Certified Traffic Control Engineer (MTCTCE)
Training outline
Duration
2 days
Outcomes
By the end of this training session, the student will be able to
manage quality of service for the network by using RouterOS
queues, firewall and other features
Target audience
Network engineers and technicians wanting to control the traffic f low in the network
Course prerequisites
MTCNA certificate
- Why this diagram is necessary?
- Full overview of all things covered by the diagram
- Simple examples how packet travels through the diagram
- Routing
- Bridging
- Connection to router
- More complex examples of diagram usage
- Module 1 laboratory
- Connection tracking
- Filter
- Chains (default/custom)
- All rule "actions" covered
- Most common rule "conditions" covered
- NAT
- Chains (default/custom)
- All rule "actions" covered
- Most common rule "conditions" covered
- NAT helpers
- Mangle
- Chains (default/custom)
- All rule "actions" covered
- Most common rule "conditions" covered
- Some complicated rule "conditions" covered ("advanced", "extra" tab)
- UPnP
- Module 2 laboratory
- HTB
- HTB general information
- HTB implementation (queue tree)
- HTB structure
- HTB Dual Limitation
- HTB priority
- Burst
- Queue types
- FIFO
- SFQ
- RED
- PCQ
- Queue size
- Simple queues
- Simple queue and queue tree interaction
- Module 3 laboratory
- Basic configuration
- Static DNS Entry
- Module 4 laboratory
- DHCP communication analysis
- DHCP client identification/configuration
- DHCP server configuration:
- DHCP networks
- DHCP options (build-in and custom)
- IP Pool
- Advanced DHCP
- DHCP relay configuration
- Module 5 laboratory
- Basic configuration
- Proxy rule lists
- Access list
- Direct Access list
- Cache list
- Regular expression
- Module 6 laboratory