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

Name: CCNA 200-301 Complete course - Not Just another CCNA course
Rating: 4.5 (82 reviews)

A complete course which covers all the exam topics of CCNA 200-301. It includes 18 Hours of Theory and 9 Hours of Lab.

Created byMuhammad Rameez Khan

Last updated 5/2024

English

What you'll learn

This course covers all exam topics of the CCNA 200-301 Exam and will enable you to pass the exam. It includes all learning notes and hands-on Lab Manuals.
Become confident in Network & Security Fundamentals, Routing, Switching, wireless Technology, IP services, Network Automation & programmability
To setup, configure and troubleshoot real networks in packet tracer and GNS3 tool. Also, learn how real-world network works
Learn different career options in the networking field, what kind of jobs you can take, and why you must pursue your career in this field?
This course will make you from ZERO to HERO in the networking field
It will give you WINGS to FLY HIGH and take your career to the next level

Course content

7 sections • 188 lectures • 28h 10m total length

Instructor's profile, why it is the best course, Exam topics, & Course Duration13:10
Introduction Part 1
What is your REASON to study CCNA?4:47
Introduction Part 2
What is CCNA, who is CISCO, why to follow cisco learning program7:59
Introduction Part 3
What Jobs you can take as a Network Engineer?5:20
Introduction Part 4

History of Networking Standards3:15
In this lecture you are going to learn about history of Networking Models
What is TCP/IP?11:49
In this lecture you are going to Learn about TCP/IP in more detail
Comparing OSI and TCP/IP Models4:35
In this lecture, we are going to compare OSI & TCP/IP reference model including Layer Names and Numbers
TCP/IP Transport Layer11:52
In this lecture you are going to learn about Transport layer in more detail
Compare TCP to UDP4:12
In this lecture, we will compare TCP protocol with UDP protocol in detail
Multiplexing using port numbers12:26
In this lecture you are going to learn in detail how multiple applications between two computers communicate and exchange data with each other.
TCP connection establishment and termination2:06
In this lecture we are going to learn how TCP connection is established and terminated between two computers
Server Virtualization17:45
In this lecture you will learn about Server Virtualization, Virtual Machines, and How to connect Virtual Machines with real world network
Cloud Computing Services13:49
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
Ethernet cable & Fiber optic cable16:01
In this lecture you are going to learn about different types of Ethernet cables and fiber optic cables
Understanding Binary, Decimal, and Hexadecimal numbers12:08
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
What is an IP Address?2:46
In this lecture you are going to learn about IP address, its terminology, and how IP addresses are used for identification
Understanding Network Addressing and its different classes16:10
Understand Network Addressing and its different types of classes
Private IP addresses (RFC 1918), Layer 2 & 3 Broadcast, Subnet Mask, and CIDR11:03
In this lecture you are going to learn about Private IP addressing(RFC 1918), Layer 2 & 3 broadcast, subnet Mask, and CIDR
Understanding IPv4 Subnetting Rules with help of Class C Network Address Example26:24
In this lecture you are going to learn about IPv4 Subnetting Rules and apply it on Class C network address example
IPv4 Subnetting using Class B addresses19:29
Understanding IPv4 subnetting using Class B Addresses
IPv4 Subnetting using Class A addresses21:33
Understanding IPv4 subnetting using Class A addresses
Understanding Unicast, Broadcast, Multicast and IPv4 address types3:25
In this lecture you are going to learn about IPv4 subnetting using Class A addresses
What is an IPv6 Address?2:53
In this lecture you are going to learn about IPv6 address in detail
IPv6 address expression, IPv6 address types, and IPv6 global routing prefix11:18
IPv6 Global Routing Prefix & IPv6 Subnetting6:26
In this section, you will learn about IPv6 global unicast prefix and how to perform IPv6 subnetting
How IPv6 Addressing works? Manual, Stateless & Stateful Auto-Configuration9:28
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
What is Anycast Address? And how does it work?1:14
In this lecture, you are going to learn about Any cast address and how it functions
IP Parameters for a Client OS: IP, Subnet Mask, Default Gateway, DNS5:52
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
Verify IP parameters for Client OS (Windows, Mac OS, Linux)8:36
Learn to verify IP parameters on Windows, Macintosh, and Linux OS
NOTE: Download Chapter 1 Slides PDF file from below "Downloadable Materials"

