Posted by on Mar 8, 2015 in | 0 comments

TRAINING + EXAM MTCINE
MIKROTIK HIGHEST LEVEL CERTIFICATION

5 – 9 Desember 2016

Sejauh ini hanya ID-Networkers, satu2 nya di Indonesia yang dapat menyelanggarakan training sertifikasi tertinggi di mikrotik sejak awal tahun 2013, yakni MTCINE. selain materi mtcine dari Mikrotik, kami menyusun materi training mtcine sendiri berdasarkan best practice dilapangan dalam bahasa indonesia. training ini akan full lab terus menerus dari pagi hingga malam hari mengadopsi sistem belajar dan materi cisco ccie sehinga topik bahasan dan labnya akan mendetail dengan berbagai macam skenarionya.

Peserta HARUS sudah lulus ujian MTCRE & wajib membawa laptop sendiri dengan kapasitas RAM minimum 4G (untuk running GNS3)

Biaya :
4 jt/Peserta.
Sudah termasuk penginapan, makan full day, snack dll

Pelaksanaan :
Tanggal : 5 – 9 Desember 2016
Jam : 09.00-21.00 WIB (Bootcamp)
Lokasi : Vila Dago – Bandung

Pendaftaran :
1. Pendaftaran via Web : Daftar Online
2. Pendaftaran via Email (info@idn.id)

MTCINE alumni IDN, dari Indonesia dan ASEAN
1.Mana Kaewcharoen
2.Didiet Kusumadihardja
3.Khifli Mulyadi
4.Nana Suherna
5.Ali Umara
6.Keuk Mengleang
7.Minh Lay
8.Sovandara Teav
9.Ty Chan
10.Achmad Mardiansyah
11.Ferry Christian
12.Kim Song An
13.SE. Suwono
14.Tirta K. Untario
15.Cecep Suradi
16.Roberto Gustinov
17.Supono
18.Ziad Sobri
19.Sadvika Alam
20.Sufyaldy

Pendaftaran :

silakan pilih caranya :
1. Pendaftaran via Web : Daftar Online
2. Pendaftaran via Email (info@idn.id) :
Tuliskan Nama, No HP, dan Paket + Tanggal yang diinginkan ke alamat diatas.

Informasi : 


YM : Deny_IDN
Pin BB : 79DC022B
Telp : 021-4024 4024 / 0819 0819 1001
WA   : 021 51145751 / 0819 0819 1001


 

foto_mtcine_1

foto_mtcine_3 foto_mtcine_2


MTCINE Sylabus

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 (basic)
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 and MPLS
L2MTU importance nd 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 setting + LAB

LAB
Lab 1. Internal BGP Peering (Physical)
Lab 2. Internal BGP Peering (Loopback)
Lab 3. External BGP Peering (Physical)
Lab 4. External BGP Peering (eBGP Multihop)
Lab 5. Problem with iBGP (Mesh Topology)
Lab 6. BGP Router Reflector
Lab 7. BGP Confideration
Lab 8. BGP Message Type
Lab 9. BGP AS Path
Lab 10. Routing Filter with Regexp
Lab 11. BGP Routing filter
Lab 12. Soft Configuration
Lab 13. BGP Authentication
Lab 14. BGP Agregation
Lab 15. BGP Attribute (Origin)
Lab 16. BGP Nexthop Self
Lab 17. BGP Weight
Lab 18. BGP Local Preference
Lab 19. BGP Prepend
Lab 20. BGP MED
Lab 21. BGP Community (default)
Lab 22. BGP Community untuk Routing Policy
Lab 23. BGP Privat AS Removal BGP Multihoming (1 ISP / Stub Area )
Lab 24. BGP Multihoming (1 ISP / Stub Area )
Lab 25. BGP Multihoming – Load Balancing (1 ISP)
Lab 26. BGP Multihoming (2 ISP / Non Stub Area )
Lab 27. MPLS Static Labeling
Lab 28. MPLS LDP
Lab 29. MPLS Label Binding Filter
Lab 30. MPLS VPLS
Lab 31. MPLS MTU
Lab 32. MPLS-BGP L2VPN
Lab 33. MPLS-BGP L3VPN – PE CE Static Routing
Lab 34. MPLS-BGP L3VPN – PE CE OSPF
Lab 35. MPLS-BGP L3VPN – Route Target MPLS-Traffic Engineering

FacebookTwitterGoogle+Share