Free online courseNetworking Fundamentals

Duration of the online course: 3 hours and 25 minutes

New course

Start learning Networking Fundamentals with this free online course. Explore network devices, the OSI model, and key protocols like ARP, HTTP, DNS, and more.

Course Description

Networking Fundamentals is a comprehensive course tailored for those eager to delve into the world of network devices, protocols, and principles. With a runtime of 3 hours and 25 minutes, this course is designed to offer a thorough introduction to key aspects of networking, which are essential in the Information Technology sector, particularly within the realms of web servers and cloud computing.

The journey begins with an insightful exploration of network devices. You'll start by understanding the basic entities within a network, such as hosts and IP addresses. The course methodically dissects the intricate details of fundamental network devices including hubs, bridges, switches, and routers, providing a solid groundwork for understanding how these components enable communication within a network.

As you progress, the course delves into the OSI Model, presenting a practical perspective that highlights its relevance in contemporary networking environments. This segment is divided into two parts to ensure a clear and detailed comprehension of each layer, demonstrating their distinct roles and interactions.

Further, you'll uncover the processes that enable hosts to communicate over the internet. The course covers the mechanisms and protocols hosts use to ensure successful data transmission, offering a granular look into their operations.

The curriculum proceeds to examine the vital functions performed by switches and routers, essential devices that manage and direct traffic within a network. You will gain insights into their internal workings, the methods they employ to forward packets, and the hierarchical structures routers use to optimize routing.

An essential part of this course is its detailed analysis of key network protocols including ARP, FTP, SMTP, HTTP, SSL, TLS, HTTPS, DNS, and DHCP. Understanding these protocols is fundamental to building a robust knowledge base in network communications.

To provide a holistic view, the course illustrates how data traverses the internet, offering a big-picture perspective of networking concepts previously covered. Furthermore, it differentiates between HTTP and HTML through practical exercises using Telnet, enhancing your comprehension of these critical network protocols.

The final segments of the course focus on OSI Model layers 5, 6, and 7, delving into the functionalities of the session, presentation, and application layers. By the end, you’ll have a nuanced understanding of these higher layers and their significance in real-world networking scenarios.

As Networking Fundamentals is a relatively new addition to the learning landscape, it hasn't garnered reviews yet. However, its structured approach and in-depth content make it an invaluable resource for anyone looking to excel in the field of web servers and cloud computing.

Conteúdo do Curso

  • Video class: Network Devices - Hosts, IP Addresses, Networks - Networking Fundamentals - Lesson 1a

    0h11m

  • Exercise: Which of the following statements about IP addresses is true?

  • Video class: Hub, Bridge, Switch, Router - Network Devices - Networking Fundamentals - Lesson 1b

    0h15m

  • Exercise: What is the primary difference between a hub and a switch in a network?

  • Video class: OSI Model: A Practical Perspective - Networking Fundamentals - Lesson 2a

    0h13m

  • Exercise: In networking, the OSI model is crucial for allowing hosts to communicate. Which of the following layers of the OSI model is primarily responsible for 'end to end' delivery of data across different networks?

  • Video class: OSI Model: A Practical Perspective - Part 2 - Networking Fundamentals - Lesson 2

    0h14m

  • Exercise: What is the primary function of the transport layer (Layer 4) in the OSI model?

  • Video class: Everything Hosts do to speak on the Internet - Part 1 - Networking Fundamentals - Lesson 3

    0h12m

  • Exercise: What protocol is used by a host computer to determine the MAC address of another host's IP address on the same local network?

  • Video class: Everything Hosts do to speak on the Internet - Part 2 - Networking Fundamentals - Lesson 3

    0h09m

  • Exercise: When Host A wants to communicate with Host C on a foreign network, what key step does Host A take to determine the destination for the Layer 2 header?

  • Video class: Everything Switches do - Part 1 - Networking Fundamentals - Lesson 4

    0h11m

  • Exercise: What is the primary purpose of a network switch?

  • Video class: Everything Switches do - Part 2 - Networking Fundamentals - Lesson 4

    0h10m

  • Exercise: Which of the following statements is true about VLAN configurations in a network switch?

  • Video class: Everything Routers do - Part 1 - Networking Fundamentals - Lesson 5

    0h17m

  • Exercise: What is the main function of a router in a network?

  • Video class: Everything Routers do - Part 2 - How Routers forward Packets - Networking Fundamentals - Lesson 5

    0h14m

  • Exercise: What is the main purpose of an ARP table in a router?

  • Video class: Router Hierarchies and Route Summarization - Networking Fundamentals - Lesson 5 - Part 3

    0h14m

  • Exercise: What is one primary benefit of deploying routers in a hierarchical network topology?

  • Video class: Network Protocols - ARP, FTP, SMTP, HTTP, SSL, TLS, HTTPS, DNS, DHCP - Networking Fundamentals - L6

    0h12m

  • Exercise: Which of the following is a primary function of the DHCP (Dynamic Host Configuration Protocol)?

  • Video class: How Data moves through the Internet - Networking Fundamentals

    0h26m

  • Exercise: Which of the following tables is responsible for mapping an IP address to a MAC address in a network?

  • Video class: HTTP vs HTML: Unveiling Network Protocols using Telnet

    0h07m

  • Exercise: What is the primary difference between HTML and HTTP?

  • Video class: OSI Model Layer 5, 6, and 7 -- Session, Presentation,

    0h13m

  • Exercise: In the OSI model, what is the primary responsibility of layer 5?

This free course includes:

3 hours and 25 minutes of online video course

Exercises to train your knowledge

Certificate of course completion

100% free, from content to certificate

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