LinkNet engineering service

Fiber Optic & Backbone Infrastructure

Fiber-optic network design, cable installation, fusion splicing, ODF termination, OTDR testing, and documented handover.

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Complete engineering solution

Design • Installation • Support

Why is fiber-optic infrastructure the right choice for backbone connectivity?

A fiber-optic network provides the speed, capacity, and long-distance stability required by modern business infrastructure. A properly designed fibre backbone connects buildings, server rooms, industrial areas, and core network nodes with minimal signal loss.

LinkNet.Ge delivers fiber-optic cable installation, fusion splicing, ODF termination, OTDR testing, fault diagnostics, and restoration. Each project is planned around route conditions, distance, fibre count, single-mode or multimode requirements, and future expansion.

Why is fiber-optic infrastructure the right choice for backbone connectivity?

Fiber backbone design and professional installation

Fiber reliability depends on more than the cable itself. Route selection, bend radius, splice quality, connector cleanliness, and final measurements all affect performance. We plan indoor, outdoor, underground, or aerial routes and select the appropriate cable and protective infrastructure.

After installation, fibres are organised in the ODF, fusion spliced, labelled, and verified with OTDR and optical power meter testing.

Site survey and optical route planning
Correct selection of single-mode or multimode fibre
Indoor, outdoor, underground, and aerial cable installation
Fusion splicing, ODF termination, and SFP integration
OTDR testing, loss assessment, and documented handover

From design to a tested and documented optical link

Fiber backbone planning and cable installation

Before installation, we assess distance, environmental conditions, cable routes, and the link purpose. This determines single-mode or multimode fibre, cable construction, protective conduit, cable containment, and the required splice closures.

The installation respects minimum bend radius, includes service loops, and uses clear end-to-end labelling.

Selecting single-mode or multimode fibre
Building underground, aerial, indoor, and outdoor routes
Installing protective conduits, trays, and splice closures
Planning spare fibre, labelling, and route documentation

Fusion splicing, ODF termination, and OTDR testing

Precision fusion splicing reduces connection loss and improves link stability. Fibres are organised in splice cassettes, connectors are cleaned, and each strand is terminated in an ODF or optical patch panel.

OTDR and optical power meter measurements verify link length, total loss, splice events, and possible fault locations. Results can be supplied with the handover report.

Precision fusion splicing and splice protection
ODF, patch panel, and LC/SC connector termination
OTDR and optical power meter link measurements
Documenting routes, loss values, and test results

Core capabilities

Fiber network audit and backbone design

01
Single-mode and multimode cable selection

02
Underground, aerial, indoor, and outdoor cable installation

03
Fusion splicing and splice closure or cassette installation

04
ODF, optical patch panel, and LC/SC connector termination

05
SFP/SFP+ module and active network integration

06
OTDR and optical power meter testing

07
Fault location, restoration, labelling, and documentation

08

Engineering process

A clear path from requirements to a working system

Every project follows a structured engineering process—from site survey and design to system testing and ongoing support.

01
Consultation

We clarify the business objective and priorities.
02
Site survey

We assess the environment, existing systems, and constraints.
03
Engineering & design

We create the architecture, diagrams, and scope of work.
04
Equipment selection

We select a compatible and scalable technical solution.
05
Installation

We complete cabling and install the required equipment.
06
Configuration

We configure networks, access, and system parameters.
07
Testing & handover

We verify the result and provide the required documentation.
08
Maintenance

We continue with support and planned technical care.

Infrastructure tailored to your facility

Solutions adapt to facilities of different scales and purposes, with their technical environment taken into account.

Hotels
Offices
Manufacturing
Warehouses
Retail
Residential
Education
Healthcare
Construction

What to know before starting a project

Clear answers to the questions that most often arise when planning this service.

How much do fiber cable installation and splicing cost?

Cost depends on route length and type, fibre count, the number of splices and ODF ports, the installation environment, and testing requirements. An accurate quotation is prepared after the scope is clarified and, when necessary, an on-site survey is completed.

What is the difference between single-mode and multimode fibre?

Single-mode fibre is suited to longer distances and high-capacity backbone links. Multimode fibre is commonly used for shorter internal connections, such as within a building or data centre. The correct choice depends on distance, speed, and active equipment.

What is fusion splicing and why is it important?

Fusion splicing joins two optical fibres precisely using a dedicated splicing machine. A correctly completed splice creates a low-loss permanent connection and reduces the risk of instability or physical failure.

What does OTDR testing verify?

OTDR testing measures optical link length and loss, identifies splice and connector events, and helps determine the distance to faults or excessive attenuation. An optical power meter measurement is often added for complete link verification.

Can a damaged fiber-optic cable be repaired?

Yes. After diagnostics, the damaged location can be identified, the affected section replaced or fibres re-spliced, the splice closure reorganised, and the restored link tested again.

Do you install fiber backbones between buildings?

Yes. We design and install underground or aerial building-to-building links, including cable routing, ODF termination, SFP integration, testing, labelling, and documented handover.

Fiber Optic & Backbone Infrastructure

Why is fiber-optic infrastructure the right choice for backbone connectivity?

Fiber backbone design and professional installation

From design to a tested and documented optical link

Fiber backbone planning and cable installation

Fusion splicing, ODF termination, and OTDR testing

Core capabilities

A clear path from requirements to a working system

Consultation

Site survey

Engineering & design

Equipment selection

Installation

Configuration

Testing & handover

Maintenance

Infrastructure tailored to your facility

What to know before starting a project

Planning a new infrastructure project?

Working hours