Computer Networking Complete Course - Basic to Advanced

A #computer network is a group of computers that use a set of common communication protocols over digital interconnections for the purpose of sharing resources located on or provided by the #network nodes. The interconnections between nodes are formed from a broad spectrum of telecommunication network technologies, based on physically wired, optical, and wireless radio-frequency methods that may be arranged in a variety of network topologies.

The nodes of a #computer_network may be classified by many means as personal computers, servers, networking hardware, or general purpose hosts. They are identified by hostnames and network addresses. Hostnames serve as memorable labels for the nodes, rarely changed after initial assignment. Network addresses serve for locating and identifying the nodes by communication protocols such as the Internet Protocol.

In this comprehensive computer networking course you will learn ins and out of computer networking. You will learn from the very basic of computer networking to the very advance concept of networking. The following topic has been discussed in great details in this course:
Introduction to Networking

*** Topics ***
Intro to Network Devices (part 1) (0:00)
Intro to Network Devices (part 2) (7:14)
Networking Services and Applications (part 1) (15:10)
Networking Services and Applications (part 2) (22:55)
DHCP in the Network (26:00)
Introduction to the DNS Service (35:59)
Introducing Network Address Translation (44:13)
WAN Technologies (part 1) (51:16)
WAN Technologies (part 2) (1:01:00)
WAN Technologies (part 3) (1:8:10)
WAN Technologies (part 4) (1:16:00)
Network Cabling (part 1) (1:21:00)
Network Cabling (part 2) (1:30:35)
Network Cabling (part 3) (1:37:00)
Network Topologies (1:42:00)
Network Infrastructure Implementations (1:49:00)
Introduction to IPv4 (part 1) (1:55:00)
Introduction to IPv4 (part 2) (2:01:47)
Introduction to IPv6 (2:15:00)
Special IP Networking Concepts (2:25:36)
Introduction to Routing Concepts (part 1) (2:33:39)
Introduction to Routing Concepts (part 2) (2:39:00)
Introduction to Routing Protocols (2:49:26)
Basic Elements of Unified Communications (2:54:37)
Virtualization Technologies (3:14:00)
Storage Area Networks (3:05:34)
Basic Cloud Concepts(3:11:10)
Implementing a Basic Network (3:17:57)
Analyzing Monitoring Reports (3:27:28)
Network Monitoring (part 1) (3:33:10)
Network Monitoring (part 2) (3:41:00)
Supporting Configuration Management (part 1) (3:48:00)
Supporting Configuration Management (part 2) (3:55:00)
The Importance of Network Segmentation (4:01:12)
Applying Patches and Updates (4:08:21)
Configuring Switches (part 1) ( :14:10)
Configuring Switches (part 2) (4:21:30)
Wireless LAN Infrastructure (part 1) (4:30:00)
Wireless LAN Infrastucture (part 2)
Risk and Security Related Concepts
Common Network Vulnerabilities
Common Network Threats (part 1)
Common Network Threats (part 2)
Network Hardening Techniques (part 1)
Network Hardening Techniques (part 2)
Network Hardening Techniques (part 3)
Physical Network Security Control
Firewall Basics
Network Access Control
Basic Forensic Concepts
Network Troubleshooting Methodology
Troubleshooting Connectivity with Utilities
Troubleshooting Connectivity with Hardware
Troubleshooting Wireless Networks (part 1)
Troubleshooting Wireless Networks (part 2)
Troubleshooting Copper Wire Networks (part 1)
Troubleshooting Copper Wire Networks (part 2)
Troubleshooting Fiber Cable Networks
Network Troubleshooting Common Network Issues
Common Network Security Issues
Common WAN Components and Issues
The OSI Networking Reference Model
The Transport Layer Plus ICMP
Basic Network Concepts (part 1)
Basic Network Concepts (part 2)
Basic Network Concepts (part 3)
Introduction to Wireless Network Standards
Introduction to Wired Network Standards
Security Policies and other Documents
Introduction to Safety Practices (part 1)
Introduction to Safety Practices (part 2)
Rack and Power Management
Cable Management
Basics of Change Management
Common Networking Protocols (part 1)
Common Networking Protocols (part 2)

*** Attribution ***
Course Created by: PaceIT Online
License: Creative Commons Attribution license (reuse allowed)

*** Join our community ****

[MyCS]

