Site survey
We walk the route between buildings and floors, noting ducts, poles, risers and obstacles.
You receive: Survey notes
Service 16
Fiber Optic Networks, Splicing & Testing
Fibre links designed, laid, spliced and tested so your network carries more, further and faster.
Extrion Payment Options
Pay by bank transfer or mobile money. Hover or tap a method to see its details and copy them in one click.
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PBZ Bank- Bank
- PBZ Bank
- Account name
- Extrion Tech
- Account number
- 045 195 9000
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Mixx by Yas- Number
- +255 674 020 223
- Name
- Habiil Jamal Salim
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Lipa Namba- Lipa Namba
- 16172192
- Name
- EXTRION TECH
Overview
Fiber Optic
We plan and build fibre optic links between floors, buildings and sites: route surveys and design, cable installation, fusion splicing and termination, patch panels and enclosures, fibre to the building and premises, testing and documentation, fault location and repair, and ongoing maintenance.
The problem
Copper links that slow down over distance, unlabelled fibre nobody can trace, and splices that fail in the heat and humidity leave organisations with outages that are hard to find and slow to fix.
Part of our Network Architecture, Infrastructure & Resilience Engineering service.
What we deliver
Service components
Fibre route surveys and design, cable installation, fusion splicing, patch panels and enclosures, fibre to the building, testing and documentation, fault repair and maintenance.
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Fibre route survey and design
Routes, capacity and splice points planned from a survey of your buildings and sites.
- Route survey
- Fibre counts
- Splice plan
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Fibre cable installation
Underground, aerial and in-building fibre laid with the right protection and spare length.
- Underground
- Aerial
- In-building
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Fusion splicing and termination
Fibres joined with fusion splices and terminated with connectors for low-loss links.
- Fusion splices
- Connectors
- Low loss
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Patch panels, ODFs and enclosures
Fibre organised in labelled panels, distribution frames and closures that are easy to manage.
- Patch panels
- ODFs
- Closures
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Fibre to the building and premises
Fibre brought into buildings, floors and offices for fast, future-ready connections.
- Buildings
- Floors
- Offices
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Testing and documentation
Every link tested with OTDR and power meters, with results and route records handed over.
- OTDR traces
- Power meter
- Route records
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Fault location and repair
Breaks and high-loss points traced along the route and repaired.
- Break location
- Re-splicing
- Retesting
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Maintenance and support
Planned inspections and responsive support that keep fibre links healthy.
- Inspections
- Fast response
- Records kept
From survey to a tested link
How we build your fibre
Fibre is only as good as its weakest splice, so every stage is planned, recorded and tested.
- 06Clear stages
- 6Deliverables you keep
- Your sign-off at every stage
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Step 01 -
Step 02 Route design
Fibre counts, routes, splice points and panels are planned with room to grow.
You receive: Route design
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Step 03 Installation
Cable is laid underground, overhead or inside buildings with the right protection.
You receive: Installed cable
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Step 04 Splicing & termination
Fibres are fusion spliced and terminated in labelled panels and closures.
You receive: Terminated links
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Step 05 Testing & documentation
Every link is tested with OTDR and power meters, and results are recorded.
You receive: Test results & records
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Step 06 Maintenance
Planned inspections and fault repairs keep the network healthy.
You receive: Maintenance plan
Business outcomes
What changes for you
- Fast, stable links between floors, buildings and sites.
- Every fibre labelled, tested and documented.
- Faults found and repaired quickly.
- A backbone with room to grow.
Technologies & capabilities
Fibre Design
Cable Installation
Fusion Splicing
OTDR Testing
FTTx
Fault Repair
Deliverables
- Design and documentation
- Implementation, testing and handover
- User and administrator training
- Support and maintenance options
FAQ
Common questions
Why choose fibre instead of copper cabling?
Fibre carries far more data over much longer distances and is not affected by electrical interference, which makes it the usual choice for links between buildings and backbones.
Do you test the fibre after installation?
Yes. Links are tested with OTDR and power meters, and the results are handed over with the route records.
Can you repair existing fibre?
Yes. We locate breaks and high-loss points along the route and repair them with fusion splices.
Talk to us about fiber optic
Your technology should make work easier, not create more work. Tell us what you are trying to solve, and we will help you map the right solution.
