Fibre Optic Installation & Splicing
Enterprise-grade single-mode and multi-mode fibre optic infrastructure - fusion-spliced, OTDR-tested, and engineered for 10G, 40G, and 100G networks across campuses, data centers, and high-rise buildings.
The Backbone of High-Speed Connectivity
Fibre optic cabling is the gold standard for high-bandwidth, long-distance data transmission. Unlike copper, fibre uses pulses of light to carry data - delivering virtually unlimited bandwidth, complete immunity to electromagnetic interference (EMI), and the ability to span distances up to 80 km without signal degradation.
At Cable Weave Inc., our fibre installations follow commercial best practice from pathway engineering through final OTDR testing. We design fibre routes to maintain proper bend radius, ensure correct pull tensions, and protect splices with heat-shrink or mechanical protection. Every fusion splice is verified with an OTDR trace, and every connector is tested with an optical power meter and visual fault locator.
Whether you are building a new campus backbone, upgrading a data center interconnect, or extending fibre-to-the-desk for a trading floor, our experienced technicians deliver clean, tested installations with complete documentation - as-built drawings, splice loss budgets, OTDR traces, and port-by-port labeling schedules.
Fibre Quality & Process
All Cable Weave fibre installations follow commercial best practice. We use only UL-listed, OFNP/OFNR-rated cables appropriate to the pathway environment. Fusion splicing is performed with Fujikura and Sumitomo splicers calibrated to manufacturer specifications. Every span is OTDR-tested bidirectionally at 1310 nm and 1550 nm (single-mode) or 850 nm and 1300 nm (multi-mode) to verify splice loss, connector loss, and overall link attenuation.
Fibre Types We Install
OM3 Multi-Mode
10 Gbps at 300 m, 40/100 Gbps at 100 m over 50/125 µm laser-optimized fibre. The standard choice for in-building backbone and data center runs under 300 meters.
OM4 Multi-Mode
10 Gbps at 550 m, 100 Gbps at 150 m with improved bandwidth over OM3. Ideal for data center spine-leaf architectures and high-density switch-to-switch connections.
OM5 Wideband
Supports shortwave wavelength division multiplexing (SWDM) for 40/100 Gbps over fewer fibres. The future-proof multi-mode choice for next-generation data center deployments.
OS2 Single-Mode
Virtually unlimited bandwidth over distances up to 80 km at 1310/1550 nm. Required for campus backbones, inter-building links, carrier connections, and long-haul fibre runs.
Our 4-Step Process
Site Survey
Walk the space, identify pathways, obstructions, and fire-rated barriers, and confirm drop locations with the end-user - not just the floor plan.
Engineered Design
Drop schedule, rack elevations, pathway routing, TR/IDF layouts, bill of materials, and a drawing set your GC and electrician can build against.
Coordination
Align with electrical, mechanical, ceiling, and drywall trades so cable pulls happen in the right sequence - before ceilings close and after power is safe.
Rough-In
Pull, route, and support cable in open ceilings and walls. All cables bundled, fire-stopped at penetrations, J-hooks or cable tray - never on ceiling tile.
Termination & Dress
Punch down to patch panels and outlets, label clearly, dress racks, and lace cable bundles.
Test & Certify
Every link tested with Fluke DSX. Failures re-terminated or re-pulled until the entire plant passes.
As-Built Hand-Over
Floor plans with outlet IDs, rack elevations, test result PDFs, warranty registration, and a close-out package your IT team can actually use.
Project Gallery
Real installations from our team across Canada.
Why Choose Cable Weave for Fibre Optic
Every project is designed for performance, documented for clarity, and installed to last.
OTDR-Tested Every Span
Bidirectional OTDR testing at dual wavelengths on every fibre span. You receive full trace files, splice loss tables, and pass/fail results with manufacturer-spec headroom.
Complete Documentation
As-built fibre route drawings, splice schedules, OTDR trace PDFs, link loss budgets, and rack elevation diagrams - delivered digitally at project handover.
Fusion Splicing Excellence
Sub-0.02 dB average splice loss using Fujikura and Sumitomo core-alignment splicers. Every splice is verified, protected, and documented in the splice tray map.
Pre-Terminated Solutions
MTP/MPO trunk assemblies, pre-connectorized cables, and plug-and-play cassettes for rapid data center deployment - reducing installation time by up to 70%.
Experienced Fibre Techs
Our fibre technicians bring extensive field experience in fusion splicing, OTDR analysis, and fibre pathway design.
Scalable Fibre Design
We design fibre pathways with spare capacity for future growth - extra innerduct, oversized splice enclosures, and documented pathway maps for fast, affordable expansion.
Need Fibre Optic for Your Next Project?
Contact us for a free on-site fibre survey, custom design, and no-obligation quote - typically delivered within 48 hours.