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Telecommunications
FTTH network deployment
End-to-end fiber to the home: route survey, cable laying, splicing, splitter distribution and subscriber connection, with every link certified before handover.
The challenge
An access network is easy to build badly and expensive to fix. Loss adds up invisibly across splices and splitters, and by the time subscribers report slow links the fault could be anywhere along kilometres of cable that nobody documented.
Scope of work
- Route survey and loss-budget design
- Cable laying, splicing and termination
- OLT, splitter and ONU commissioning
- OTDR and power-meter certification
What we did
We surveyed the route before laying anything, designed the loss budget around the actual span lengths and splitter ratios, then built it with our own field teams. Every splice was made, tested and labelled by the people who would be called back to it.
Technologies
- FTTH
- GPON
- OLT
- PLC Splitter
- ONU
- OTDR
- EXFO
How it was delivered
Survey the route
Physical survey, obstacles, permits and a realistic path.
Design the span
Loss budget, splice points, splitter ratios and equipment selection.
Deploy and splice
Laying, splicing, termination and labelling by our own field teams.
Test and certify
OTDR and power-meter verification, documented and handed over.
Outcome
Each link was certified with an OTDR trace and a power-meter reading before handover, and the traces were handed over with the as-built records — so the operator can locate a fault later without re-surveying the whole route.
Have a project like these?
Tell us what needs to be built and our engineers will scope it honestly.