Construction of Fiber Optic Networks (FTTB, FTTH, FTTx)

MegaTelecom Company provides high-quality services in the field of design, construction, supervision, maintenance and modernization of all types of fiber optics networks in inside and outside Poland in a precise manner and wide range of services.
FTTH design aims to provide high-speed, reliable internet and other services directly to homes, enhancing connectivity and user experience.

our offer in construction of fiber optic networks

Fiber optic splicing

joints, main distribution frames, subscriber outlets

Construction of teletechnical ducts

with accompanying infrastructure

Construction of microducting of fibre optic networks with accompanying infrastructure
Pulling and splicing fiber optic cables
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Construction of infrastructure inside buildings
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Fiber optic projects services
Design and construction of fiber optic networks
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FTTH project Design steps:

1
Needs Assessment

Determine the requirements, such as bandwidth, number of subscribers, and geographic layout.

2
Network Planning

Plan the network architecture, including the placement of OLTs, FDHs, and ONTs.

3
Component Selection

Choose the appropriate components, such as types of splitters and fiber cables.

4
Installation Planning

Plan the installation process, including permits, permissions, and inspections.

5
Testing and Troubleshooting

Ensure the network is properly installed and functioning.

6
Documentation and Maintenance

Create documentation for the network and plan for maintenance and future upgrades

Fiber optic splicing

This connecting technique ensures minimal signal loss and high reliability, making it essential for modern communication networks; as a company we will provide splicing services in several applications scenarios such as:

  • Network Expansion: Extending the length of fiber optic cables in a network.
  • Repairs: Fixing breaks or damages in fiber optic cables.
  • Connecting Different Fibers: Joining different types of fiber optic cables, such as single-mode and multi-mode fibers.
  • Underwater and Underground Cabling: Ensuring reliable connections in harsh environments.
  • Telecommunications: Providing high-speed, reliable internet and communication services.
  • Data Centers: Connecting high-capacity data cables within data centers.

Fusion splicing steps:

1. Preparation

The fiber ends are stripped of their coatings, cleaned, and cleaved to create a smooth, flat end.

2. Fusion Process

The fiber ends are placed into a fusion splicer, which aligns them and applies an electric arc to fuse the ends together.

3. Inspection

The splice is inspected for quality and tested for signal loss.

4. Protection

The splice is protected with a splice protector or placed into a splice tray.

Construction of infrastructure inside buildings

In MegaTelecom company we committed to follow the code to ensure a complete compliance with regulation and create a robust FTTH network inside buildings, providing high-speed internet and other services to residents.

Safety

Ensure that all installations comply with safety regulations and standards.

Accessibility

Plan for easy access to cables and equipment for future maintenance and upgrades.

Aesthetics

Consider the visual impact of the installation and try to minimize disruption to the building’s appearance.

optical fiber cables connected to ports in a server room

Design and construction of fiber optic networks

The goal is to create a high-speed, reliable network that meets the specific needs of the users and can be efficiently maintained and upgraded
Designing an optical network involves creating a plan for a network that uses optical fiber technology to transmit data. This process includes several key steps:

  • 1. Needs Assessment: Determining the type of communication system and the geographic layout (e.g., premises, campus, outside plant).
  • 2. Transmission Equipment: Selecting the appropriate transmission equipment and fiber network.
  • 3. Network Planning:
    Planning the network architecture, topology, and routing
  • 4. Component Selection: Choosing the right components, such as cables, connectors, and amplifiers.
  • 5. Installation Planning: Planning the installation process, including permits, permissions, and inspections.
  • 6. Testing and Troubleshooting:
    Ensuring the network is properly installed and functioning.
  • 7. Documentation and Maintenance:
    Creating documentation for the network and planning for maintenance and restoration in case of outages