Telecom infrastructure · Splicing · OTDR testing

Fiber optic installation, splicing and testing

We build and maintain urban, interurban and industrial optical networks, with precision splicing and reflectometric reports for each tested route.

Request a route assessment View capabilities
  • SM and MM splicing
  • 1310/1550 nm testing
  • SLA interventions
Close-up of fiber optic cables
Netcom Activ Design, delivery and technical support

Complete solution

Complete optical infrastructure services

From route planning and installation to certification and fault repair, we deliver a measured and documented network.

Fusion splicing

Single-Mode and Multi-Mode fusion splicing with core-alignment equipment and correctly protected joints.

Low loss and stable connections

OTDR measurements

Testing at standard wavelengths to identify splices, connectors, macrobends and cable breaks.

Attenuation reports and optical budgets

FTTH and backbone networks

Aerial or underground routes, closures, ODFs, patch panels and distribution for operators and businesses.

Infrastructure prepared for future capacity

Emergency fault repair

Rapid OTDR localization, access to the fault point and restoration of affected fibers.

Response time defined by SLA

Business value

Outcomes targeted in every project

Precisely located faults

Measurements show event distance and the loss associated with each component.

Verifiable handover data

Technical reports document route performance and simplify project acceptance.

Lower-disruption interventions

We plan work and intervention windows to limit communications downtime.

Transparent process

From assessment to operation

Each stage has a clear output, keeping decisions, costs and responsibilities easy to track.

Talk directly with our team
  1. 01

    Feasibility and routing

    We establish the route, access points and installation conditions.

  2. 02

    Cable installation

    We lay cable within the specified bend radius and pulling tension.

  3. 03

    Splicing and organization

    We fuse and organize fibers in closures or ODF panels.

  4. 04

    Testing and reporting

    We test bidirectionally and deliver technical route reports.

Applied expertise

Industries we serve

  • Telecom operators
  • Data centers
  • Manufacturing
  • Public institutions
  • Campuses
  • Real estate

Technologies and capabilities

Solutions integrated into the project

  • Single-Mode
  • Multi-Mode
  • OTDR
  • ODF
  • FTTH
  • Optical LAN/WAN

Clear answers

Frequently asked questions

OTDR identifies route length, total loss and the position of events such as splices, connectors, bends or cuts, providing objective data for acceptance and troubleshooting.
Single-Mode is mainly used for longer distances and high capacity. Multi-Mode is common over shorter distances inside buildings and data centers.
Yes. SLA customers receive contractually defined response terms. Repair duration depends on site access and the number of affected fibers.

Next step

Request a fiber optic quote

Send the estimated route, fiber type and number of splices. We will follow up with a technical assessment and budget.

  • Initial response within one business day
  • Technical discussion with no contractual obligation
  • Your data is used only for this request