Fiber Optic Solutions
Single-mode and multi-mode fiber backbones, splicing, termination and testing.
- Covers
- Single-modeMulti-mode OM3/OM4Fusion splicingOTDR testingCampus backbones
- Options
- Multi-mode OM3/OM4 · Single-mode OS2 · Armoured outdoor · Pre-terminated
- How we work
- Survey → Design → Install → Splice & test → Document
Copper stops at about 100 m, so remote buildings get slow links. Our fix: Fiber backbones for kilometres.
See the common problemsCopper between buildings picks up surges and damages equipment. Our fix: Non-conductive fiber links.
See the common problemsFloors share a 1G uplink while traffic keeps growing. Our fix: 10G/40G fiber uplinks.
See the common problemsMulti-mode or single-mode, which suits your run?
Try the fiber type selectorAnswer a few quick questions and a Skylius specialist will prepare practical recommendations.
Request a consultationCopper can't reach the next building. Fiber can.
Single-mode and multi-mode fiber backbones between floors, buildings and sites, fusion-spliced, terminated, tested and documented.
Sound familiar?
When copper hits its limit.
Distance limits
Copper stops at about 100 m, so remote buildings get slow links.
Lightning & interference
Copper between buildings picks up surges and damages equipment.
Backbone bottlenecks
Floors share a 1G uplink while traffic keeps growing.
Untested fiber
Previous installs have high loss and no test records.
What we deliver
Everything included, end to end.
Building-to-building routes, ducts and risers assessed.
Indoor/outdoor fiber with protection suited to the route.
Low-loss splices in enclosures and patch panels.
LC/SC patch panels and pigtails, cleanly managed.
OTDR traces and insertion-loss reports for every core.
Core allocation tables and route drawings.
Key options & specs
Choose what fits your site.
Multi-mode OM3/OM4
10G to 300–550 m. Lower-cost optics for riser backbones.
Single-mode OS2
10G and beyond over kilometres. The future-proof choice.
Armoured outdoor
Rodent- and crush-resistant for site runs.
Pre-terminated
Factory-tested trunks for rapid, tidy installation.
Interactive · fiber type selector
Multi-mode or single-mode, which suits your run?
Compare the options
How we work
A clear process, no surprises.
Survey
Routes, ducts and termination points.
Design
Core count, type and enclosure plan.
Install
Pull, protect and route the cable.
Splice & test
Fusion splicing, OTDR and loss tests.
Document
Core tables and test reports handed over.
Brands we work with
Proven platforms, chosen per project.
FAQ
Questions about Fiber Optic Solutions.
Have a different question? A specialist will reply on WhatsApp.
We use proper routing and protection, splice in trays, and test every core with OTDR and power-meter readings, so faults are found before handover, not after.
Our documentation shows each route and core, which speeds up fault finding. Under a support contract we attend, locate the break and re-splice.
Yes. We design the route, ducting or aerial path and patching, and coordinate with civil works where trenching is needed.
We usually recommend at least 12 cores per backbone so you have spares and room for future systems such as CCTV or access control.
Yes. Every core gets an OTDR trace and/or power-meter test, and you receive the reports.
Often, yes, after a duct survey. Otherwise we propose trenching or aerial routes.
Your switches need SFP or SFP+ ports and optics matched to the fiber type and distance.
Fiber Optic Solutions
Link every building at full speed.
Tell us about your site and requirements. We will review them and send a clear, itemised proposal.
