Fiber Optic Installation in Toronto & the GTA
Single-mode and multimode fiber optic cabling, fusion splicing, OTDR testing, and between-building runs. We install fiber backbones for offices, warehouses, campuses, and commercial properties across the GTA.


Fiber Done In-House, Start to Finish
Fiber is the backbone that keeps everything else fast — 10Gbps between floors, 40Gbps between buildings, camera networks that never choke. We handle fiber design, pathway planning, fusion splicing, OTDR certification, and deployment. In-building, between-building, direct burial, aerial — the same team that cables the building runs the fiber. No subcontracting the tricky parts out.
Fusion Splicing
Low-loss terminations with in-house fusion splicers — no mechanical splices on backbone runs
OTDR Certification
Every run tested with OTDR and power meter — full report with pass/fail deliverable
Single & Multimode
Multimode for in-building, single-mode for longer runs and between-building connectivity
Between Buildings
Direct burial, conduit, and aerial runs — properly rated cable for outdoor and wet environments
What We Install
Single-Mode Fiber Runs
For longer distances, between-building connections, and carrier handoffs. Single-mode supports much longer runs (kilometres) and higher bandwidth than multimode. We install OS2 single-mode for new deployments — same cable, higher performance, and works with current optics. LC, SC, and ST terminations depending on the equipment.
Multimode Fiber (OM3, OM4)
In-building backbone runs — between floors, between IDF closets and the main server room. OM4 is our default for new installs (supports 40Gbps and 100Gbps at shorter runs, future-proof for most commercial networks). OM3 still works fine for 10Gbps deployments where budget is a concern.
Between-Building & Outdoor Runs
Direct burial, conduit, or aerial depending on the route. Outdoor-rated (OSP) cable with proper jacketing for Canadian winters and moisture. Gel-filled cable for direct burial, armored cable where rodents are a concern, and weatherproof pedestals or enclosures at each end. Permits and locates (before dig) handled as part of the work.
Fusion Splicing & Termination
Fusion splicing is the industry standard for low-loss connections. We bring the fusion splicer to site — no sending cable away for termination. Connector types supported: LC, SC, ST, MTP/MPO for high-density applications. Splice tray and patch panel work done in the rack or wall-mount enclosure.
OTDR Testing & Certification
Every fiber run tested with an OTDR (Optical Time-Domain Reflectometer) and a power meter/light source. You get printed documentation showing the full loss budget, any events along the run, and pass/fail against industry standards (TIA-568, ISO/IEC 11801). If anything fails certification, we re-splice or re-terminate before closing the job.
Fiber Network Equipment
We supply and install the matching equipment — SFPs, SFP+, QSFPs, fiber switches, media converters, and patch panels. Matched to the optics your existing network uses so you do not end up with mismatched wavelengths or speeds. Full integration with your Cisco, Ubiquiti, HPE, Meraki, or other switch infrastructure.
Where Fiber Is Worth It
Multi-Floor Offices
One fiber uplink per floor to the main server room — cleaner and faster than separate copper runs
Campus & Multi-Building
Connecting separate buildings on one property — warehouses, admin, and retrofitted outbuildings
Data Centres & Server Rooms
High-density MTP/MPO backbones, 40Gbps and 100Gbps links, proper cable management
Warehouse Coverage
Fiber to remote IDF closets in long warehouse layouts where copper distance limits matter
Camera Networks
Large camera deployments where copper drops cannot reach — fiber to remote switches
Carrier Connectivity
Handoff from carrier fiber into your network — demarc runs, MMRs, and meet-me rooms
Our Install Process
Fiber work is less forgiving than copper — one bad splice or tight bend kills the whole run. Every install follows the same process.
1. Route Design & Loss Budget
We walk the route, plan every splice point and bend, and calculate the total optical loss budget. For between-building runs, we confirm pathway (conduit, aerial poles, or direct burial) and handle utility locates if trenching is involved. Cable type (OS2, OM3, OM4), count (2, 12, 24, 96), and jacket rating (OSP, plenum, riser) all specified up front.
2. Cable Installation
Pulled with proper tension — fiber does not like being yanked. Support every 1.5 metres per code, bend radius respected everywhere, slack loops at every termination point for future work. For outdoor runs, proper weatherproof entry points and strain relief at every building.
3. Termination or Fusion Splicing
Fusion splicing for backbone and long runs (lowest loss, most reliable). Field-terminated connectors only where a splice is not practical. All done on-site — no shipping cable to a termination shop. Splice trays organized and labeled in the enclosure.
4. OTDR & Loss Testing
Every strand tested in both directions. OTDR trace shows splice points, connector reflections, and overall loss. Power meter confirms end-to-end loss against the calculated budget. Fail it, we fix it, period.
5. Documentation & Handoff
Full PDF with OTDR traces, power readings, route map, splice locations, and patch panel diagrams. Strand labeling consistent between patch panels so your IT team always knows which fiber is which.
Frequently Asked Questions
Single-mode vs multimode fiber — which do I need?
How much does fiber optic installation cost in Toronto?
Fusion splicing vs mechanical splices — which do you use?
Direct burial vs conduit — what is better for between-building runs?
Can you add to my existing fiber network?
Do you handle trenching for between-building runs?
Do you provide OTDR documentation?
How long does a fiber install take?
Do you service the entire GTA?
Fiber Service Areas
We design, install, and certify fiber optic cabling across the Greater Toronto Area — commercial, campus, and multi-building projects.


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Commercial Security · Structured Cabling · CCTV Installation · Access Control
