EIGRP
• Introducing, Implementing, and Verifying EIGRP
• Configuring Advanced EIGRP Options
• Configuring EIGRP Authentication
• Using EIGRP in an Enterprise Network
3. Configuring OSPF
• Introducing the OSPF Protocol
• OSPF Packet Types • OSPF Network Types
• Configuring OSPF Routing
• Link State Advertisements
• Configuring OSPF Route Summarization, Special
Area Types, and Authentication
4. The IS-IS Protocol
• Introducing IS-IS and Integrated IS-IS Routing
• IS-IS Routing Operation
• Configuring Basic Integrated IS-IS
5. Manipulating Routing Updates
• Operating a Network Using Multiple IP Routing
Protocols
• Configuring and Verifying Route Redistribution
• Controlling Routing Update Traffic
• Implementing Advanced IOS Features: Configuring
DHCP

6. Configuring Basic BGP
• Explaining BGP Concepts and Terminology
• Explaining EBGP and IBGP
• Configuring Basic BGP Operations
• Selecting a BGP Path
• Using Route Maps to Manipulate Basic BGP Paths
7. Implementing IP Multicast
• Explaining Multicast
• IGMP and Layer 2 Issues
• Explaining Multicast Routing Protocols
• Multicast Configuration and Verification
8. Implementing IPv6
• Introducing IPv6 • Defining IPv6 Addressing
• Implementing Dynamic IPv6 Addresses
• Using IPv6 with OSPF and Other Routing Protocols
.using ipv6 and ipv4
 
BCMSN- Building Cisco Multilayer Switched Networks v3.0
Practice Quiz: Describing the Campus InfrastructureModule
Lab 1-2: Getting Started with Cisco Catalyst Equipment
Lab 2: Configuring VLANs and VTP
Lab 3-1: Configuring Primary and Backup Root Bridges
Lab 3-2: Implementing Rapid-PVST Spanning TreeProtocol
Lab 3-3: Implementing Multiple Spanning Tree
Lab 3-4: Configuring EtherChannel
Lab 3-5: Troubleshooting Spanning Tree
Quiz 4-1: Describing Routing Between VLANs
Lab 4-2: Routing Between VLANs
Lab 5-1: Enabling and Optimizing HSRP
Lab 6-1: Configuring Switches of WLANs
Lab 6-2: Configuring the Controller via the WebBrowser
Lab 6-3: Setting up the Wireless LAN Controller
Lab 6-4: Configuring a Wireless Client (Optional)
Lab 7-1: Configuring IP Telephony Support
Lab 8-1: Apply Security Practices to Secure Devicesin the Campus
Case Study 8-2: Using Security Tools to SecureDevices in the Campus
Lab 8-3: Applying Security Tools
 
 
Hands-On Labs
Course Content
1. Introduction to Campus Networks
• Course Introduction
• Campus Networks as part of an Enterprise Network
• Devices in a Nonhierarchical Network
• Layer 2 Network Issues
• Routed Network Issues
• What is a Multilayer Switch
• Issues with Multilayer Switches and VLANs in Nonhierarchical Network
• The Enterprise Composite Model
• Benefits of the Enterprise Composite Model
• Campus Infrastructure Module
2. Defining Virtual Networks (VLANs)
• Best practices for VLAN Topologies
• Implementing VLANs
• Implementing Trunks
• Propagating VLAN Configurations with VTP
• Correcting Common VLAN Configuration Errors
3. Implementing Spanning Tree
• Spanning Tree Protocol
• Preventing STP Forwarding Loops
• Implementing Rapid Spanning Tree Protocol (RSTP)
• Implementing Multiple Spanning Tree Protocol (MSTP)
• Configuring Link Aggregation and EtherChannel
4. Implementing InterVLAN Routing
• Routing between VLANs
• Deploying CEF-Based Multilayer Switching
• Enabling Routing Between VLANs
5. Implementing High Availability in a CampusEnvironment
• Configuring Layer 3 redundancy with HSRP
• Configuring Layer 3 Redundancy with VRRP and GLBP
• Implementing Hardware and Software Redundancy in Modular Switches
• Redundant Power Supply Configuration Commands
6. Wireless Client Access
• Introducing WLANs
• Wireless Theory and Standards
• Implementing WLANs
• Cisco WLAN
• Cisco Wireless Clients
• Configuring Basic WLAN
7. Configuring Campus Switches to Support Voice
• Planning for Implementation of Voice in a Campus Network
• Accommodating Voice Traffic on Campus Switches
8. Minimizing Service Loss and Data Theft in aCampus Network
• Switch Security Issues
• Protecting Against VLAN Attacks
• Protecting Against Spoof Attacks
• Securing Network Switches
• STP Security Mechanisms
 
