CompTIA Network+ N10-008

There are many different ways to connect one network with another. In this video, you’ll learn about peer-to-peer, client-server, LAN, MAN, WAN, WLAN, PAN, CAN, and other network types. << Previous Video: Network Topologies Next: WAN Termination >> With a peer-to-peer network, there’s not a server or a client. Instead, every device is a server […]

There are many different network types and topologies. In this video, you’ll learn about star, ring, bus, mesh, hybrid, and wireless topologies. << Previous Video: Data Communication Next: Network Types >> When you’re designing, building or troubleshooting a network, you’ll be using a network topology type that can vary depending on the technology you’re using.

Network communication consists of a series of well-orchestrated standards and processes. In this video, you’ll learn about data encapsulation and decapsulation, TCP flags, maximum transmission unit, and IP fragmentation. << Previous Video: Understanding the OSI Model Next: Network Topologies >> Getting data moved from one part of the network to the other relies on something

We use the OSI model to describe application use, network activity, and troubleshooting tasks. In this video, you’ll learn about the layers of the OSI model and how they apply to real-world networking. << Previous Video: How to Pass Your N10-008 Network+ Exam Next: Data Communication >> If you work for any amount of time

The CompTIA Network+ certification is one of the most popular entry-level networking certifications in the information technology industry. In this video, you’ll learn about the N10-008 edition and how to best prepare for your Network+ studies. << Previous Video: N10-008 Network+ Index Page Next: Understanding the OSI Model >> Welcome to this first video of

There are many ways to implement IPv6 on an existing IPv4 network. In this video, you’ll learn about IPv4 and IPv6 tunneling, dual-stack routing, and the IPv6 Neighbor Discovery Protocol (NDP). << Previous Video: IPv6 Subnet Masks Next: Introduction to IP >> If you’re deploying IPv6 in your organization, there are a number of different

IPv6 is quite the departure from IPv4 addressing. In this video, you’ll learn about the structure of an IPv6 address, how to compress the address, and how to calculate the EUI-64 used for IPv6 locally administered addresses. << Previous Video: Seven Second Subnetting Next: IPv6 Subnet Masks >> IP version 4 deals with 32-bit addresses,

My seven-second subnetting method is a shortcut that puts the emphasis on speed and requires effectively no math. In this video, you’ll learn the seven-second subnetting method and how it can be used to quickly answer subnetting questions on your exam. << Previous Video: Magic Number Subnetting Next: IPv6 Addressing >> In previous videos, we

The “Magic Number” process of IP subnetting is a popular shortcut that requires a minimal amount of math. In this video, you’ll learn the magic number method and how to optimize the method during an exam. << Previous Video: Calculating IPv4 Subnets and Hosts Next: Seven Second Subnetting >> In previous videos, we’ve looked at

How does a network administrator know how to split the network into smaller subnets? In this video, you’ll learn about subnet classes and how they can be used to create groups of IPv4 subnets and hosts. << Previous Video: Network Communication Next: IPv4 Subnet Masks >> As you begin the process of learning more about