MTCRE

MikroTik Certified Routing Engineer

Certification Description

4-Days

MikroTik Certified Routing Engineer is an advanced certification that covers different aspects of routing, relevant to larger networks and ISPs, with focus on OSPF with single and multiple areas, Policy Routing, and advance use of static routing. MTCRE Exam also covers the configuration of multi-homed devices, for Load Balancing and Failover.

By the end of this training session, the student will be familiar with routing . They will also be able to configure link redundancy (load balancing, failover), policy routing, vlan and tunneling.

MTCRE is a requirement for the third level certification – MTCINE, MTCSE

Content Coverage

Section 1: Routing Overview

  • What is router and routing
  • When we use routing?
  • Routing Information Base (RIB)
  • Forwarding Information Base (FIB)
  • Routing decision
  • The different between static route and dynamic route
  • The different between Interior and Exterior Gateway Protocol

Section 2: Static Routing

  • Destination-address
  • Gateway and check gateway
  • Distance
  • Scope and target scope
  • Creating routes
    Setting default route
  • Implementing static routing on simple network
  • Administrative Distance
  • Check Gateway implementation
  • Mangle routing mark
  • Push specific traffic through one specific gateway
  • Scope and target scope
  • Recursive nexthope lookup

Section 3: OSPF

  • What is OSPF
  • How OSPF protocol works
  • OSPF Area (backbone, NSSA, Stub)
  • DR, BDR
  • IR, ABR, ASBR
  • OSPF LSA
  • Administrative Distance
  • Check Gateway implementation
  • Point to Point
  • Bradcast
  • Point to Multi Point
  • NBMA
  • Passive Interface
  • OSPF authentication methods
  • OSPF Virtual Link
  • Extended backbone area
  • Dijkstra Algorithm
  • OSPF load balancing
  • OSPF fail over
  • Filtering Prefix
  • Change route parameters

Section 4: MikroTik VLAN

  • 802.1Q
  • QinQ
  • Create VLAN in RouterOS

Section 5: VPN

  • Site to Site layer 2 tunnel
  • 21. Point to Point Addressing
  • Using /32 IP address for tunne

Section 6: Mesh Made Easy (MME)

  • Quick introduction of MME as an alternative to OSPF over wireless network