Introduction0:16
Introduction video of Chapter 2
Understanding Collision Domain and Broadcast Domain3:38
This section explains collision domain and broadcast domain concepts based on which network devices operates
Understanding Different Types of Network Devices1:19
This lecture gives you a brief about different types of network devices
What is a HUB device? How does it work?4:27
This lecture explains the functionality of HUB device
What is a Switch? Understanding Layer 2 Switching & unknown unicast flooding15:18
This lecture explains the basic functionality of a Network Switch, Layer 2 Switch and unknown unicast flooding mechanism
What is a Bridge Device? How does it work?1:01
This lecture explains the basic functionality of a Bridge device
Half Duplex and Full Duplex Ethernet6:00
This lecture explains the functionality of Hald Duplex Ethernet connection and full duplex ethernet connection
What is a VLAN? How does it work?5:01
This lecture explains the basic functionality of VLANs
Understanding Switch Port Types: Access, Voice Access, Trunk5:38
This lecture explains different types of switch ports and their functionality
What is a TRUNK port? How does it work?7:43
This lecture explains the functionality and operation of a Trunk port
Understanding Native VLAN, Untagged frames, ISL, 802.1Q, VTP6:23
This lecture explains the concepts of Native VLAN, Untagged frames, VLAN Tagging protocols such as ISL & 802.1Q, and VTP
Understanding INTER-VLAN routing and its different scenarios13:01
In this lecture explains the concept of Inter-VLAN routing with three different scenarios
Cisco Packet Tracer: Introduction and Setup13:17
Learn about Cisco Packet Tracer tool and how to set it up on your PC
Understanding Cisco IOS Software, Configuration Files, Memory Types, and CLI10:12
LAB1: Configure and verify initial switch configuration including remote access32:27
Please download LAB 1 manual to perform this lab
LAB2: Verify network status and switch operation using basic utilities13:00
Please download LAB 2 manual to perform this lab
LAB3: Configure speed, duplex, and description6:49
Please download LAB 3 manual to perform this lab
LAB4: Configure, verify, and troubleshoot VLANs (Normal/Extended)17:23
Please download LAB 4 manual to perform this lab
LAB5: Configure, verify, and troubleshoot Inter-Switch connectivity19:57
Please download LAB 5 LAB manual to perform this lab
LAB5A: Configure Inter-VLAN routing - Scenario 113:22
Please download LAB 5a LAB manual to perform this lab
LAB5B: Configure Inter-VLAN routing - Scenario 210:28
Please download LAB5-B lab manual for this lab
LAB5C: Configure Inter-VLAN routing - Scenario 39:33
Please download LAB5C Lab manual to perform this lab
Spanning Tree Protocol (STP)9:02
This lecture explains the basic concept of Spanning Tree Protocol (STP)
Spanning Tree Terminologies15:16
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
Spanning Tree Port Roles11:56
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
Spanning Tree Port Stages2:39
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
Understanding Convergence5:20
This lecture explains the concept of network convergence
Spanning Tree Link cost1:38
This lecture explains the concept of Spanning Tree Link Cost
Spanning Tree protocol Operation12:34
This lecture explains the operation of spanning tree protocol
Spanning Tree Protocol Animation9:32
This lecture helps you understand the detailed operation of STP protocol with help of Animation
Types of Spanning Tree Protocols9:35
This lecture explains about different type of Spanning tree protocols
LAB6: Spanning tree & toolkit configuration22:31
Please download LAB6 lab manual
LAB7: Configure and verify layer 2 protocols (CDP,LLDP)16:16
Understanding EtherChannel4:25
This lecture explains the concept of EtherChannel
LAB8: Configure, verify, and troubleshoot L2/L3 EtherChannel21:16
Please download Lab 8 Manual
Understanding Power Over Ethernet (POE), Terminology and operation5:38
This lecture explains the POE technology, Terminology and operation
Campus LAN topologies and design terminologies6:35
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
Understanding Wireless Technology5:16
This lecture explains the Wireless Technology, how Wireless Communicaiton takes place, half & full duplex wireless communication
Understanding Wireless Access point (AP)17:37
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 Topologies14:01
Understanding Other Wireless Topologies in Non infrastructure mode such as:
1. Repeater
2. Workgroup bridge
3. outdoor bridge
4. mesh network
Understanding Radio Frequency (RF), Wireless Band, and channels16:18
This lecture explains the RF Overview, how to measure it, Wireless Band and Channels.
Access Point and Wireless Standards2:22
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)
Securing a Wireless Connection4:40
This lecture explains how to secure a Wireless Connection by using:
1. Authentication
2. Encryption
3. Integrity
Understanding Wireless Authentication methods7:29
This lecture explains the Wireless Authentication methods such as
1. open
2. WEP
3. 802.1x
4. EAP
Understanding EAP and its authentication methods11:49
This lecture explains about EAP and its authentication methods such as:
1. Leap
2. EAP-Fast
3. PEAP
4. EAP-TLS
Understanding TKIP (Temporal Key Integrity Protocol)6:41
This lecture explains about TKIP (Temporal Key Integrity Protocol)
Understanding CCMP & GCMP2:39
This lecture explains about CCMP & GCMP
Understanding WPA, WPA2, and WPA36:21
This lecture explains about WPA, WPA2, and WPA3 wireless certifications
Understanding Different Types of Access Points9:59
This lecture explains about different AP Types:
1. Autonomous
2.light Weight
3. Cloud Based AP
Understanding Light Weight AP(Access-point) and WLC (Wireless LAN Controller)10:38
Understanding Light Weight AP(Access-point), WLC (Wireless LAN Controller), Control Plane and Data Plane
Understanding Cloud Based AP Architecture and Securing WLAN3:46
This lecture explains the Cloud Based AP Architecture and Securing WLAN
Scaling AP (Access point) and WLC (Wireless LAN Controller)7:27
This lecture explains the Scaling of AP (Access Point) and WLC (Wireless LAN controller)
Understanding Cisco WLAN Deployments options8:50
This lecture explains the Cisco WLAN Deployments options such as:
1. unified
2. cloud
3. embedded
4. Mobility express
5. Autonomous
Understanding Cisco Light-Weight AP(Access-Point) modes6:22
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

