MAE-IP6-ROS Instructors
Ingrid Espinoza
- Project Engineer
- Networking and Telecommunications Engineer
- MikroTik Trainer (since 2017)
- Trainer Academy Xperts (since 2016)
Darwin Barzola
- Project Engineer
- Bachelor in Networks and Operating Systems
- MikroTik Trainer (since 2016)
- Ubiquiti Trainer (since 2015)
- Trainer Academy Xperts (since 2014)
Kevin Moran
- Project Engineer
- Systems Engineer (Telematics)
- MikroTik Trainer (since 2016)
- Ubiquiti Trainer (since 2016)
- Trainer Academy Xperts (since 2015)
Course Objectives
The overall goal of the MAE-IP6-ROS (Introduction to IPv6 with MikroTik) course is to provide students with a solid understanding of IPv6 and how to apply it in network environments using MikroTik devices.
The history, reasons for its creation and characteristics of IPv6 will be covered, as well as its advantages over IPv4.
Chapter 1: Introduction
In this chapter, students will learn about the importance of IPv6, its history, the reasons behind its creation, and its main features. Additionally, the advantages of using IPv6 compared to IPv4 will be explored.
Chapter 2: Differences between IPv4 and IPv6
This chapter will focus on the key differences between IPv4 and IPv6, including CIDR notation, encapsulation, and the header fields of both protocols. Students will also discover the benefits of the simplified IPv6 header.
Chapter 3: Types of IPv6 Addresses
In the third chapter, students will become familiar with the different types of IPv6 addresses, international registry services, and current address assignments. They will also learn about IPv6 connections and how they work.
Chapter 4: Static Routing with IPv6
This chapter will cover routing concepts and how to enable IPv6 on MikroTik devices. Students will learn how to create static routes, configure the default route, and understand the most common route labels. Two practical laboratories are included to reinforce the concepts learned.
Chapter 5: IPv6 Address Assignment
In the last chapter, students will learn about SLAAC assignments and how an SLAAC address is constructed. DHCP assignments, unique device identifier (DUID), and general properties of IPv6 address assignments will also be introduced.
By the end
By the end of this course, students will have a thorough understanding of the differences between IPv4 and IPv6, the types of IPv6 addresses, static routing with IPv6, and IPv6 address assignment.
They will be trained to configure and manage IPv6 networks using MikroTik devices and to address current challenges in network management.
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Video Library
In the following link you can review some of the videos that we have previously taught about Introduction to IPv6 with MikroTik RouterOS
(MAE-IP6-ROS)
Upcoming MAE-IP6-ROS courses
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To have access to digital content you must enroll in this course. If the automatic enrollment option is not active, leave us your information in the form.
Self-Paced Training
The content of this course (videos, preparation quizzes, and learning materials) has been developed so that you can study and complete the laboratories at your own pace.
Permanent Access
You will have permanent access to the study material and will be able to download all future updates to the content (videos, quizzes and PDFs).
Certification Exam
You can take the Final Certification Exam after completing all the chapters.
Frequently Asked Questions (FAQs) of the MAE-IP6-ROS Course
- Is the request to carriers in IPv6 the same as IPv4 or should some details be considered? Is the cost lower by having extra IPs?
- Regarding IPv6 assignments in MikroTik, how would coexistence with other brands be, is it a standard or something like that?
- Regarding NAT, since in IPv6 address translation is not needed, what happens to my LAN? Am I not exposed to being visible to the world? How do I implement security?
- If IPv4 and IPv6 are independent, is there a protocol for these networks to understand each other?
- Could the ISP see everything I do under a hierarchical IPv6 network?
- I have a home service with IPv4 and I cannot start IPv6 but it has 5g technology. What is the difference between having 5g and IPv6?
- Does IPv6 addressing, even though the header is more optimal, increase router processing or resource consumption?