English | MP4 | AVC 1280×720 | AAC 44KHz 2ch | 9h 09m | 6.06 GB
Learning@Cisco, the division responsible for the development and administration of Cisco’s training and certification programs, has partnered with presenter Keith Barker, CCIE# 6783, to bring you an engaging educational series that focuses on network fundamentals and IPv4 addressing principles and techniques. The three videos contained in this package present you with all you need to know to get started in the networking field through almost nine hours of video training. The videos contain live demonstrations using live networks, interactive games and practice exercises for learning and remembering concepts, and a study aid that includes diagrams and worksheets to use for the various activities.
The first video, The Nuts and Bolts of Network Devices, is an introductory, 3 part series on the common devices and cables that are used to build a data network. Anyone who is new to, or has a cursory interest in, data networking will benefit from the practical and interactive approach used to talk about common network elements as well as show how to connect them to create a small network.
The second video, Fundamentals of Network Device Communications, is a three part series that takes you from understanding the OSI Reference Model through to being able to use selected commands to determine and verify the path data takes through a network.
The third video, Mastering IPv4 Addressing, is a two part series that takes you from understanding the elements of an IPv4 address to being able to subnet addresses as well as reverse engineer a given address.
The power of this series is the inclusion of step by step processes used to perform tasks such as subnetting combined with practice scenarios to reinforce what you learn. In all cases, each practice comes with a detailed and fun debrief lecture from Keith.
Table of Contents
01 Part 1 Lesson 1 – Identify Network Devices in a Topology
02 Part 1 Lesson 2 – Characteristics of a Network and Review
03 Part 1 Lesson 3 – Review Game – Who Am I
04 Part 2 – Cables, Connectors and Review
05 Part 3 – Cabling a Small Network (Demonstration)
06 Part 1 Lesson 1 – Story Time – Analogy for the OSI Reference Model & Framework
07 Part 1 Lesson 2 – Framework & Function of the OSI Reference Model and Review
08 Part 1 Lesson 3 – Review Games – OSI Reference Model
09 Part 2 Lesson 1 – The Function of Layer 1, 2, & 3 Devices and Layer 4 Operation
10 Part 2 Lesson 2 – Host to Host Communication Using TCP_IP (Includes Protocol Analyzer Demonstration)
11 Part 2 Lesson 3 – Tools Used to Verify Basic Connectivity and Review (Includes Tools Demonstration)
12 Part 3 – Host to Host Communication Review – The Hat Game
13 Mastering IPv4 Addressing Series Overview
14 Lesson 1 – Getting Started with IPv4 Addresses
15 Lesson 2 – why do we have IPv4 Addresses
16 Lesson 3 – A Step by Step Guide to Converting Binary to Decimal
17 Lesson 3 Review and Practice – A Step by Step Guide to Converting Binary to Decimal
18 Lesson 4 – The Mystery of the Mask Revealed
19 Lesson 5 – Calculating the Mask Values
20 Lesson 5 Review Game – What are the Mask Values
21 Lesson 6 – A Step by Step Guide to Calculating the Number of Host Addresses
22 The Ins and Outs of IPv4 Subnetting Overview
23 Lesson 1 – A Step by Step Guide to Creating Subnets
24 Lesson 1 Review – A Step by Step Guide to Creating Subnets
25 Lesson 2 – A Step by Step Guide to Identifying Subnet Details
26 Lesson 2 Review and Practice – A Step by Step Guide to Identifying Subnet Details
27 Lesson 3 – A Step by Step Guide for Subnetting a Class B Address
28 Lesson 3 Practice – A Step by Step Guide for Subnetting a Class B Address
29 Lesson 4 – A Step by Step Guide to Subnetting a Subnet (VLSM)
30 Lesson 4 Practice – A Step by Step Guide to Subnetting a Subnet (VLSM)
31 Lesson 5 Practice – Putting It All Together Using a Class A Address
32 Lesson 6 – A Step by Step Guide to Reverse Engineering IP Addresses
33 Lesson 6 Practice – A Step by Step Guide to Reverse Engineering IP Addresses
Resolve the captcha to access the links!