NOTE: Download Chapter 2 Slides PDF file from below "Downloadable Materials"

Router - What is it and how it works?6:27
Understanding Router functionality
Longest Match Rule5:34
Understanding Longest Matching rule
IP Routing Process11:41
Understanding IP routing process
Cisco Router Internal Process0:57
Understanding Cisco Router Internal Process
Routing Table8:08
Understanding Routing Table
Routing Protocol Basics4:56
Understanding Routing Protocol Basics
Types of Routing2:02
Understanding static and dynamic routing
Static Routing14:34
Understanding static Routing
Default Route2:50
Understanding Default Route
GNS3: Introduction and setup guide9:53
Learn how to download and install GNS3 Software
GNS3: Setting up Lab Topology7:30
Understand how to setup Lab topology and Download the IOS software from the "Resources" of this video file
LAB 1: Network Topology Setup with Initial configuration28:54
Setup IPv4 Network Topology
LAB 2: Static and Default Routing22:29
Learn to configure static and default routing
Dynamic Routing4:37
Understanding Dynamic Routing
OSPF Introduction, Areas, OSPF Routers6:32
Understanding OSPF Protocol
OSPF Terminologies10:35
Understanding OSPF terminologies
OSPF Network Types2:48
Understanding OSPF network types
OSPF Operation4:47
Understanding OSPF operation
OSPF Metric2:47
Understanding OSPF metric
OSPF: Single Area vs Multi Area6:23
Understanding Single Area vs Multi Area
OSPF Adjacency requirements3:11
Understanding OSPF adjacency requirements
OSPF: How to Memorize it?2:04
OSPF How to memorize it?
LAB 3: Enabling OSPF11:09
Learn how to enable OSPF protocol on router interfaces
LAB 4: Configure single area OSPF version 218:09
Learn how to configure Single OSPF area version 2
FHRP (First Hop Redundancy Protocols)9:39
Understanding FHRP protocols
NOTE: Download Chapter 3 Slides PDF file from below "Downloadable Materials"
HSRP (Hot Standby Router Protocol)9:21
Understanding HSRP protocol
LAB 5: IPv6 Topology setup with Initial configuration19:38
Setup IPV6 topology with initial configuration
LAB 6: IPv6 static routing19:54
Configuring IPv6 static routing

