CCNA 200-301 Complete course - Not Just another CCNA course

Introduction Part 1

Introduction Part 2

Introduction Part 3

Introduction Part 4

In this lecture you are going to learn about history of Networking Models

In this lecture you are going to Learn about TCP/IP in more detail

In this lecture, we are going to compare OSI & TCP/IP reference model including Layer Names and Numbers

In this lecture you are going to learn about Transport layer in more detail

In this lecture, we will compare TCP protocol with UDP protocol in detail

In this lecture you are going to learn in detail how multiple applications between two computers communicate and exchange data with each other.

In this lecture we are going to learn how TCP connection is established and terminated between two computers

In this lecture you will learn about Server Virtualization, Virtual Machines, and How to connect Virtual Machines with real world network

In this lecture you are going to learn about the definition of cloud computing service, private and public cloud, and most commonly used cloud services today

In this lecture you are going to learn about different types of Ethernet cables and fiber optic cables

In this lecture you are going to learn about Binary, Decimal, and Hexa-Decimal numbers. You are also going to learn that how to convert a Binary number into Decimal and Hexa-Decimal number

In this lecture you are going to learn about IP address, its terminology, and how IP addresses are used for identification

Understand Network Addressing and its different types of classes

In this lecture you are going to learn about Private IP addressing(RFC 1918), Layer 2 & 3 broadcast, subnet Mask, and CIDR

In this lecture you are going to learn about IPv4 Subnetting Rules and apply it on Class C network address example

Understanding IPv4 subnetting using Class B Addresses

Understanding IPv4 subnetting using Class A addresses

In this lecture you are going to learn about IPv4 subnetting using Class A addresses

In this lecture you are going to learn about IPv6 address in detail

In this section, you will learn about IPv6 global unicast prefix and how to perform IPv6 subnetting

In this lecture you are going to learn about three different ways to assign an IPv6 Address:

1. Manual Address Assignment

2. Stateless auto-configuration (EUI-64)

3. Stateful auto-configuration

In this lecture, you are going to learn about Any cast address and how it functions

In this lecture you are going to learn what values are required for a client PC to work in a network such as IP address, Subnet Mask, Default Gateway, DNS Server IP Address.

We are going to cover DNS topic in Chapter 4: IP Services

Learn to verify IP parameters on Windows, Macintosh, and Linux OS

Introduction video of Chapter 2

This section explains collision domain and broadcast domain concepts based on which network devices operates

This lecture gives you a brief about different types of network devices

This lecture explains the functionality of HUB device

This lecture explains the basic functionality of a Network Switch, Layer 2 Switch and unknown unicast flooding mechanism

This lecture explains the basic functionality of a Bridge device

This lecture explains the functionality of Hald Duplex Ethernet connection and full duplex ethernet connection

This lecture explains the basic functionality of VLANs

This lecture explains different types of switch ports and their functionality

This lecture explains the functionality and operation of a Trunk port

This lecture explains the concepts of Native VLAN, Untagged frames, VLAN Tagging protocols such as ISL & 802.1Q, and VTP

In this lecture explains the concept of Inter-VLAN routing with three different scenarios

Learn about Cisco Packet Tracer tool and how to set it up on your PC

Please download LAB 1 manual to perform this lab

Please download LAB 2 manual to perform this lab

Please download LAB 3 manual to perform this lab

Please download LAB 4 manual to perform this lab

Please download LAB 5 LAB manual to perform this lab

Please download LAB 5a LAB manual to perform this lab

Please download LAB5-B lab manual for this lab

Please download LAB5C Lab manual to perform this lab

This lecture explains the basic concept of Spanning Tree Protocol (STP)

This lecture explains the Spanning tree terminologies:

1. Root Bridge

2. Non-Root Bridge

3. BPDU

4. Bridge ID

5. Port cost

6. Path cost

This lecture explains the STP Port roles such as:

1. Root Port

2. Designated Port

3. NON-Designated Port

4. Forwarding port

5. Blocking port

6. Alternate Port

7. Backup Port

When Spanning tree protocol is enabled in a switch, the switch port goes through the following stages:

1. Disabled

2. Blocking,

3. Listening

4. Learning

5. Forwarding

This lecture explains the concept of network convergence

This lecture explains the concept of Spanning Tree Link Cost

This lecture explains the operation of spanning tree protocol

This lecture helps you understand the detailed operation of STP protocol with help of Animation

This lecture explains about different type of Spanning tree protocols

Please download LAB6 lab manual

This lecture explains the concept of EtherChannel

Please download Lab 8 Manual

This lecture explains the POE technology, Terminology and operation

This lecture explains the Campus LAN topologies such as:

1. Two Tier campus design

2. Three Tier Campus design),

It also explains the topology design terminologies such as:

1. Star

2. Full mesh

3. partial mesh

4.  hybrid

This lecture explains the Wireless Technology, how Wireless Communicaiton takes place, half & full duplex wireless communication

This lecture explains about wireless access point (AP), Basic Service Set (BSS), Basic Service Area (BSA), BSSID, SSID, Distribution system (DS), ESS, and IBSS

Understanding Other Wireless Topologies in Non infrastructure mode such as:

1. Repeater

2. Workgroup bridge

3. outdoor bridge

4. mesh network

This lecture explains the RF Overview, how to measure it, Wireless Band and Channels.

This lecture explains the Access point and Wireless Standards such as 802.11,802.11b,802.11g,802.11a,802.11n,802.11ac,802.11ax)

This lecture explains how to secure a Wireless Connection by using:

1. Authentication

2. Encryption

3. Integrity

This lecture explains the Wireless Authentication methods such as

1. open

2. WEP

3. 802.1x

4. EAP

This lecture explains about EAP and its authentication methods such as:

1. Leap

2. EAP-Fast

3. PEAP

4. EAP-TLS

This lecture explains about TKIP (Temporal Key Integrity Protocol)

This lecture explains about CCMP &  GCMP

This lecture explains about WPA, WPA2, and WPA3 wireless certifications

This lecture explains about different AP Types:

1. Autonomous

2.light Weight

3. Cloud Based AP

Understanding Light Weight AP(Access-point), WLC (Wireless LAN Controller), Control Plane and Data Plane

This lecture explains the Cloud Based AP Architecture and Securing WLAN

This lecture explains the Scaling of AP (Access Point) and WLC (Wireless LAN controller)

This lecture explains the Cisco WLAN Deployments options such as:

1. unified

2. cloud

3. embedded

4. Mobility express

5. Autonomous

This lecture explains Cisco LWAP AP Modes such as:

1. light weight

2. local

3. monitor

4. flexconnect

5. sniffer

6. rogue detector

7. bridge

8. flex+bridge

9. SE-connect