Training Fiber Optic

Tujuan Pembelajaran

Setelah menyelesaikan pelatihan ini, peserta diharapkan mampu:

• Memahami dasar-dasar teknologi Fiber Optic, termasuk prinsip kerja cahaya, jenis kabel, konektor, dan standar transmisi yang digunakan dalam sistem komunikasi modern.
• Menerapkan teknik perancangan jaringan fiber optic dengan melakukan perhitungan power budget dan link loss analysis secara akurat sesuai kebutuhan lapangan.
• Mendesain arsitektur dan topologi jaringan broadband berbasis EPON, GPON, dan XPON, serta memahami karakteristik performa dan skalabilitas masing-masing teknologi.
• Membangun desain jaringan enterprise dengan topologi ring untuk mendukung sistem High Availability (HA) pada lingkungan korporat.
• Merancang dan menerapkan topologi CWDM (Coarse Wavelength Division Multiplexing) untuk kebutuhan jaringan Metro Area Network (MAN) yang efisien dan andal.
• Mengembangkan solusi Private Network berbasis Multi Gateway dan SD-WAN, untuk mengoptimalkan konektivitas antar cabang dan infrastruktur out-of-zone berbasis fiber optic internal.
• Mengidentifikasi dan menyelesaikan permasalahan umum pada jaringan fiber optic, termasuk analisis performa, pemeliharaan, dan troubleshooting jaringan.

Training Package Includes:

– 3 Days – 3 Star Hotel
Peserta mendapatkan akomodasi hotel bintang 3 selama 3 hari pelatihan.

– Lunch
Makan siang disediakan setiap hari selama kegiatan training berlangsung.

– Certified Trainer
Pelatihan dibawakan langsung oleh trainer yang telah tersertifikasi.

– 3 Days Training
Program pelatihan intensif dilaksanakan selama 3 hari penuh.

– Get Certification
Peserta akan memperoleh sertifikat resmi setelah menyelesaikan pelatihan.

– Hands-On Lab Pentest
Peserta akan melakukan praktik langsung melalui hands-on lab penetration testing.

– Get R&D Complete Set
Peserta mendapatkan satu set lengkap perangkat R&D untuk mendukung proses pembelajaran.

Course Curriculum :

Module 1 – Fiber Optic Fundamentals

• Basic Principles of Light Transmission Through Optical Fiber
• Types of Fiber Cables and Connectors
  (Single-Mode, Multi-Mode, SC, LC, ST)
• Optical Cable Structure and Supporting Components
• Characteristics of Loss, Bandwidth, and Transmission Distance

Module 2 – Fiber Optic Design Techniques and Calculation

• Power Budget and Basic Techniques of Optical Link Design
• Calculation of Total Attenuation (Link Loss) and Optical Power Margin
• Identification of Factors Affecting Optical Signal Quality
• Case Study of Distribution and Backbone Network Design

Module 3 – Design Architecture Topology EPON, GPON, XPON

[Broadband Network]

• Introduction to FTTH and PON Architecture
• Main Components of PON Network
  (OLT, ONU, Splitter, ODN)
• Design of EPON/GPON/XPON Topology Based on Customer Requirements
• Broadband Network Design Simulation Using Planning Software

Module 4 – Enterprise Design Architecture Ring Topology

[High Availability (HA) Network]

• Concept of Redundancy and High Availability (HA)
• Implementation of Ring Topology Using Switch and Router Devices
• Failover and Load Balancing Techniques Between Optical Links
• Case Study: Ring Topology Design for Headquarters and Branch Offices

Module 5 – Enterprise Design Architecture CWDM Topology

[Metro Network]

• Introduction to CWDM Technology and Differences from DWDM
• Channel Multiplexing Design for Corporate Backbone
• Integration of CWDM with Metro Ethernet Devices
• Calculation of Transmission Channel Capacity and Efficiency

Module 6 – Private Network Multi-Gateway SD-WAN

[Out-of-Zone Internal Fiber Optic]

• Concept of SD-WAN and Private Network Architecture
• Integration of Internal Fiber with Multi-Gateway and VPN
• Connectivity Design Between Company Zones and Branches
• Routing and Failover Simulation Workshop Between Gateways