FTTH Network Planning
High-capacity fiber-optic network design for residential areas in Sumedang, utilizing GPON technology and precise optical link budget analysis.
Location
Sumedang Area
Tech
GPON / Fiber
Planning Stack
01. What This Project Does
This project involves the planning and design of a Fiber-To-The-Home (FTTH) network infrastructure for residential areas in Sumedang. It utilizes high-capacity optical link planning to deliver broadband internet via Gigabit Passive Optical Network (GPON) technology.
02. Why It Was Built
To support the increasing demand for high-speed internet in suburban residential areas, this project focuses on designing an efficient and scalable optical distribution network. The objective was to ensure reliable signal delivery with minimal loss over long distances using cost-effective PON architecture.
03. How It Works (High-Level)
The design methodology uses Atoll for radio and coverage planning and OptiSystem for simulating the optical link budget. The architecture includes the placement of Optical Distribution Cabinets (ODC) and Optical Distribution Points (ODP), ensuring signal attenuation remains within IEEE 802.3ah GPON standards. It calculates precise splitter ratios and fiber pathing for optimal service delivery.
04. Technologies Used
- Atoll Radio Planning Software
- OptiSystem (Optical Simulation)
- GPON (Gigabit PON) Technology
- Single-mode Fiber (G.652D)
- GIS Mapping Tools
05. My Role & Contribution
As the Planning Engineer, I performed the end-to-end link budget calculations and signal loss simulations. I mapped the entire distribution network, determining the optimal placement for passive components like splitters and distribution points. I also verified the technical feasibility of the design through comprehensive simulations in Atoll and OptiSystem.