2015
Lynda
Timothy Pintello
2:36
English
Understanding the foundations of networking is paramount for any IT professional. Once you have a grasp of the basics, IP addressing is the next step. In this course, Timothy Pintello walks through the essential concepts, including common numbering systems and logical vs. physical IP addressing. He also discusses the IPv4 and IPv6 addressing schemes, and various IP addressing resolution techniques (such as DHCP and DNS).
Introduction
Welcome
Preparing for the Networking Fundamentals, MTA Exam 98-366
What you should know before starting this course
1. The Basics of Numbering Systems Used in Networking
Working with the binary numbering system
Using the hexadecimal numbering system
Understanding the octal numbering system
2. Understanding Addressing
Exploring physical addressing
Working with logical addressing
Understanding how logical and physical addressing work together
Exploring multicast, unicast, and broadcast
Comparing broadcast domains and collision domains
3. IPv4 Addressing
Introducing IPv4 and the IPv4 addressing structure
Understanding the IPv4 classful A, B, C, D, and E ranges
Using IPv4 classless addressing
Exploring reserved IP address ranges and loopback
Comparing private, public, and IPv4 APIPA addressing
Subnetting with IPv4
Understanding and setting a subnet mask
Configuring default routes and gateway settings
4. IPv6 Addressing
Introducing IPv6
Understanding the IPv6 addressing structure
Working with subnetting in IPv6
Configuring gateways and subnet masks in IPv6
Understanding iPv6 reserved ranges
Exploring IPv6 link local, 6to4 tunneling, and 4to6
Introducing ipconfig
Exploring dual IP stacks
5. Name and IP Address Resolution Techniques
Explaining DHCP and how DHCP works
Configuring DHCP in Windows Server 2012
Explaining DNS and how DNS works
Configuring DNS in Windows Server 2012
Explaining WINS and how WINS works
Configuring WINS in Windows
Explaining NAT and how NAT works
6. Other Concepts Related to Addressing
Understanding ports
Exploring packets
Using remote access
Conclusion
Next steps
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