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Last updated 6/2018
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 924.75 MB | Duration: 2h 21m

Networking Prerequisites for the AWS Cloud User or Administrator​

What you'll learn
Insight on how AWS leverages core networking technologies
Decode and understand the format of IPv4 and IPv6 addresses
Define core networking technologies, and effectively apply them to a Cloud environment
Leverage knowledge from this course in job interviews and Cloud certification exams
Requirements
Access to a (free) Amazon AWS Management Console.
Basic computing skillset
Description
An excellent networking background is a prerequisite skill for the cloud administrator. Upon completion of this course, you will have what it takes, from a networking perspective, to be effective on day one, managing any cloud environment.
We have rounded up the networking concepts encountered by the new cloud administrator and created a fun, highly illustrated course around it. The Primer for the AWS Cloud: Networking is an effective prerequisite to any course on cloud administration and it can stand on its own as a useful review of relevant networking topics.
Skills covered include
port number types and usesdecoding IPv4, IPv6 and MAC addressesrepresenting IP addresses in the various formatsgrouping IP addresses into CIDR blockspartitioning networksproper deployment of networking services such as DNS, DHCP, NAT.
To reinforce the learning, we provide examples and demonstrations, using the Amazon Web Services (AWS) cloud platform, however the skills covered in this course are transferable to any cloud environment available today.
Overview
Section 1: Introduction
Lecture 1 Introduction to the course
Lecture 2 Introduction to the Instructor
Lecture 3 Course Goals
Lecture 4 Cloud Computing Requisites
Lecture 5 AWS Introduction
Lecture 6 AWS Introduction II
Lecture 7 AWS Introduction III
Lecture 8 AWS Introduction IV
Lecture 9 AWS Introduction V
Lecture 10 Summary
Section 2: Communication Models
Lecture 11 A Communications Model
Lecture 12 ISO-OSI and TCP/IP Models
Lecture 13 Transport Protocols
Lecture 14 Port Number Ranges
Lecture 15 Port Number Ranges II
Lecture 16 TCP/IP Endpoints
Lecture 17 Port Numbers Usage Example
Lecture 18 AWS Examples - Network ACL
Lecture 19 AWS Examples - Security Group
Lecture 20 Demo
Lecture 21 Demo
Lecture 22 Summary - Communications Model
Section 3: Number Systems
Lecture 23 Positional Notations
Lecture 24 Positional Notation I
Lecture 25 Positional Notation II
Lecture 26 Positional Notation IV
Lecture 27 Hexadecimal Notation I
Lecture 28 Hexadecimal Notation II
Lecture 29 Hexadecimal to Binary
Lecture 30 Conversion Between Notations I
Lecture 31 Conversion Between Notations
Lecture 32 IPv4 Representation
Lecture 33 IPv6 Representation
Lecture 34 Binary Notation - Summary
Section 4: IPv4 Intro
Lecture 35 What is an IP address
Lecture 36 Fields of an IPv4 address
Lecture 37 Constructing an IPv4 address
Lecture 38 IPv4 Summary
Section 5: IPv4 Classes
Lecture 39 The Classful Design
Lecture 40 The Classful Design II
Lecture 41 The Classful Design - Class A
Lecture 42 The Classful Design - Class B
Lecture 43 The Classful Design - Class C
Lecture 44 Classful Issues
Lecture 45 Partitioning IPv4
Lecture 46 IP Addresses in AWS
Lecture 47 Demo: IP Addresses in AWS I
Lecture 48 Demo: IP Addresses in AWS II
Lecture 49 IPv4 Classes - Summary
Section 6: Extending IPv4
Lecture 50 Extending Life of IPv4
Lecture 51 Private IPv4 Address
Lecture 52 Private IPv4 Address
Lecture 53 Special-Purpose Addresses
Lecture 54 Network Address Translation (NAT)
Lecture 55 CIDR Role Play
Lecture 56 CIDR Examples
Lecture 57 CIDR vs. Classful
Lecture 58 CIDR Illustrated
Lecture 59 CIDR - Summary
Section 7: Subnets
Lecture 60 Broadcast & Collision Domains
Lecture 61 Subnet Introduction
Lecture 62 Why Partition A Network
Lecture 63 Partitioning Example
Lecture 64 Partitioning Solutions
Lecture 65 Subnetting Illustrated
Lecture 66 Subnetting Example
Lecture 67 Subnetting Example II
Lecture 68 Subnetting Use Case
Lecture 69 From The Point Of View Of A Router
Lecture 70 Logic Gates & Truth Table
Lecture 71 What Would A Router Do?
Lecture 72 IP Addresses Reserved By AWS
Lecture 73 Demo - Subnets
Lecture 74 Demo: Show IP Addresses In AWS
Lecture 75 Summary - Subnets
Section 8: IPv6 Design
Lecture 76 Ridiculously Large Numbers
Lecture 77 Types Of IP Addresses
Lecture 78 Fields of an IPv6 Address
Lecture 79 IPv6: Next Generation IP
Lecture 80 IPv4 Format: A Reminder
Lecture 81 Decomposing IPv6
Lecture 82 Representing IPv6 Addresses
Lecture 83 Suppressing Leading Zeros
Lecture 84 Shorten Contiguous Zeros
Lecture 85 Replace Longest Runs
Lecture 86 Single Zero
Lecture 87 Demo - IPv6 in AWS I
Lecture 88 Demo - IPv6 in AWS II
Lecture 89 Summary - IPv6
Section 9: Ethernet
Lecture 90 Ethernet vs. IEEE 802.3
Lecture 91 A Data Link Layer Protocol
Lecture 92 Media Access Control (MAC) Address Decomposed
Lecture 93 Ethernet Frame Fields I
Lecture 94 Ethernet Frame Fields II
Lecture 95 Jumbo Frame
Lecture 96 Ethernet In AWS I
Lecture 97 Ethernet In AWS II
Lecture 98 Demo - MAC Address in AWS I
Lecture 99 Demo - MAC Address in AWS II
Lecture 100 Summary - Ethernet
Section 10: Gateways in AWS
Lecture 101 Gateways in AWS
Lecture 102 VPC
Lecture 103 Network Address Translation
Lecture 104 DNS/Route 53
Lecture 105 DNS/Route 53 Illustrated
Lecture 106 DNS Files
Lecture 107 Dynamic Host Configuration Protocol (DHCP)
Lecture 108 DHCP Illustrated
Lecture 109 DHCP Options Set I
Lecture 110 DHCP Options Set II
Lecture 111 DHCP Options Set III
Lecture 112 Summary - Gateways
Section 11: A Wrap
Lecture 113 Internet: A Short History
Lecture 114 Internet Standards Organizations
Lecture 115 Request For Comments
Lecture 116 Internet Standards Organizations II
Lecture 117 Course Summary
Lecture 118 Next steps
Anyone needing a refresher on core networking concepts,Anyone with a need to use and/or administer an Amazon Web Services (AWS) Cloud

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