This course focuses on MikroTik hardware and is specifically tailored to meet the needs of the Internet Service Provider (ISP) industry. Its content is designed to prepare you for the MTCRE (MikroTik Certified Routing Engineer) exam, covering all the bullet points mentioned in the exam syllabus. Additionally, it also includes some topics from the MTCINE (MikroTik Certified Inter-networking Engineer) certification.

Before enrolling in this course, it is required that you have attended the official MTCNA (MikroTik Certified Network Associate) curriculum. This prerequisite ensures that you have a fundamental understanding of MikroTik networking concepts and configurations.

Upon completion of this course, you can expect to achieve the following outcomes:

1. Understanding of Core Technologies in a Service Provider Environment: You will gain a comprehensive understanding of the essential technologies utilized in a service provider environment. This includes studying and grasping concepts related to routing protocols, network addressing, Quality of Service (QoS) mechanisms, and network security.
2. Configuration of Core Routing in a Service Provider: You will learn how to configure core routing functionalities within a service provider network. This involves setting up and managing routing protocols such as OSPF (Open Shortest Path First) and BGP (Border Gateway Protocol), as well as implementing routing policies and filters to optimize network performance and ensure proper traffic distribution.
3. Troubleshooting Service Provider Networks: You will acquire skills in identifying and resolving issues that commonly occur in service provider networks. This includes troubleshooting network connectivity problems, diagnosing routing protocol inconsistencies, and troubleshooting performance-related issues using various monitoring and diagnostic tools.
4. Understanding of Different Last Mile Technologies: You will develop a comprehensive understanding of various last-mile technologies commonly implemented in service provider networks. This may include technologies such as DSL (Digital Subscriber Line), cable broadband, fiber optics, wireless technologies (like Wi-Fi, WiMAX, and LTE), and their respective configuration and deployment considerations.