MTCNA Training

Course prerequisites – TCP/IP basics
Title	Objective
Module 1	• MikroTik RouterOS and RouterBOARD;
MikroTik RouterOS	• First time accessing the router + LAB;
Introduction	• Winbox and MAC-Winbox;
	• Null Modem cable;
	• SSH and Telnet;
	• Setup Internet connection via router + LAB;
	• IP address and default gateway;
	• DHCP-client;
	• NAT masquerade;
	• TCP/IP Basics;
	• OSI layers and encapsulation;
	• Communication between two network devices;
	• IP addresses;
	• Networks Masks and Subnets;
	• Upgrade RouterOS + LAB;
	• get packages;
	• upgrade ways;
	• type of packages;
	• Manage RouterOS logins + LAB;
	• Manage RouterOS services;
	• Backup and export/import configuration + LAB;
	• save and reload backup;
	• edit export file;
	• RouterOS license;
	• levels;
	• update license + LAB;
	• NTP client configuration;
	• Netinstall + LAB;
	• reinstall RouterOS;
	• reset RouterOS
Module 2	• Firewall principles;
MikroTik RouterOS	• structure;
Firewall	• chains and actions + LAB;
	• Firewall Filter in action;
	• filter actions;
	• filter chains;
	• protecting your router (input) + LAB;
	• protection your customers (forward) + LAB;
	• RouterOS connection tracking;
	• impact on router;
	• connection state + LAB;
	• Basic Address-List + LAB;
	• Source NAT;
	• actions + LAB;
	• Destination NAT;
	• actions;
	• DNS cache + LAB;
	• NAT limitations;
Module 3	• Simple Queue + LAB;
MikroTik RouterOS	• target-address;
QoS	• max-limit and limit-at;
	• dst-address;
	• bursts;
	• Traffic Prioritization + LAB;
	• Simple Mangle and Tree Queue + LAB;
	• mark-connection and mark-packet;
	• queue tree;
	• PCQ setup + LAB;
	• pcq-rate configuration;
	• pcq-limit configuration;
	• Bandwidth Test + LAB;
	• client;
	• server;
	• Monitoring;
	• interface traffic monitor;
	• Torch;
	• graphs + LAB;
	• SNMP;
Module 4	• ARP + LAB;
Mikrotik RouterOS	• ARP modes;
Network Management	• RouterOS ARP table;
	• DHCP server and client + LAB;
	• DHCP client;
	• server setup;
	• leases management;
	• DHCP-server network configuration;
	• HotSpot + LAB;
	• setup;
	• users;
	• walled-garden;
	• ip-binding;
	• user profiles;
	• server profiles;
	• Proxy + LAB;
	• setup;
	• transparent proxy;
	• HTTP firewall;
	• HTTP logging;
	• Store;
	• format additional disks;
	• move services to store;
	• RouterOS tools;
	• E-mail;
	• Netwatch + LAB;
	• Ping, Traceroute;
	• Profile (CPU load);
Module 5	• 802.11a/b/g/n Concepts;
MikroTik RouterOS	• Bands;
Wireless	• Frequencies;
	• Channels;
	• Country regulation;
	• Setup simple wireless link + LAB;
	• Access Point configuration;
	• Station configuration;
	• MAC-address filtering + LAB;
	• default-authentication;
	• access-list;
	• connect-list;
	• default-forwarding;
	• Wireless Security and Encryption + LAB;
	• WPA-PSK;
	• WPA2-PSK;
	• 802.11n specific settings + LAB;
	• data-rates;
	• HT chains;
	• HT guard interval;
	• MikroTik wireless protocols + LAB;
	• Nstreme usage and configuration;
	• Nstreme Dual configuration;
	• NV2 (TDMA) configuration;
	• Monitoring Tools;
	• Wireless scan;
	• Snooper;
	• Registration table;
Module 6	• Bridging concepts + LAB;
MikroTik RouterOS	• bridge overview;
Bridging	• create bridge;
	• add ports to bridge;
	• Bridge wireless networks + LAB;
	• WDS modes;
	• station-pseudobridge;
	• Bridge Wieless and remote networks + LAB;
	• EoIP tunnel;
	• VPLS tunnel;
Module 7	• Routing overview;
MikroTik RouterOS	• routing concepts;
Routing	• route table;
	• routes abbreviation;
	• create routes;
	• Static routing;
	• set default gateway + LAB;
	• manage dynamic routes;
	• implement static routing on simple network + LAB;
	• OSPF + LAB;
	• enable OSPF;
	• implement single-area OSPF;
Module 8	• Secure local network;
MikroTik RouterOS	• point-to-point addresses;
Tunnels	• create PPPoE client on RouterOS/Windows/MacOS + LAB;
	• PPPoE service-name;
	• create PPPoE server + LAB;
	• PPP settings;
	• ppp secret + LAB;
	• ppp profile + LAB;
	• ppp status;
	• IP pool;
	• create pool;
	• manage ranges;
	• assign to service;
	• Secure remote networks communication + LAB;
	• create PPTP(L2TP) client;
	• create PPTP(L2TP) server;
	• setup routes between networks;