MAE-RAV-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 objective of the MAE-RAV-ROS (Introduction to Advanced Routing) course is to provide students with a deep understanding of advanced network routing concepts and techniques using MikroTik devices.
Throughout the course, OSPF and BGP dynamic routing protocols, as well as MPLS technologies, will be explored in detail.
Chapter 1: Introduction to Advanced Routing
In this chapter, students will learn what routing is and how routing tables are used.
Concepts such as simple and dynamic routing, network metrics, best route, administrative distance, and route labels will be covered. Additionally, the differences between simple and dynamic routing will be analyzed.
Chapter 2: OSPF
This chapter introduces students to the OSPF protocol, its features, and how it works. Concepts such as link state updates (LSA) and OSPF metrics will be explored, as well as the key features of this dynamic routing protocol.
Chapter 3: BGP
In the third chapter, students will delve into the BGP protocol, its foundations and the different types of BGP. They will also learn about public and private autonomous system numbers (ASNs), outbound routes to the Internet, and the differences between BGP and default enterprise routing.
Scenarios such as single-homed, dual-homed, single-multihomed and dual-multihomed will be covered, as well as the configuration of eBGP neighbors.
Chapter 4: MPLS
In the final chapter, students will learn about MPLS and its role in advanced routing.
Topics such as Label Switching, pre-MPLS protocols and the benefits of MPLS in terms of a unified infrastructure, better IP integration over ATM, free core for BGP, the peer-to-peer model for MPLS VPN, traffic flow will be discussed. optimal and traffic engineering.
By the end
Upon completion of this course, students will be trained to implement and manage advanced routing in networks using MikroTik devices, and will understand how to apply OSPF, BGP, and MPLS protocols in different network scenarios.
Also, they will be able to make informed decisions about which routing protocol to use based on the specific needs and objectives of their network.
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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 Advanced Routing with MikroTik RouterOS (MAE-RAV-ROS)
Upcoming MAE-RAV-ROS courses
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Essential knowledge that you must have for this course
It is important that you are familiar with various networking concepts, without which your learning process could slow down. Below we leave you a list of videos for you to review if your knowledge on these topics is not very clear.
Selecting the correct route
Static routing exercise
Study at your own pace
Register for the Course
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-RAV-ROS Course
- What are summary routes and what protocols use them?
- Can OSPF be kept stable over wireless links?
- How to determine that you have layer 2 failures?
- Is the eigrp protocol supported by MikroTik routers today?
- In a static route in MikroTik can the interface be placed instead of the next hop IP?
- What model of MikroTik equipment can handle a full internet table?
- I have BGP established in MikroTik, how can I output a private block to a public one?