*** Table of Contents***
Intro to Network Devices (part 1) (0:00)
Intro to Network Devices (part 2) (7:14)
Networking Services and Applications (part 1) (15:10)
Networking Services and Applications (part 2) (22:55)
DHCP in the Network (26:00)
Introduction to the DNS Service (35:59)
Introducing Network Address Translation (44:13)
WAN Technologies (part 1) (51:16)
WAN Technologies (part 2) (1:01:00)
WAN Technologies (part 3) (1:8:10)
WAN Technologies (part 4) (1:16:00)
Network Cabling (part 1) (1:21:00)
Network Cabling (part 2) (1:30:35)
Network Cabling (part 3) (1:37:00)
Network Topologies (1:42:00)
Network Infrastructure Implementations (1:49:00)
Introduction to IPv4 (part 1) (1:55:00)
Introduction to IPv4 (part 2) (2:01:47)
Introduction to IPv6 (2:15:00)
Special IP Networking Concepts (2:25:36)
Introduction to Routing Concepts (part 1) (2:33:39)
Introduction to Routing Concepts (part 2) (2:39:00)
Introduction to Routing Protocols (2:49:26)
Basic Elements of Unified Communications (2:54:37)
Virtualization Technologies (3:14:00)
Storage Area Networks (3:05:34)
Basic Cloud Concepts(3:11:10)
Implementing a Basic Network (3:17:57)
Analyzing Monitoring Reports (3:27:28)
Network Monitoring (part 1) (3:33:10)
Network Monitoring (part 2) (3:41:00)
Supporting Configuration Management (part 1) (3:48:00)
Supporting Configuration Management (part 2) (3:55:00)
The Importance of Network Segmentation (4:01:12)
Applying Patches and Updates (4:08:21)
Configuring Switches (part 1) ( :14:10)
Configuring Switches (part 2) (4:21:30)
Wireless LAN Infrastructure (part 1) (4:30:00)
Wireless LAN Infrastucture (part 2)
Risk and Security Related Concepts
Common Network Vulnerabilities
Common Network Threats (part 1)
Common Network Threats (part 2)
Network Hardening Techniques (part 1)
Network Hardening Techniques (part 2)
Network Hardening Techniques (part 3)
Physical Network Security Control
Firewall Basics
Network Access Control
Basic Forensic Concepts
Network Troubleshooting Methodology
Troubleshooting Connectivity with Utilities
Troubleshooting Connectivity with Hardware
Troubleshooting Wireless Networks (part 1)
Troubleshooting Wireless Networks (part 2)
Troubleshooting Copper Wire Networks (part 1)
Troubleshooting Copper Wire Networks (part 2)
Troubleshooting Fiber Cable Networks
Network Troubleshooting Common Network Issues
Common Network Security Issues
Common WAN Components and Issues
The OSI Networking Reference Model
The Transport Layer Plus ICMP
Basic Network Concepts (part 1)
Basic Network Concepts (part 2)
Basic Network Concepts (part 3)
Introduction to Wireless Network Standards
Introduction to Wired Network Standards
Security Policies and other Documents
Introduction to Safety Practices (part 1)
Introduction to Safety Practices (part 2)
Rack and Power Management
Cable Management
Basics of Change Management
Common Networking Protocols (part 1)
Common Networking Protocols (part 2)

[bijayshrestha]

I will be watching entire video. Like for hardwork.

[nitroglycerific]

Sir, you have the most calming voice. It's so good to just throw on for an hour or two of learning :)

[wilsonhawkins]

I'm surprised at how easy you made this to follow. I'm slowly working towards my Network+ certification and I really appreciate this video. Thanks!

[andrewvasquez]

I am about to finish the first hour, imma do an hour a day, it’s awesome, ty lml

[Anthony-snkl]

Now this is truly the alpha and the omega .. Thank you !

[TheGamingBun]

What your grandparents think you know when you restart the router

[williameetrjgypsy]

Good recall of my network course ..Thank you sir for making more confident on me by watching this video..thanks for wonderful effort ...appreciate one..

[andrewdnn]

A couple of things in the network 1 chapter it would be worth highlighting that horizontal cabling (wall plate to patch panel is 90m (300ft) leaving 5m for patch leads each end. Also in discussing the db9 / serial / roll over with the way it’s discussed may cause confusion. Roll over cable is just a cable that rolls over ie pin 1 to pin 8. It’s most common use is connecting to an 8p8c port on a Cisco device and they made use of serial ports were standard on pcs / laptops at the time bearing in mind this was before usb as well as the fact Ethernet network ports & modems didn’t come standard on laptops until the 2000’s. PCMCIA devices were used to add communications etc.
A serial port sends data down one “pipe” as distinct to a parallel port most often used to connect printers to pcs this used a db25 port which was standard on pcs at the time (often one db9 or 25 pin serial port and one db25 parallel port were located together. Now the rs-232 part (RS - Recommended Stand) defines how the data is sent and received b/w DTE (data terminal equipment - the pc) & DCE (Data Communication equipment - modem or router. This establishing the protocol if you will. Two other protocols you may come across are RS-422 & RS-485, the later is widely used in industrial & metering applications as the physical layer for MODBUS. The ts-485 is a single master that can communicate with multiple slaves over 1200meters.

[why]

i made it to the 2 hour mark. doing it for job to know what i need to know. thank you so much. so much info

[arrikd]

3hours in and I find it more interesting than anticipated.
My previous comment still stnad though.

[preslaw]

Great course so informative, it's free and straight to the point, watched today half of it can't to watch the other half tomorrow. It's nice to have some knowledge and after that, you can say before i didn't knew anything now you get better perspective about computer network, devices i etc. :)

[jeffdanks]

I have been waiting for something like this for so long

[mgabriel]

speed this guy up 1.50 and it does speck clear .. good luck guys

[krazyteetp]

I will be watching this Course i'll give the feedback when i'm done... but it's GREAT i love it. Keep up the good work

[ArthurRWhite]

Very informative thanks for uploading... added to the playlist ❤❤ happy networking

[juliantoon]

yes good summaries been in the game a long time .its nice and clear and concise

[erlinkosta]

Perfect explanation. I'm learning a lot from this video . 👍

[thomas-sinkala]

My goal this weekend - finish this course! Thank you for making this.

[GPutraJayawardana]

thank you very much to sharing its incredible subject