Organizator: eWireless
Predavači: MikroTIK sertifikovani treneri
KONTAKT:
– Više informacija na www.mikrotiktrening.rs
– Telefon za informacije: 022/810-810 , 022/555-102
– E-mail za informacije: office@ewireless.rs
O TRENINZIMA:
MikroTik Certified Network Associate
Training outline
| Suggested duration: | 4 days of 6.5 hours each. |
| Objectives: | By the end of this training session, the student will be familiar with RouterOS software and RouterBoard products. He will also be able to configure, manage, do basic troubleshooting of a MikroTik router and provide basic services to clients. |
| Target Audience: | Network engineers and technicians wanting to deploy and support: - Corporate networks - Client CPEs (WISPs and ISPs) |
| Course prerequisites: | The student must have a good understanding of TCP/IP and subnetting. |
The course material is separated in modules, each of which is ended with a laboratory whose goal is to reinforce the material that has been demonstrated. Preuzmite program treninga
MikroTik Certified Routing Engineer
MTCRE training outline
Course prerequisites – MTCNA certificate
| Title | Objective |
|---|---|
| Static Routing | · More specific routes · ECMP + LAB · How to force gateway over specific interface · Gateway reachability check and route distance + LAB · Routing mark and route policy + LAB · Recursive next-hop and scope/target-scope usage +LAB |
| Point to point addressing | · PtP address configuration + LAB |
| VPN | · What is VPN? · Different types of VPN · Site to site connectivity with tunnels (IPIP, EoIP, PPTP, SSTP, L2TP) + LAB · Vlan and it's usage · QinQ implementation + LAB · Vlan and managed switch · Vlan and switch chip configuration on Rbs + LAB |
| 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) + LAB · External Route Distribution methods (type1, type2) + LAB · Interface cost and interface types (broadcast, NBMA, etc.) + LAB · SPT calculation algorithm · OSPF and multicast (problems with NBMA) · Stub, NSSA and area ranges (route aggregation) + LAB · Virtual links, usage and limitations + LAB · OSPF routing filters and limitations + LAB |
MikroTik Certified Wireless Engineer
MTCWE training outline
Course prerequisites – MTCNA certificate
| Title | Objective |
|---|---|
| Wireless Installations | o Wireless routers o RouterBoard Hardware o Wireless cards o Antenna types |
| Wireless Standard | o 802.11 a/b/g/n o Bands and channel width o Frequencies |
| Wireless Tools | Wireless Tools + LAB o Scan o Frequency usage o Spectral Scan/History o Snooper o Align o Sniffer |
| Wireless Troubleshooting | o Troubleshooting wireless clients + LAB o Registration table analysis o Ack-Timeout/Distance o CCQ o TX/RX Signal Strength o Frames and HW-frames o Data-rates |
| Wireless Advanced Settings | o Advanced Wireless Tab settings + LAB o HW-retries o HW-protection o Adaptive-noise-immunity o WMM o Country regulation settings o TX-power + LAB o Virtual-AP |
| 802.11n | o 802.11n wireless protocol + LAB o Features o Data Rates o Channel bonding o Frame Aggregation o TX-power for N cards o Chain settings o Wireless link debugging |
| Wireless Security | o Wireless Security Measures + LAB o Access Management o Access-List/Connect-List o RADIUS o Authentication o Encryption o EAP o Management Frame Protection |
| WDS and MESH | o Wireless WDS protocol + LAB o Dynamic/Static WDS o RSTP Bridge o Wireless MESH + LAB o HWMP+ Mesh |
| Wireless Bridging | o Wireless Transparent Bridge + LAB o WDS bridging o AP/Station-WDS o Pseudobridge o MPLS/VPLS tunnel |
| Nstreme Protocol | o MikroTik Wireless Nstreme Protocol + LAB o Features o Configuration options o Nstreme Dual o Troubleshooting |
| Nv2 Protocol | o MikroTik Wireless Nv2 Protocol + LAB o Features o Configuration options o Troubleshooting |
MikroTik Certified Traffic Control Engineer
MTCTCE training outline
Course prerequisites – MTCNA certificate
| Title | Objective |
|---|---|
| Packet flow diagram | · Why this diagram is necessary? · Full overview of all things covered by diagram · Simple examples how packet travels through the diagram (routing, bridging, connection to router etc.) + LAB · More complex examples of diagram usage + LAB |
| Firewall filter/nat/mangle | · Connection tracking · Filter + LAB - chains (default/custom) - all rule "actions" covered - most common rule "conditions" covered · NAT + LAB - chains (default/custom) - all rule "actions" covered - most common rule "conditions" covered - NAT helpers · Mangle + LAB - chains (default/custom) - all rule "actions" covered - most common rule "conditions" covered · Some complicated rule "conditions" covered ("advanced", "extra" tab) + LAB · uPNP |
| Quality of Service | · HTB - HTB general information - HTB implementation (queue tree) - HTB structure + LAB - HTB Dual Limitation + LAB - HTB priority + LAB · Burst + LAB · Queue types - FIFO + LAB - SFQ + LAB - RED + LAB - PCQ + several LABs - queue size + LAB · Simple queues + LAB · Simple queue and queue tree interaction |
| DNS client/cache | · Basic configuration + LAB · Static DNS Entry + LAB |
