Mikrotik Certified Routing Engineer (MTCRE) MTCRE hands-on based
training class focused on Mikrotik advanced routing class like
static
routing, virtual private network (VPN) and Interior Gateway
Protocol (IGP) like OSPF and
some other routing related topic. We aim to achieve the result
when each and every participant of a training course brings
back
home the knowledge, skills and attitude that can be later
efficiently transferred into value for the
company or community that a participant works for.
the class will start as soon as we have enough
Date students (min. 8 students). Please contact us
for more details.
Schedule 09:00 - 17:00 (full time) or 18:00 - 21:00 (part
time)
Location #18, st. 360, Sangkat Boeung Kang Keng 3, Khan
Chamkamon, Phnom Penh, Cambodia
Map
Price 350$ (early registration till 300$
Available seats 16
Language Khmer
Note: the class will start as soon as we have enough students
(min. 8 students). Please contact
us for more details. MTCRE prerequisites
Participant should have MTCNA level knowledge
You have to bring your laptop with Ethernet port (MS windows is
advised for Winbox usage) What is included in the price ?
Classroom training
Course materials Coffee breaks Exam A routerboard for LAB during
class Bonus: student who pass exam also get free Level 4 Mikrotik
license
Course Contents MTCRE course outline (download)
Module 1: 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
Module 2: Point to point addressing
PtP address configuration + LAB Module 3: 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
Module 4: 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