DNS: What is it and how it works?6:55
Understanding DNS
NAT (Network Address Translation) - Introduction, types, terminology10:41
Understanding NAT
NAT: How does it work?9:21
How does NAT works?
LAB 1: STATIC NAT15:37
Configure Static NAT
LAB 2: Dynamic NAT16:45
Understanding Dynamic NAT
LAB 3: NAT Overload (PAT)11:20
Configure NAT Overload
LAB 4: NTP10:47
Configure NTP
DHCP: What is it and how it works?8:49
How does DHCP work?
LAB 5: DHCP13:10
Configure DHCP
LAB 6: DHCP Relay16:45
Configure DHCP Relay
SNMP: What is it and how it works?13:46
How does SNMP work?
Securing SNMP3:01
Learn how to secure SNMP Protocol
Understanding FTP Protocol, FTP Server, Client, and connection process6:45
Understanding FTP protocol
FTP connection types and modes12:16
Understanding FTP connection types
Understanding TFTP1:40
Understanding TFTP
QOS: Overview and why we need it?4:59
QOS introduction
QOS: How it manages network traffic3:23
How QOS manages network traffic
Understanding different types of network traffic and their QoS requirements8:54
Understanding different types of network traffic
QOS tools3:42
Understanding QOS tools
QOS Marking: IPP, DSCP, COS, and marking fields6:30
Understanding different types of QOS markings
QOS Marking: Understanding EF, AF, and CS markings6:31
Understanding EF, AF, and CS
QOS: Congestion Managment(Queuing), Round Robin Scheduling(Prioritization), LLQ10:19
Understanding QOS tools
QOS: Classification & Marking tool, Queuing tools8:00
Understanding QOS Classification and Marking Tool
QOS: Shaping and policing6:51
QOS: Trust Boundaries3:06
Understanding QOS trust boundaries
QOS: Prioritization strategy for Data, Voice, and Video2:53
Understanding QOS prioritization strategy

NOTE: Download Chapter 4 Slides PDF file from below "Downloadable Materials"

Understanding Security Terminologies3:23
Understanding Security Terminologies
Address spoofing attacks4:28
Understanding Address Spoofing attacks
Denial of Service (DOS) attack9:51
Denial of service attack
Reflection and Amplification attack2:55
Reflection and Amplification attack
Review: TCP/IP and ARP5:13
Review: TCP/IP and ARP
Man in the Middle attack7:13
Man in the Middle attack
Reconnaissance attacks, Buffer overflow attacks, and Malware6:08
Reconnaissance attacks, Buffer overflow attacks, and Malware
Human Vulnerabilities5:09
Human Vulnerabilities
Password Vulnerabilities and Password alternatives6:16
Password Vulnerabilities and Password alternatives
AAA, TACACS+, and RADIUS5:08
AAA, TACACS+, and RADIUS
Developing a security program3:20
Developing a security program
Internet VPN and its types14:36
Internet VPN and its types
LAB 1: Switchport security34:33
LAB 1: Switchport security
LAB 2: SSH10:18
LAB 2: SSH
ACL(Access-lists)6:26
ACL(Access-lists)
Types of Access-list, Inbound and outbound ACL3:14
Types of Access-list, Inbound and outbound ACL
ACL implementation guidelines4:39
ACL implementation guidelines
Standard Access-List3:30
Standard Access-List
Wild Card Mask10:45
Wild Card Mask
NOTE: Download Chapter 5 Slides PDF file from below "Downloadable Materials"
LAB 3: Standard Access-list19:13
LAB 3: Standard Access-list
LAB 4: Standard Access-list0:16
LAB 4: Standard Access-list
LAB 5: Controlling VTY(Telnet/SSH) access21:51
LAB 5: Controlling VTY(Telnet/SSH) access
Extended Access-list5:58
Extended Access-list
LAB 6: Extended ACL28:23
LAB 6: Extended ACL
Named Access-list3:11
Named Access-list
LAB 7: Named Standard Access-list0:16
LAB 7: Named Standard Access-list
LAB 8: Named Extended Access-list0:16
LAB 8: Named Extended Access-list

