CCNA R&S 2019 (200-125) By Hexa CCIE Khawar Butt

Course Curriculum

Chapter 1: Overview of Networking

Lecture 1: Introduction to Networks

Lecture 2: Network Types

Lecture 3: The Internet & DNS

Chapter 2: IP Addresssing [Classes, Private Addressing, Subnetting]

Lecture 1: IP Addressing

Lecture 2: IP Address Classes

Lecture 3: Private IP Addressing

Lecture 4: Subnetting

Lecture 5: Class C Subnetting Examples

Lecture 6: Class B Subnetting Examples

Lecture 7: Class A Subnetting Examples

Lecture 8: Supernetting

Lecture 9: Supernetting Examples

Chapter 3: Reference Models [OSI and IP Model]

Lecture 1: Networking Models

Chapter 4: Initializing a Cisco Router

Lecture 1: Router Components

Lecture 2: Basic Router Configuration

Lecture 3: Initial Configurations

Lecture 4: Configuring Terminal History

Lecture 5: Configuring Banner

Lecture 6: Working with Configuration Files

Lecture 7: Securing the Router Console Access using Passwords

Lecture 8: Creating Aliases

Chapter 5: WAN Connections [PPP, Authentication, MLPP]

Lecture 1: Serial Connection Protocols

Lecture 2: Configuring Point – To – Point HDLC Connection

Lecture 3: Configuring Point – To – Point (PPP) Connection

Lecture 4: Configuring PPP Authentication using PAP

Lecture 5: Configuring PPP Authentication using CHAP

Lecture 6: Configuring PPP Multilink

Chapter 6: Remote Management [Telnet / SSH]

Lecture 1: Remote Management

Lecture 2: Configuring Remote Management using Telnet using Password

Lecture 3: Configuring Remote Management using Telnet using Username and Password

Lecture 4: Configuring Remote Management using SSH using Username and Password

Chapter 7: Routing

Lecture 1: Routing Basics

Lecture 2: Distance Vector Routing Protocols

Lecture 3: Link State Routing Protocols

Lecture 4: Configuring Static Routes

Lecture 5: Configuring Default Routes

Lecture 6: Configuring Floating Static Route

Lecture 7: RIP v2 Overview

Lecture 8: Configuring Basic RIP v2

Lecture 9: RIPv2 – Passive Interfaces

Lecture 10: RIPv2 – Auto-summarization

Lecture 11: EIGRP Overview

Lecture 12: Configuring Basic EIGRP

Lecture 13: EIGRP – Passive Interfaces

Lecture 14: EIGRP – Auto-summarization

Lecture 15: Calculating EIGRP Metrics

Lecture 16: EIGRP – Load Balancing

Lecture 17: OSPF – Single Area Overview

Lecture 18: Configuring OSPF in a Single Area on a Point – To – Point Link

Lecture 19: Configuring OSPF in a Single Area on a Ethernet Network

Lecture 20: Calculating OSPF Metrics

Lecture 21: OSPF Multi-Area Overview

Lecture 22: Configuring OSPF is a Multi-Area Network

Lecture 23: BGP Overview

Lecture 24: Configuring eBGP

Chapter 8: IPv6 [Addressing, Static Routes, RIPng, EIGRP, OSPFv3]

Lecture 1: IPv6 Addressing

Lecture 2: IPv6 Addressing Types

Lecture 3: IPv6 Address Assignments from ISP and Subnetting

Lecture 4: IPv6 Address Assignment using Manual Mechanism

Lecture 5: IPv6 Address Assignment Using SLAAC

Lecture 6: Configuring IPv6 Static Routes

Lecture 7: Configuring IPv6 Default Routes

Lecture 8: Configuring Basic RIPng

Lecture 9: Configuring EIGRP for IPv6

Lecture 10: Configuring OSPFv3

Chapter 9: Access Control Lists (ACL) – IPv4 & IPv6

Lecture 1: Access Control Lists (ACL) – Overview

Lecture 2: Standard Numbered ACL

Lecture 3: Standard Named ACL

Lecture 4: Extended Numbered ACL

Lecture 5: Exended Named ACL

Lecture 6: Time-based ACL

Lecture 7: IPv6 Access Lists

Chapter 10: Switching

Lecture 1: Switching Overview

Lecture 2: VLANs & Port Types

Lecture 3: VLAN Trunking Protocol (VTP)

Lecture 4: VLAN, VTP & Port Types Lab

Lecture 5: Inter-VLAN Routing

Lecture 6: Physical – To – Logical Mapping

Lecture 7: Spanning-Tree Protocol (STP)

Lecture 8: STP Root Switch

Lecture 9: STP PortFast

Lecture 10: STP BPDU Guard

Lecture 11: STP BPDU Guard Lab

Lecture 12: EtherChannels – Port Channels

Lecture 13: EtherChannel – Static Mode

Lecture 14: EtherChannel – LACP

Lecture 15: Port Security

Lecture 16: Port Security – Lab

Chapter 11: Infrastructure / IP Services

Lecture 1: FHRP Services