CompTIA Network+: IP Addressing Schemes and Subnetting

CompTIA    |    Intermediate
  • 18 videos | 2h 35m 7s
  • Includes Assessment
  • Earns a Badge
Rating 4.3 of 169 users Rating 4.3 of 169 users (169)
Computers and devices each require a unique identifier, known as an IP address, in order to participate on an IP network. Using a subnet mask, the IP address is divided into a network portion and a host portion. This practice is called subnetting and it allows for an IP network to be logically subdivided or segmented. In this course, you'll learn the fundamentals of public and private IP addresses and how to use Network Address Translation and Port Address Translation to translate addresses. Next, you'll examine the differences between IPv4 and IPv6 addressing, as well as various types of addresses including unicast, multicast, and anycast. You'll learn the basics of base-2 conversions and binary values and examine classes A, B, C, D, and E, which respectively allow you to portion a network into various different sizes. Finally, you'll learn about supernetting, a more advanced form of subnetting, as well as IPv6 concepts, subinterfaces, and virtual IP addresses

WHAT YOU WILL LEARN

  • Discover the key concepts covered in this course
    Outline the key differences between public and private ip addresses and provide an overview of rfc1918
    Differentiate between network address translation (nat) and port address translation (pat)
    Recognize the differences between ipv4 and ipv6 and the benefits of each
    Describe automatic private ip addressing (apipa) solutions including extended unique identifier (eui-64)
    Differentiate between unicast, broadcast, anycast, and multicast packets
    Outline the purpose and characteristics of the link local, loopback, and default gateway addresses
    Recognize how to perform base-2 conversions and work with binary values
    Describe binary to decimal conversion, how to determine the size of a subnet, and classless inter-domain routing (cidr) notations
  • Recognize how to subnet a class c network
    Describe how to subnet a class b network
    Recognize how to subnet a class a network
    Describe how to perform supernetting
    Recognize how to determine the address ranges of subnets
    Describe ipv6 concepts such as tunneling, dual stack, shorthand notation, router advertisement, and stateless address autoconfiguration (slaac)
    Outline the purpose and characteristics of subinterfaces
    Describe when to use virtual ip addresses
    Summarize the key concepts covered in this course

IN THIS COURSE

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