Data Plane, Control Plane, and Managment Plane10:56
Data Plane, Control Plane, and Managment Plane
Controllers, Software Defined Architecture, NBI, and SBI8:52
Controllers, Software Defined Architecture, North Bound Interface (NBI), South Bound Interface (SBI)
Network programmability and SDN solutions4:04
Network programmability and SDN solutions
Cisco Application Centric Infrastructure (APIC)4:09
Cisco Application Centric Infrastructure (APIC)
ACI Operating Model with Intent Based Networking9:37
ACI Operating Model with Intent Based Networking
Cisco APIC Enterprise Model8:22
Cisco APIC Enterprise Model
Comparing Traditional vs controller-based networks8:05
Comparing Traditional vs controller-based networks
Cisco SDA (Software Defined Access) and DNA (digital network architecture)7:25
Cisco SDA (Software Defined Access) and DNA (digital network architecture)
Cisco SDA - Underlay3:39
Cisco SDA - Underlay
Cisco SDA underlay roles and SDA overlay13:00
Cisco SDA underlay roles and SDA overlay
Cisco SDA - IP Address usage2:41
Cisco SDA - IP Address usage
Revisiting Layer 2 switching, Layer 3 routing & forwarding process5:33
Revisiting Layer 2 switching, Layer 3 routing & forwarding process
Understanding SDA forwarding8:38
Understanding SDA forwarding
Cisco DNA center & SDA Security13:30
Cisco DNA center & SDA Security
Traditional network management platform vs DNA center5:24
Traditional network management platform vs DNA center
REST API5:37
REST API
Data & Variables5:20
Data & Variables
REST API & HTTP, Software CRUD actions and HTTP verbs5:19
REST API & HTTP, Software CRUD actions and HTTP verbs
HTTP verbs and URI7:54
HTTP verbs and URI
DATA Serialization2:08
DATA Serialization
Understanding JSON10:42
Understanding JSON
Per device (Traditional) configuration model vs Centralized configuration model6:31
Per device (Traditional) configuration model vs Centralized configuration model, Configuration monitoring and enforcement
Configuration provisioning, templates and variables, management tools & Files12:03
Configuration provisioning, Configuration templates and variables, Configuration management tools and files
ANSIBLE, PUPPET, and CHEF14:06
ANSIBLE, PUPPET, CHEF
NOTE: Download Chapter 6 Slides PDF file from below "Downloadable Materials"

Requirements

This is beginner level course and does not require any pre-requisite knowledge of networking
However, the candidate must know how to use a computer with internet connection

Description

Learn CCNA from a Triple CCIE (R&S, Security, SP) certified instructor in just 28+ Hours. The instructor has 15 years of extensive experience in the network industry. It is an engaging course which include animations on several important topics, infographic slides and extensive lab practice.

The course is divided into six different chapters as follows:

1. Network Fundamentals

2. Network Access

3. IP Connectivity

4. IP Services

5. Security Fundamentals

6. Automation and Programmability

In “Network fundamentals” chapter, we have covered History of Networking Standards,TCP/IP, OSI, Transport Layer, TCP & UDP, Multiplexing, Virtualization, Cloud Computing, Cabling types, IPv4 & IPv6 addressing, IPv4 subnetting, Default Gateway.

In “Network Access” chapter, we have covered Switching technology, Wireless technology, and Cisco WLAN deployments.

In “IP Connectivity” chapter, we have covered IP routing process, static and dynamic routing, and FHRP protocols.

In “IP Services” chapter, we have covered DNS, NAT, DHCP, SNMP, FTP, TFTP, and QOS.

“Security fundaments” chapter is composed of security terminologies, different types of attacks & vulnerabilities, AAA, TACACS+, RADIUS, Security program, Internet VPN, ACLs, standard and extended ACL.

“Automation & programmability” chapter is comprised of Types of planes, controllers, SDN, NBI, SBI, APIC, ACI, Cisco SDA, Rest API, Software CRUD actions, HTTP verbs, URI, DATA Serialization, JSON, traditional configuration model versus centralized configuration model, ANSIBLE, PUPPET, and CHEF.

So, are you ready to Jumpstart your career in networking?

Who this course is for:

A person who is passionate to begin his career in the field of IT and Networks with ZERO knowledge
College students, Undergraduate students, and Fresh graduates who wish to get a thorough idea about IT & Network field and its future potential
Entry Level IT engineers who want to grow their career to the next level in the field of networking
System Engineers & administrators, cloud engineers, network security engineers, and IT desktop support engineers who lack network & switching infrastructure knowledge, how network functions, how traffic flows into the network end to end, and how to troubleshoot the basic network problems

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

What you'll learn

Explore related topics

Course content

Introduction4 lectures • 31min

Chapter 1: Network Fundamentals25 lectures • 4hr 17min

Chapter 2: Network Access54 lectures • 8hr 33min

3. IP Connectivity28 lectures • 4hr 17min

4. IP Services26 lectures • 3hr 43min

5. Security Fundamentals27 lectures • 3hr 46min

6. Network Automation & Programmability24 lectures • 3hr 4min

Requirements

Description

Who this course is for: