Graphy | IPv4 & IPv6 Addressing from Laz, the IP Master by Lazaro (Laz) Diaz
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I am a Network Engineer with close to two decades in the teaching industry and the actual IT field. My teaching experience stems from teaching at several Brick & Mortar Institutions,which includes Colleges & Technical Training Centers. Of course, I also do private consulting on the side. Here in Graphy, I bring the classroom to you! Having been on all sides of the spectrum, as a student, a teacher/trainer, and in the field, I believe this uniquely qualifies me to understand your learning needs. I know firsthand what students like yourself have been exposed to in academia as opposed to what you want to accomplish. These two are sometimes extremely conflicting and frustrating. That is why I teach in the manner I do. I reject the status-quo and have a unique methodology when I teach that has proven very effective for students to learn in a practical & efficient manner. You will soon see that I am a multifaceted person and consider myself to be an eternal student as well. Therefore, I will always strive to give you the best learning experience possible. Laz Network Engineer, Cisco, Microsoft, CompTIA Instructor, Author & Motivational Evangelist Author of: "The Only IP Book You Will Ever Need!" and "CCNA Routing and Switching 200-125 Certification Guide: The ultimate solution for passing the CCNA certification and boosting your networking career", now on AMAZON or Packt Publishing
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IPv4 & IPv6 Addressing from Laz, the IP Master
This Graphy will teach IT students about IP addressing and how to work and configure IPv4 & IPv6 in my unique method which is the simplest, easiest, and fastest form to understand. It is a proven method that I have been teaching for almost two decades. IP Addressing seems to be the Kryptonite of all IT professionals, but once you see my method, you will be able to configure it in your head and without calculators. 1) Chapter 1 Introduction to IP Fundamentals 2) Chapter 2 IPv4 Subnetting 3)Chapter 3 Variable Length Subnet Masking (VLSM) 4) Chapter 4 Route Summarization 5) Chapter 5 Hexadecimal Conversions 6) Chapter 6 IPv6 Addressing
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