07-05-2023, 02:39 AM
CCNA Let's learn Contiguous and Noncontiguous networks
Published 7/2023
Created by Jeff Diamond
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 6 Lectures ( 54m ) | Size: 570 MB
FREE command line configuration book included
What you'll learn
Learn how to architect subnets
Learn how subnetworks work together
Learn how to verify connectivity across different networks
Learn the significance and potential danger of IP address summarization
Requirements
Beginner with basic knowledge of IPv4
Description
CCNA Let's learn Contiguous and Noncontiguous networksIn this course you will learn how to build a network with different IP ranges (subnets) and how to make them work together, as well as how to differentiate between contiguous and noncontiguous network segments, and how to verify and troubleshoot a common problem encountered when network technicians--and even experienced network administrators--encounter contiguous and noncontiguous subnets sharing the same network spaces.You will also learn how networks forward traffic between each other using IP routing protocols, along with both the usefulness and potential danger of using the auto summary command. This course features extensive lectures with labs in Packet Tracer and includes a FREE copy of my book On the Command Line which is available ONLY here on UDEMY.This course module is intended for CCNA exam candidates and current network professionals wanting to expand their knowledge in this very common occurrence in today's networks. So, it is okay to be a total beginner at networking or an experienced professional, because like all my courses I begin with the basics of building a network to help strengthen both your mental and muscle memory. This will help you to remember the fundamentals for passing your exams and to make you a more well-rounded technician.I hope you enjoy this course as you progress on your IT journey.
Who this course is for
CCNA students
Network professionals unfamiliar with contiguous and noncontiguous IP architectures
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