English | MP4 | AVC 1280×720 | AAC 44KHz 2ch | 119 lectures (18h 47m) | 7.97 GB
Networking fundamentals for beginners, learn how computer networks work, the architecture used to design networks.
In this introduction to networking, learn how computer networks work, the architecture used to design networks, and how to keep them secure.
Networking Fundamentals is a course for non-technical people. It is designed to provide a broad understanding of the basics of computer networks for Sales and Merchandising employees. Technical people may find it useful in establishing a baseline for knowledge before developing further networking skills or certifications.
This is a great starting point for learners who are interested in entry-level networking concepts and skills. This path is vendor-neutral and covers networking concepts and protocols, network infrastructure basics, networking management and operations, network security, and network troubleshooting and tools.
This path will get you started in Networking. You’ll learn all the basics you need in order to pursue a career in Networking. This is a great starting point for learners who are interested in entry-level networking concepts and skills. This path is vendor-neutral and covers networking concepts and protocols, network infrastructure basics, networking management and operations, network security, and network troubleshooting and tools.
This foundational Networking Fundamentals prepares learners to implement, maintain, troubleshoot and repair computer and network systems by learning what different types of networks are and how they operate.
At its simplest, networking is just moving 0s and 1s from one machine to another. But it can also be the most complicated, nuanced, and technically challenging aspect of information technology.
After completing this networking training you’ll know how to implement, maintain, troubleshoot and repair computer and network systems by learning what different types of networks are and how they operate.
For managers with network professionals, this training can be used to onboard new network technicians, curated into individual or team training plans, or as a reference resource.
You’ll learn the fundamental principles of computer networking to prepare you for the Azure admin and developer learning paths.
Learning objectives
Networking Fundamentals Table of Contents :
- Networking Overview
- Cabling and connectors
- Reference Models : OSI Model and TCP/IP Model
- IPv4 Addressing and subnetting , VLSM
- Network Devices : Hub, Switch, Bridge, Router and Firewall Overview
- IP Routing Overview
- Static Routing
- Default Routing
- Dynamic Routing Protocols : RIP, OSPF
- Switches Overview
- MAC Address and MAC Address Tables
- VLANs and Trunking
- Spanning-Tree Protocol (STP) and Types
- Ether channel / Port-channel / Link-Aggregation
- Security Overview
- Port-security wrt Switches
- ACL wrt Routers
- NAT and PAT
- Wireless Networking
Lab Tools : Cisco packet tracer , GNS3 , EVE-NG
Who Should Take Networking Fundamentals Training?
This Networking Fundamentals training is considered foundational-level training, which means it was designed for network technicians with 6 months to 1 year of experience — or no experience at all. This Networking Fundamentals course is valuable for new or aspiring IT professionals, experienced network technicians looking to validate foundational skills, and non-technical professionals.
Foundational networking user training. Understanding networking is simply essential for anyone who works with a computer. Learning the fundamentals of networking technology will do more than make you a better user of technology. It will give you an understanding of why security procedures are what they are, plus it’ll highlight creative opportunities for you and your business.
New or aspiring IT professionals. If you’ve already been working as a network technician for some time, this course is the place to start if you want to lay a foundation for advancing into more meaningful, challenging, and higher-paying positions. If you jumped into technician work before you could learn the fundamentals of networking from the ground up, start here and you’ll know which parts of the job to move into next.
