CCNA Networking

Module 1 - CCNA

Personal Computer Components

Operating System Fundamentals

Installing and Configuring Peripheral Components

Installing and Configuring System Components

Maintaining and Troubleshooting Peripheral Components

Troubleshooting System Components

Maintaining and Troubleshooting Microsoft Windows

Network Technologies

Installing and Managing Network Connections

Supporting Printers and Scanners

Module 1.1

Module – 1.1 (A) Hardware A+  

Personal Computer Components

Operating System Fundamentals

Installing and Configuring Peripheral Components

Installing and Configuring System Components

Maintaining and Troubleshooting Peripheral Components

Troubleshooting System Components

Maintaining and Troubleshooting Microsoft Windows

Network Technologies

Installing and Managing Network Connections

Supporting Printers and Scanners

Module – 1.1 (B ) N+

Network Basics

Wired Computer-to-Computer Connections

Network-to-Network Connections

Wired Internetworking Device

Wired Communication Standards

Wireless Networking

Security Threats and Mitigation

Network Access Control

Monitoring

Troubleshooting

Module 1.2 – lpv4 ADDRESSING

IP address

IP Addressing

Version of IP Address

Public

Private IP Address

Network Mask

Role Network mask in IP Addressing

Default Mask of Classful IP Address

IP Address is combination of Network bits & Host bits

Network ID or Network Address

Broadcast ID or Broadcast Address

No. of Network ID’: & Valid IP Address in Class A, Class B, Class C

Design & Implementation of Network Scenario with Classful Network

Module 1.3 – IPV4 Saving Techniques

Subnetting

VLSM

NAT

Subnetting & its advantages

How to proceed for Subnetting & VLSM

I Design & Implementation of Network Scenario with Subnetted Network & VLSM

Network Address, Broadcast Address

First Valid IP address

Last valid IP address

Valid range of IP address

Sub net mask,

Block size

Next Network Address

Module 1.4 – Cisco Router Introduction Theory:

Introduction to Cisco Router

General port diagram of Cisco Routers

Cable & Connection.

Connectivity diagram of Cisco Routers with Network Devices

Describe the boot process of Cisco IOS routers 

POST

Booting Process of Routers

Boot preferences

Cisco IOS image(s)

How to access Cisco Router Console

Basic Management mode & Commands of Cisco Router

Module 1.5 – IP ROUTING Theory:

Basic Routing Concept

Routed & Routing Protocols 

Types of Routing & Protocols.

Static Routing.

Static Route

Default route

Differentiate terms: 

Next hop

AD

Metric

Destination NID

Route Codes

Outgoing interface

AD & Metrics of Different Routing Protocols

LAB :

configure and verify Static Route

Configure and verify Default Route

Module 1.6 – DYNAMIC PROTOCOLS & DYNAMIC ROUTING Theory:

Types of dynamic protocols

IGP vs EGP protocols

Static vs. Dynamic

Link state vs. Distance Vector

Module 1.7 – OSPF ( Open Shortest Path First ) Theory: OSPF Terminology

Link-states Advertisement

Router ID & its selection.

Loopback Interface & Loopback Interface 

Hello Timer & Dead Timer

Concept of Area in OSPF & its Advantages

Backbone area

Types of Area’s in OSPF

OSPF router interface Priority

DR & BDR Concept

Process ID

Concept of Wild Card Mask

ABR & ASBR

Passive Interface

AD & Metric

Neighbor adjacency components

OSPF router states

Discuss OSPF single & multi area

Type of Tables in OSPF

Neighbor Table

Topology Table

Routing Table

LAB :

Configure and verify ospfv2 single area

Configure and verify ospfv2 multi area

Verify ospf metric calculation.

Modify OSPF Parameter.

Helpful Command use in LAB

showip interface brief

show protocols

show running-config

showip route

showip route connected

show ip route ospf

Module 1.8 – EIGRP (Enhanced Interior Gateway

Routing Protocol) Theory

Characteristics of EIGRP

Feasible Distance / Feasible Successors /Administrative distance

Feasibility condition

Metric composition

Router ID

Auto summary & no auto summary

Muticast address of eigrp

Hello & Hold timer

AD”s of eigrp

Passive interface

Wild card mask

Types of eigrp tables.

Neighbor Table

Topology Table

Routing Table 

Neighbor adjacency Parameter

Hello

ASN

METRIC

LAB:

Configure and verify EIGRP

Configure and verify Redistribution with non¬-eigrp

Stop unwanted Traffic on LAN segment (using passive-interface.)

Modify EIGRP Parameter.

Helpful Command use in LAB

show ip interface brief

show protocols

show running-config

show ip route

show ip route eigrp

show ipeigrpneighbour

show ipeigrp topology

Module 1.9 – HOW TO MANAGE CISCO DEVICES Theory 

Cisco Discovery Protocol (CDP)

Introduction

How to enable & disable CDP on Router & Interface

Password recovery procedure

Backup & Up gradation of IOS

Backup & Up gradation of Configuration File

Describe following terms:

Ping

Traceroute

Tracert

DebugIP Packet

DebuglPlCMP

LAB:

Verify CDP to find out information ofdirectly connected Cisco devices

Disable CDP on router and interface

Modify CDP Timers.

Configure and verify of Advance Telnet feature.

Configure & Verify HOST Resolving.

Backup of IOS File

Backup of Configuration File.

Restoring of I0S FiIe

Restoring of Configuration File.

Cisco router Password recovery & Recovery of NVRM File.

