CompTIA Network+ Full Course | Beginner to Advance

Start your career as network Engineer

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Last Updated: 2023-12-21 06:12:46 English Course Type: Self Learning

Networking Fundamentals: Introduction to networking concepts, OSI and TCP/IP models, network topologies, protocols, and standards.
Network Infrastructure: Understanding network components, such as routers, switches, firewalls, access points, and network cabling.
Network Operations: Configuring and managing network devices, network troubleshooting methodologies, network performance optimization, and network monitoring
Network Security: Basics of network security, common security threats, implementing network security measures, securing network devices, network access control

A vendor-neutral certification validates the essential knowledge and skills needed to design, configure, manage, and troubleshoot wired and wireless networks.

Join CompTIA Network+ Course if you are an aspiring IT Professionals, Networking Enthusiast, IT Support Technician, College/University Student, or Career Changer

The CompTIA Network+ certification is a highly recognized credential for individuals aspiring to build a successful career in the field of computer networking and IT infrastructure. Offered by CompTIA, a leading provider of vendor-neutral certifications, the Network+ certification validates the essential knowledge and skills required to design, configure, manage, and troubleshoot wired and wireless networks.

By earning the CompTIA Network+ certification, you demonstrate your proficiency in networking concepts and gain a competitive edge in the IT industry. This comprehensive certification covers a wide range of topics, including network protocols, network devices, network troubleshooting, network security, and much more. Whether you’re an entry-level IT professional or a seasoned networking expert, the Network+ certification equips you with the expertise needed to excel in various networking roles

This course is designed to help prepare you for the CompTIA Network+ (N10-008) certification exam and covers all five domains:

Networking Fundamentals (24%)

Network Implementations (19%)

Network Operations (16%)

Network Security (19%)

Network Troubleshooting (22%)

There are no prerequisites for the CompTIA network+ Course.
Anyone interested in pursuing a career in networking or IT infrastructure?

A vendor-neutral certification validates the essential knowledge and skills needed to design, configure, manage, and troubleshoot wired and wireless networks. Join CompTIA Network+ Course if you are aspiring
IT Professionals
Networking Enthusiast
IT Support Technician
College/University Student
Career Changer

