- Course Duration: 2 Month
- Student per batch: 10
- Course Time: 3 hours a day
- Class per week: 2
Overview
Course modules
Overview
By the end of this training session, the student will be able to plan, implement and debug routed MikroTik RouterOS network configurations.
Course modules
- Static Routing
- More specific routes
- ECMP
- How to force gateway over specific interface
- Gateway reachability check and route distance
- Routing mark and route policy
- Recursive next-hop and scope/target-scope usage
- Point to Point Addressing
- Point to Point address configuration
VPN
- What is VPN?
- Different types of VPN
- Site to site connectivity with tunnels
- IPIP, EoIP, PPTP, SSTP, L2TP, PPPoE
- VLAN and it's usage
- QinQ implementation
- VLAN and managed switch
- VLAN and switch chip configuration on RouterBOARDs
OSPF
- What is OSPF?
- How OSPF protocol works
- Hello protocol
- Database distribution and LSA types explained
- OSPF network structure
- Areas
- Router types
- OSPF neighbors and neighbor states (DR and BDR election)
- External Route Distribution methods (type1, type2)
- Interface cost and interface types (broadcast, NBMA, etc.)
- SPT calculation algorithm
- OSPF and multicast (problems with NBMA)
- Stub, NSSA and area ranges (route aggregation)
- Virtual links, usage and limitations
- OSPF routing filters and limitations
- Editing an export file
- Reinstalling a RouterOS device (Netinstall)
BGP
- What is Autonomous System
- What is BGP?
- Path Vector algorithm
- BGP Transport and packet types
- iBGP and eBGP + LAB
- Stub network scenarios and private AS removal + LAB
- Non-stub scenarios + LAB
- iBGP and eBGP multihop and loopback usage + LAB
- Route distribution and routing filters +LAB
- BGP best path selection algorithm
- BGP prefix attributes and their usage + LAB
- BGP route reflectors and confederations + LAB
MPLS
- What is MPLS (basics)
- Static Label Mapping + LAB
- Label Distribution (LDP) + LAB
- What is Penultimate-hop-popping
- MPLS traceroute differences
- LDP based VPLS tunnels + LAB
- What is Bridge Split Horizon + LAB
- VPLS Control Word (CW) usage
- L2MTU importance and MPLS fragmentation
- BGP based VPLS + LAB
- VRF and route leaking + LAB
- L3VPN (BGP based Layer3 tunnels) + LAB
- OSPF as CE-PE protocol
- Traffic Engineering
- What is traffic engineering and how it works
- RSVP, Static path, dynamic path (CSPF) + LAB
- Bandwidth allocation and bandwidth limitation differences and settings + LAB