Module 1.10 – IP SERIVCES DHCP

DHCP Server (IOS Router)

DHCP Client

DHCP Pool

Default Router

Packet Filtering via ACL

Describe the types, features, and applications of ACLs

Standard

Sequence numbers

Editing

Extended

Numbered

Log option

Inbound & Outbound ACL

Drawback of Standard 81 Extended ACL

How to overcome Drawback of Standard & Extended ACL

ACL Implementation Rules

Identify the basic operation of NAT

Purpose

Pool

Static (fixed – One Private IP need One Public IP)

1 to 1 (variable – One Private IP need One Public IP)

Overloading (Group of Private IP Address need one Public IP)

Source addressing (bi-directional)

One way NAT ( uni-directional)

NTP

NTP Server

NTP Client

ADVANCE TOPICS

VRRP

HSRP

GLBP

Concept of Syslog sewer

LAB:

Configure and verify Static (fixed) NAT.

Configure and verify Static (with pool) NAT

Configure and verify PAT (Overloading)

Configure and verify Numbered Standard & Named Standard ACL

Configure and verify Numbered Extended & Named Extended ACL.

Configure and verify NTP Server and Client.

Configuring and verify router interfaces to useDHCP

Configuring and verify DHCP

Module 1.11 – LAN Switching Technology

Introduction of Cisco Switches

Collision Domain & Broadcast Domain

Bridges and Hubs

Types of switching

Bridge & its Function

Forwarding

Filtering

Flooding

Formation of MAC Table or CAM Table

VLAN & its Advantage

Network segmentation

Security

Enhanced performance

How to creates VLAN

Types of VLAN membership

Access port & Access Ilnk

Trunk port & Trunk link

How to form trunk 8: its requirements

Trunking Protocols ISL & dot1q

Frame Forwarding Techniques in Switch

Inter-Vlan Routing

STP

STP Convergence Components

lowest Bridge ID

lowest RPC

lowest Sender BID

lowest Sender Port ID

STP Convergence Steps:

Election of Root Bridge.

Election of Root Port.

Election of Designated Port

Spanning Tree Mode

Concept of Ether channel

LAB:

Configure and verify initial switch configuration

Verify CAM Table.

Configure and verify VLANs

Configure and verify trunking on Ciscoswitches

Configure and verify inter VLAN routing(Router on a stick)

sub interfaces

Module 1.12 – Network Device Security Configure and verify network

Device password security

Enable secret vs enable

Transport

Disable telnet

SSH

VTYs

Physical security

Service password

Configure and verify Switch Port Security

features such as

Sticky MAC

MAC address limitation

Static / dynamic

Module 1.13 – WAN Technologies

WAN Connection types

WAN Protocols

Introduction of HDLC

Introduction of PPP & its feature

PPP sub Protocols

PPP session establishment

PPP authentication methods

Understanding Frame-Relay

Fundamentals

How to make Router as a FRAME_RELAY

Switch

Frame-Relay logical Topologies

Hub 8- Spoke

Full Mesh

Partial Mesh

Virtual Private Network

Basic fundamentals of VPN

LAB :

Configure and verify a basic WAN serial connection

Configure and verify a PPP connection between Cisco routers

Configure and verify PPP Authentication

Configure and verify Frame Relay on Cisco routers

Module 1.14 – Ipv6

Introduction of lpv6

Need of lpv6

Ipv6 addressing

Link Local address

Site local address

Global Unicast Address

Multicast Address

eui 64

autoconflguratlon

Ipv6 packet type

Unicast

Multicast

Anycast

Ipv6 supporting protocols (RIPng, OSPFva, EIGRPvG,MP-BGP)

LAB :

Configuring & Verify IPV6 Address

Configure & verify OSPFv2
Introduction of lpv6

Need of lpv6

Ipv6 addressing

Link Local address

Site local address

Global Unicast Address

Multicast Address

eui 64

autoconflguratlon

Ipv6 packet type

Unicast

Multicast

Anycast

Ipv6 supporting protocols (RIPng, OSPFva, EIGRPvG,MP-BGP)

LAB :

Configuring & Verify IPV6 Address

Configure & verify OSPFv2

Module 1.15 – 3 OSI (Open System Interconnection) & TCP/IP 

Introduction to OSI or Layered Structure mode006C

Data encapsulation & De-encapsulation Process

PDU form of Data at each layer

Role of OSI layers

Application

Presentation

Session

Transport

Network

Data llnk

Physical

Introduction of Protocols & Network Devices per

layer

OSI peer to peer communication diagram

OSI Vs TCP/IP

TCP/IP Layers

Module 2 - Windows / Linux

Module 2.1 Installing and Configuring Windows Server 2012

Install and Configure Windows Server 2012.

Describe AD DS.

Manage Active Directory objects.

Automate Active Directory administration.

Implement Ipv4.

Implement Dynamic Host Configuration Protocol (DHCP).

Implement Domain Name System (DNS).

Implement Ipv6.

Implement local storage.

Share files and printers.

Implement Group Policy.

Use Group Policy Objects (GPOs) to secure Windows Servers.

Implement server virtualization using Hyper-V.

Module – 2.2 Linux Administration

Access the command line

Manage files from the command line

Create, view, and edit text files

Manage local Linux users and groups

Control access to files with Linux file system Permission

Monitor and manage Linux processes

Control services and daemons

Configure and secure Open SSH service

Analyze and store logs

Manage Red Hat Enterprise Linux Networking

Archive And Copy Files Between Systems

Install and update software packages

Access Linux file systems