Section 1 : Introduction 1 Lectures 00:05:37
Lecture 1 :
Introduction Preview
Section 2 : Lesson 1 Comparing OSI Model Network Functions 8 Lectures 01:08:25
Lecture 1 :
OSI Model and Data Encapsulation Decapsulation
Lecture 2 :
Layer 1 - Physical Layer of QSI Model
Lecture 3 :
Layer 2 - Data Link Layer in SI Model
Lecture 4 :
Layer 3 Network Layer in OSI Model
Lecture 5 :
Layer 4-7 Transport, Session, Presentation and Application
Lecture 6 :
OSI Model Summary
Lecture 7 :
Configure SOHO (Small Office Home Office) networks
Lecture 8 :
LAB Configure SOHO networks
Section 3 : Analyzing Security Monitoring Data 5 Lectures 00:49:26
Lecture 1 :
Cable Type and Ethernet Standards
Lecture 2 :
Ethernet Standards
Lecture 3 :
Twisted Pair Cable and standards
Lecture 4 :
Connector Types
Lecture 5 :
Fiber Cabling Types
Section 4 : Deploying Ethernet Switching 8 Lectures 01:34:58
Lecture 1 :
Network devices Repeater Media-converter hub and bridge
Lecture 2 :
Networking Device Switch
Lecture 3 :
Explain Network Interfaces
Lecture 4 :
LAB Capturing data using tcpdump
Lecture 5 :
LAB Capturing DATA using tcpdump and Wireshark
Lecture 6 :
Switch and Its port Features and configuration
Lecture 7 :
MAC Table Port Security and Aggregation
Lecture 8 :
Jumbo Frames and Flow Control
Section 5 : Troubleshooting Ethernet Networks 1 Lectures 00:16:12
Lecture 1 :
Network Troubleshooting and Methodology
Section 6 : Explaining IPv4 Addressing 4 Lectures 00:46:14
Lecture 1 :
IP Introduction with examples
Lecture 2 :
IP Address Format and Subnet Mask
Lecture 3 :
Classification of IP address
Lecture 4 :
Public private and reserved IP addresses
Section 7 : Supporting IPv4 and IPv6 Networks 5 Lectures 01:03:24
Lecture 1 :
Ip Interface Configuration with LAB
Lecture 2 :
IP Configuration in Linux with ifconfig and ip utility
Lecture 3 :
ARP cache, ICMP and Ping network utility
Lecture 4 :
Troubleshoot IP Networks
Lecture 5 :
IPv4 vs IPv6 and format
Section 8 : Configuring and Troubleshooting Routers 6 Lectures 01:47:09
Lecture 1 :
Introduction of Configuring and Troubleshooting Routers
Lecture 2 :
Compare and Contrast Routing Concepts
Lecture 3 :
LAB Compare and Contrast Routing Concepts
Lecture 4 :
Compare and Contrast of Dynamic Routing Concepts
Lecture 5 :
LAB Compare and Contrast of Dynamic Routing Concepts
Lecture 6 :
Install and troubleshoot the Routers
Section 9 : Explaining Network Topologies and Types 3 Lectures 01:14:11
Lecture 1 :
Explain Network Types and Characteristics
Lecture 2 :
Explain Tiered Switching Architecture
Lecture 3 :
Explaining Virtual Lans - VLAN
Section 10 : Explaining Transport Layer Protocols 3 Lectures 00:47:39
Lecture 1 :
Compare and contrast of Transport Layer Protocol
Lecture 2 :
Use Appropriate Tools to Scan Network Prots
Lecture 3 :
LAB Use Appropriate Tools to Scan Network Prots
Section 11 : Explaining Network Services 8 Lectures 01:31:49
Lecture 1 :
Explain the Use of Network Addressing Services
Lecture 2 :
LAB Configure DHCP on TP Link Router
Lecture 3 :
LAB DHCP and IP helper configuration on cisco Router
Lecture 4 :
LAB Configure DHCP Server on Windows Server 2016
Lecture 5 :
Explain the Use of Name Resolution Services
Lecture 6 :
Configure DNS Services
Lecture 7 :
LAB Configure DNS in Windows 2016 Server
Lecture 8 :
LAB DNS server Configuration Demo on Packet tracer
Section 12 : Explaining Network Applications 6 Lectures 01:07:42
Lecture 1 :
Hypertext transfer Protocol - HTTP
Lecture 2 :
SSL and TLS
Lecture 3 :
FTP, File, Print and Database services
Lecture 4 :
Email Services and Protocol
Lecture 5 :
Voice and Video Services
Lecture 6 :
LAB Analyze Application Security Configuration
Section 13 : Ensuring Network Availability 6 Lectures 01:44:42
Lecture 1 :
Network Time Protocol
Lecture 2 :
LAB Configure SSH on Linux
Lecture 3 :
LAB Configure Syslog Server
Lecture 4 :
Use Event Management to Ensure Network Availability
Lecture 5 :
Use Performance Metrics to Ensure Network Availability
Lecture 6 :
Lab Analyze Network Performance
Section 14 : Explaining Common Security Concepts 5 Lectures 01:13:00
Lecture 1 :
Security Concepts
Lecture 2 :
Security Risk and vulnerability Assessment
Lecture 3 :
More Common Security Concepts
Lecture 4 :
Explain Authentication Methods Part 1
Lecture 5 :
Explain Authentication Methods Part 2
Section 15 : Supporting and Troubleshooting Secure Networks 7 Lectures 01:11:39
Lecture 1 :
Network Segmentation Enforcement
Lecture 2 :
Firewall types and its placement
Lecture 3 :
Proxy Server
Lecture 4 :
Network Address Translation and PAT
Lecture 5 :
Network Defense in Depth
Lecture 6 :
Troubleshoot DHCP and DNS issue
Lecture 7 :
vlan, Firewall, Certificate, Other common issue
Section 16 : Comparing WAN Links and Remote Access Methods 5 Lectures 01:20:43
Lecture 1 :
Explain WAN provider Links
Lecture 2 :
Remote Network Access Authentication, Tunneling and security protocol
Lecture 3 :
Client to Site VPN and host Gateway
Lecture 4 :
Site to Site VPN, modes and security protocols
Lecture 5 :
LAB Configure Remote Access
Section 17 : Explaining Organizational and Physical Security Concepts 5 Lectures 00:57:02
Lecture 1 :
Operating and System Life Cycle Plans and Procedures
Lecture 2 :
Documentation on Physical and logical Network diagram
Lecture 3 :
Security Response Plans and Procedures and Hardening Policies
Lecture 4 :
Usages, Remote Access Policies and Data Loss Prevention
Lecture 5 :
Explain Physical Security Methods
Section 18 : Explaining Disaster Recovery and High Availability Concepts 7 Lectures 01:14:16
Lecture 1 :
High Availability
Lecture 2 :
Fault Tolerance and Redundancy
Lecture 3 :
LAB Backup and Restore Network Device configuration
Lecture 4 :
Multipathing and Link Aggregation or NIC Teaming
Lecture 5 :
Load balancer and Redundant Hardware
Lecture 6 :
First Hop Redundancy with LAB on Packet Tracer
Lecture 7 :
Recovery site, power management and device backup
Section 19 : Applying Network Hardening Techniques 9 Lectures 01:40:09
Lecture 1 :
General type of Attacks in Network
Lecture 2 :
On-Path and DNS poisoning Attack
Lecture 3 :
VLAN hoping and Wireless Network Attack
Lecture 4 :
DDOS and Ransomware Attack
Lecture 5 :
Password, Human and Environmental Attacks
Lecture 6 :
LAB on path attack in the network
Lecture 7 :
Endpoint Device and Service Hardening
Lecture 8 :
Apply Network Hardening Techniques More
Lecture 9 :
Lab Configure Port Security
Section 20 : Summarizing Cloud and Datacenter Architecture 5 Lectures 00:31:23
Lecture 1 :
Cloud Deployment and Service Models
Lecture 2 :
Cloud Connectivity, code and Security
Lecture 3 :
Virtualization concept switch and NICs
Lecture 4 :
Create virtual switch and virtual machine Demo
Lecture 5 :
Network Function virtualization and SAN and its Connector

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Vijay Kumar,

6665 Course Views

8 Courses

I have several years of experience in the field of Cyber Security as a Trainer. Experience in delivering Training on Ethical Hacking, VAPT, CompTIA Security +, CySA, CEH, OSCP, Linux System & Server Administrator, CompTIA N+, CCNA. I have delivered training to more than 100+ colleges including IIT and NIIT, and Corporate, and Government Bodies.