| DHCP client/relay/server | · DHCP communication analysis · DHCP-client identification/ configuration + LAB · DHCP server configuration: + LAB - DHCP networks - DHCP options (build-in and custom) - IP Poolo advanced DHCP · DHCP relay configuration + LAB |
| Web Proxy | · Basic configuration · Proxy rule lists - Access list + LAB - Direct Access list + LAB - Cache list + LAB · Regular expression + LAB |
MikroTik Certified User Management Engineer
MTCUME training outline
Course prerequisites – MTCNA certificate
| Title | Objective |
|---|---|
| Module 1 PPP | • PPP Profile + LAB; • Local and Remote addresses; • Incoming/Outgoing Filters; • Address List; • Change TCP-MSS; • Use Encryption; • Session Timeout; • Rate-Limit configuration; • Only-one setting; • PPP Secret + LAB; • Service and Profile; • Local and Remote address; • Routes configuration; • Limit Bytes In/Limit Bytes Out configuration; • IP Pool; • Set addresses ranges; • Next Pool options; |
| Module 2 PPTP/L2TP | • PPTP and L2TP; • Theory; • Comparison; • PPTP Client configuration + LAB; • Client Setup; • Set profile; • Dial-on-Demand; • Add Default Route and static routes; • PPTP Server configuration + LAB; • Enable server; • Setup profiles; • Add clients to /ppp secret; • Set static interfaces for clients; • L2TP Client configuration + LAB; • Client setup; • Configure profile; • Dial-on-Demand; • Add Default Route and static routes; • PPTP Server configuration + LAB; • Enable server; • Set profiles; • Add clients to /ppp secret; • Set Static interfaces for clients; |
| Module 3 PPPoE | • PPPoE server and client; • Theory; • Usage environment; • Comparison to othe PPP protocols; • PPPoE client configuration + LAB; • Client setup; • Select interface; • Service name • Configure profile; • PPPoE Server configuration + LAB; • Enable PPPoE server; • Set profiles; • Add clients to /ppp secret; • Add Static interfaces for clients; • Secure server by removing any IP address from PPPoE server interface; • Encryption + LAB; • Set profile without encryption; • Set profile with encryption; • Configure PPPoE client without encryption; • Interface ECMP; • set ECMP routes for ppp interfaces; |
| Module 4 PPP Bridging | • L2TP and EoIP + LAB; • Set L2TP tunnel; • Set EoIP tunnel; • Create bridge and add necessary interfaces to ports; • Confirm you have Ethernet connectivity between remote nodes; • L2TP and VPLS + LAB; • Set L2TP tunnel; • Set VPLS tunnel; • Create bridge and add necessary interfaces to ports; • L2TP and BCP + LAB; • Set L2TP tunnel; • Use BCP to bridge PPP interface; • Add to bridge necessary interface; • Multilink Protocol; • Enable Multilink by specifying correct MRRU settings; • Disable Mangle rules for MSS adjustment; • MLPPP [optional]; • Setup client and specify multiple interfaces for one client; • Set PPPPoE server with MLPPP support; |
| Module 5 IPSec | • Introduction; • Theory and concepts; • Comparison to other VPN protocols; • IPSec Peer; • Use different authentication methods; • IPSec exchange modes; • Encryption and Hash algorithms; • NAT-Traversal; • Lifetime and Lifebytes; • DPD protocol; • Policy; • IPsec protocol and action; • Tunnels; • Generate dynamic Policy; • Proposal; • Encryption and Authentication algorithms; • Lifetime; • PFS; • Installed-SA; • Flush SA; • Create IPSec between two routers with NAT + LAB; • Set peer; • Set policy; • Set NAT rules; • Confirm the secure link is established; |
| Module 6 HotSpot | • Introduction; • Concepts; • Usage environments; • Setup HotSpot with default settings + LAB; • HotSpot Login Methods + LAB; • HTTP CHAP/PAP; • MAC; • Cookie; • HTTPS; • Trial; • RADIUS • Users + LAB; • Add users; • Set MAC-address for user; • Set MAC-address for username; • Limit Uptime and Limit Bytes In/Out; • Reset limits for user; • Monitor Users; • Host Table; • Active Table; • SNMP for users; • Profile + LAB; • Keepalive timeout; • Shared users; • Rate-Limit; • Address-list; • Incoming/Outgoing filter; • Incoming/Outgoing Packet Mark; • Bypass HotSpot; • walled-garden; • walled-garden ip; • ip-binding; • Customize HotSpot + LAB; • Advertisement; • Customize pages; |
| Module 7 RADIUS | • RADIUS client + LAB; • add radius client; • set service; • use-radius for the specific service; • RADIUS server; • User Manager + LAB; • Install the latest user-manager; • Add routers; • Add users; • Set profile; • RADIUS incoming |
MikroTik Certified Inter-networking Engineer
MTCINE training outline
Course prerequisites – MTCNA and MTCRE certificates
| Title | Objective |
|---|---|
| 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 |
* Ispit se polaže na zvaničnoj stranici Mikrotik-a – http://www.mikrotik.com na engleskom jeziku (podrazumeva se osnovno poznavanje engleskog jezika), dok su predavanja na srpskom jeziku. Nakon položenog ispita dobijate sertifikat iz položene oblasti.
OBAVEZE KANDIDATA:
- Posedovanje sopstvenog LAPTOP-a sa wireless karticom – neophodno za trening
- Otvoren nalog na MikroTik-ovom sajtu (https://www.mikrotik.com/client)
KOME JE NAMENJEN:
MikroTik trening nastave je za ISP, WISP administratore, sistem inženjere, integratore, menadžere i sve one koji bi želeli naučiti o upravljanju žičanim i bežičnim mrežama pomoću MikroTik RouterOS.
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