 
ISCW- Integrating Secured Converged Wide Area Networks
Lab 1: Configuring DSL
Lab 2: Configuring Frame-Mode MPLS
MPLS can be enabled in service provider core networks to prepare the network core for MPLS services such as MPLS VPNs and MPLS-TE. Enabling basic MPLS functionality within the service provider environment involves enabling CEF, and LDP, TDP or, in certain cases, both protocols. In this activity, your network has become an extension of an existing ISP’s MPLS network. You will configure
and verify Frame-Mode MPLS on your IOS routers to link your network into the ISP’s network.
Lab 3: Configuring Site-to-Site IPsec VPNs
You will configure two routers to establish a secure path between two networks over an untrusted network. The path will be secured using IPsec protocols, assisted by
the IKE key exchange protocol, which will also enforce the required traffic protection policy.
Lab 4: Configuring GRE Tunnels over IPsec Using SDM
You will configure two routers to establish a secure path
between two networks over an untrusted network. The
path will be secured using secure GRE protocol. You will
create a secure GRE tunnel (GRE over IPsec) using SDM.
Lab 5: Configuring IPsec VPN to Back Up a WANConnection
You will configure an IPsec VPN to back up a WAN connection.
You will use a pre-shared key (a password) to
authenticate the two IPsec/IKE peers to each other.
Lab 6: Configuring Cisco Easy VPN Server Using SDM
You will configure Easy VPN Server on the HQ router using SDM, and you will install Cisco VPN Client on your workstation (student PC) to connect to the Easy VPN Server. The path will be secured using IPsec protocols, assisted by the IKE protocol, which will also enforce the required traffic protection policy.
Lab 7: Securing Cisco Routers
You will secure Cisco router administrative access with SDM one-step lockdown.
Lab 8: Securing Cisco Router Management
You will secure Cisco router administrative access and configure authenticated NTP communications.
Lab 9: Configuring AAA Login Authentication andExec Authorization on Cisco Routers
You will configure the perimeter router to work with the local database and enable a password and line authentication to provide authentication, authorization, and
accounting services.
Lab 10: Configuring a Cisco IOS Firewall
You will configure an advanced firewall. Activities include selecting and configuring the basic firewall option, selecting and configuring the advanced firewall option, configuring advanced inspection rules, confirming your configuration, verifying the firewall for proper operations, and reviewing the firewall log.
Lab 11: Configuring Cisco IOS IPS
You will configure Cisco IOS IPS using SDM. Activities include enabling Cisco IOS IPS on the router, configuring IPS to scan all traffic, configuring IPS to use default signatures, verifying default global settings, delivering the configuration to the router, and monitoring IPS events using the SDEE view.
Lab 12: Troubleshooting Security
Given a network with security holes, you will determine where the holes are and secure the network. Activities include troubleshooting secure management, mitigating system vulnerabilities, troubleshooting IPsec VPN, and troubleshooting availability.
 
Hands-On Labs
Course Content
1. Network Requirements
• The In and the SONA framework
• Cisco conceptual network models, such as Cisco
Enterprise Architecture and Cisco hierarchical network model
• Requirements for establishing secure remote connections in a converged network
2. Connect Teleworkers
• Topologies for Facilitating Remote Connections
• Cable Technology
• DSL Technology
• Configuring the CPE as the PPPoE and PPPoA Client
• Verifying Broadband ADSL Configurations
3. Implement Frame-Mode MPLS
• Introducing MPLS Networks
• Assigning MPLS Labels to Packets
• Implementing Frame-Mode MPLS
• MPLS VPN Technology
4. IPsec VPNs
• IPsec Components and IPsec VPN Features
• Site-to-Site IPsec VPN Operations
• Configuring IPsec Site-to-Site VPN Using SDM
• Configuring GRE Tunnels over IPsec
• High Availability Options
• Configuring Cisco Easy VPN and Easy VPN Server Using SDM
• Implementing the Cisco VPN Client
5. Cisco Device Hardening
• Mitigating Network Attacks
• Disabling Unused Cisco Router Network Services and Interfaces
• Securing Cisco Router Installations and Administrative Access
• Mitigating Threats and Attacks with Access Lists
• Securing Management and Reporting Features
• Configuring AAA on Cisco Routers
6. Cisco IOS Threat Defense Features
• Introducing the Cisco IOS Firewall
• Implementing Cisco IOS Firewalls
• Introducing Cisco IOS IPS
• Configuring Cisco IOS IPS
 
ONT- Optimizing Converged Cisco Networks
Hands-On Labs:
Lab 1: ONT Lab Setup and Initialization
Lab 2: Placing and Examining VoIP Calls
Lab 3: Case Study: Selecting a Converged Network Strategy
Lab 4: Introducing MQC and the SDM QoS Wizard
Lab 5: Configuring NBAR
Lab 6: Configuring FIFO and WFQ Queuing Mechanisms
Lab 7: Configuring LLQ Queuing Mechanism
Lab 8: Class-Based Header Compression
Lab 9: Configuring LFI
Lab 10: Configuring QoS Pre-Classify
Lab 11: Configuring QoS with Cisco AutoQoS
Lab 12: Using MQC to Tune QoS Mechanisms ConfiguredWith AutoQoS
Lab 13: Troubleshooting Converged Networks
Lab 14: Setting Up the Wireless LAN Controller
Lab 15: Basic Security Configuration Using WPA-PSK
Lab 16: Advanced Security Configuration Using LEAP
Lab 17: Configuring WCS for WLANs
 



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