Table of Contents
Introduction
1 Introduction Biswajit
2 Introduction Zubair
3 Networking as a career and certifications.
4 Table of Contents
Lab Setup and Installation
5 Download and Install Cisco Packet Tracer
Computer Network Fundamentals
6 Let’s get started!!!!
7 Networking Overview – Introduction
8 Network Type – Wired Based
9 Network Type – Wireless Based
10 Network Type – MixHybrid Based
Networks Defined by Geography
11 Network Types Overview
12 Personal Area Networks (PAN)
13 Local Area Networks (LAN)
14 Metropolitan Area Networks (MAN)
15 Wide Area Networks (WAN) – Private & Public
Internet and Internet Services
16 Internet Overview
17 Internet Services (HTTP, SMTP & DNS)
Communication & Media Types
18 Communication Types Overview
19 Unicast
20 Broadcast
21 Multicast
22 Mac-Address
23 Ethernet
24 Cabling and Connectors
25 Bus Topology and Drawbacks
26 Types of Cables
27 Auto MDIMDIX
28 Cable categories
OSI Reference Model
29 The Need for Reference Models
30 OSI Reference Model Overview
31 OSI – Application Layer
32 OSI – Presentation Layer
33 OSI – Session Layer
34 OSI – Transport Layer
35 OSI – Network & Data Link Layer
36 OSI – Physical Layer
37 TCPIP -OSI Comparison
38 TCPIP PDUs
IPV4 Addressing
39 Overview
40 Decimal & Binary Conversion
41 IPv4 Addressing
42 IPv4 Class-A
43 IPv4 Class-B
44 IPv4 Class-C
45 IPv4 Class-D & E
46 Concept of Subnet Mask & CIDR
47 Data communication process
48 Lab Demo
Network Devices
49 Network Devices – Hub
50 Network Devices – Bridge
51 Collision & Broadcast Domain
52 Network Devices – Switches
53 Network Devices – Routers
54 Network Devices – Firewalls
Subnetting & VLSM
55 IPv4 Address Subnetting Overview
56 Subnetting Exercise – 1
57 Subnetting Exercise – 2
58 Subnetting Exercise – 3
59 VLSM Based Subnetting Exercise
60 FLSM & VLSM Lab
Layer 3 IP Routing
61 Router and it’s components
62 IP Routing Overview
63 Life of a Packet
64 Router Initialization – Part-1
65 Router Initialization – Part-2
66 Router Initialization – Part-3
67 Hands On – IP Routing
68 Static Routing
69 Static Routing Lab
70 Default Routing
71 Default Routing Lab
Dynamic Routing Protocols
72 Dynamic Routing Protocol Overview
73 Types of Dynamic Routing Protocols
74 IGP vs EGP
75 RIP Overview
76 RIP Lab
77 Characteristics of RIP
78 Administrative Distance (AD Value)
79 Open Shortest Path First (OSPF)
80 OSPF Lab
Layer 2 Switching Concepts
81 Switch Overview
82 Router Vs Switch
83 How do Switches look like
84 Broadcast & Collision Domain in Switch
85 G-ARP and MAC Learning Process in a Switch
86 Switching Lab
87 VLANs and Trunking
88 Layer 2 Segmentation Using VLANs
89 Trunking Explained
90 Native VLAN
91 Trunking Lab
Inter-Vlan Routing
92 Inter-Vlan Routing Overview
93 Inter-Vlan Lab with seperate Router interfaces
94 Inter-Vlan Lab with Sub-Interface on Router
95 Inter-Vlan Routing in Multi-layer Switch
96 Switch Virtual Interface Lab
97 Port Security on a Switch
Spanning Tree Protocol
98 Tier Architecture & STP Domain
99 Broadcast Storm in a Switch
100 Spanning Tree Protocol Overview
101 Understanding Spanning Tree Protocol
102 Understanding STP Port Roles
103 Spanning Tree Protocol Lab
104 Spanning Tree Protocol Flavours
Etherchannel Port-Channel Link Aggregation
105 Ether-Channel Explained
106 Ether-Channel Lab
Access Control Lists
107 Access Control Lists Overview
108 ACL Lab Topology and Initial config
109 Types of Access Control Lists
110 Standard Access Control List
111 Order of Operations ACL
112 Extended Access Control List
113 Extended ACL Task
Network Address Translation (NATPAT)
114 NAT Overview
115 NAT Topology and Initial Config
116 Dynamic NAT Overview
117 Dynamic NAT Lab Demo
118 Dynamic PAT
119 Static NAT
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