MTCSWE

Certified Switching Engineer (MTCSWE)

Prerequisites:
The MTCNA (MikroTik Certified Network Associate) certificate is required before taking the MTCSWE course.

Course Description:
The MTCSWE course provides an in-depth understanding of RouterOS Layer 2 forwarding, bridging, and switch chip functionalities in RouterBOARD devices. Participants gain hands-on experience with VLANs, Spanning Tree Protocols, QoS, security, PoE, and diagnostic tools. The course also covers advanced configurations using MikroTik Cloud Router Switch (CRS) and SwitchOS (SwOS).

Learning Outcomes:
By completing this course, participants will:

·  Understand Layer 2 forwarding concepts and switch chip features in MikroTik hardware.

·  Configure and troubleshoot VLANs, Spanning Tree Protocols, and QoS.

·  Implement Layer 2 security measures and optimize network performance.

·  Deploy advanced Layer 2 features using MikroTik devices and manage configurations with SwOS.

Ideal For:
This course is designed for network engineers, technicians, and administrators who aim to deploy and manage Layer 2-based networks using MikroTik solutions.

Course Outline:

Module 1: Introduction

·   Layer 2 forwarding concepts

·   Unicast, multicast, and broadcast traffic

·   MAC learning in bridges and switches

·   Interface settings

·   Overview of RouterOS bridge and RouterBOARD switch chip features

·   Cloud Router Switch (CRS) series and SwitchOS (SwOS) overview

·    Laboratory: Hands-on exercises for Layer 2 forwarding.

Module 2: MTU

·   Understanding MTU and L2MTU

·   Jumbo frames and potential MTU issues

·   Laboratory: Configuring MTU settings in RouterOS.

Module 3: VLAN

·  VLAN tagging concepts: 802.1Q and 802.1ad

·  Port-based VLAN, MAC-based VLAN, and QinQ configurations

·  VLAN implementation in switch chips and bridge interfaces

·  Laboratory: VLAN setup and inter-VLAN routing.

Module 4: Spanning Tree Protocol (STP)

·  STP, RSTP, and MSTP concepts and configurations

·  Bridge protocol data unit (BPDU) handling and spanning tree security

·  Laboratory: Configuring and troubleshooting STP.

Module 5: Link Aggregation

·  RouterOS bonding modes and compatibility with other systems

·  Laboratory: Setting up and testing link aggregation.

Module 6: Port Isolation

·  RouterOS bridge horizon and switch port isolation

·  Laboratory: Configuring port isolation.

Module 7: QoS

·  Layer 2 QoS concepts (802.1p), CRS priority, and traffic shaping

·  Bandwidth limiting in bridges and switch chips

·  Laboratory: QoS implementation in Layer 2.

Module 8: Layer 2 Security

·  IGMP snooping, DHCP snooping, loop protection, and traffic storm control

·  Layer 2 firewall and switch access control lists

·  ARP modes, port security, and 802.1X authentication

·  Laboratory: Implementing Layer 2 security features.

Module 9: PoE

·  RouterOS PoE modes, priority settings, and monitoring

·  Laboratory: Configuring PoE on MikroTik devices.

Module 10: Tools

·  Layer 2 diagnostic tools and port mirroring

·  Laboratory: Using diagnostic tools for network analysis.

Module 11: SwOS

·  Introduction to SwitchOS and dual-boot compatibility with RouterOS

·  Configuration of Layer 2 features in SwOS, including VLANs, (R)STP, QoS, and security

·  Laboratory: Managing and configuring SwOS.

Certification:
Participants will receive the MikroTik Certified Switching Engineer (MTCSWE) certificate upon successful completion of the course and exam.