Telecommunication
Keep fiber deployments on schedule by resolving permitting, utility conflicts, and issues before crews reach the field.
We deliver Outside Plant (OSP) construction for long-haul, carrier expansions, and broadband programs.
Coordinating field data, complex route design, permitting, construction, splicing, and testing while minimizing disruption and maintaining strict compliance standards.
By identifying conflicts early and giving crews plans built around the actual site, we protect your construction timelines and reduce costly changes in the field.
Outside plant services
Match your project with proven OSP capabilities and decades of fiber construction experience.
Evaluate routes using accurate data, including terrain, seasonality, utility conflicts, and environmental considerations. These findings guide constructability planning before the design is finalized.
Best for
Long-haul, expansions, and difficult or remote terrain.
Spatially accurate drawings for long-haul, FTTH, FTTP, and last-mile connections. Designs can be integrated into GIS platforms for easier data, drawing, and project management.
Best for
Carriers, broadband providers, and project owners preparing new infrastructure for construction.
Coordination of required permits with governments, jurisdictional bodies, and project stakeholders. Rights-of-way and environmental requirements are addressed early to reduce disruption.
Best for
Projects with multiple jurisdictions, complex approvals, or environmentally sensitive areas.
Backbone, distribution, and last-mile infrastructure using underground fiber installation, directional drilling, trenching, and conduit placement suited to your route.
Best for
Carrier expansions, community networks, and large-scale broadband programs.
Verify performance and resolve issues before handover with splicing, testing, documentation, and commissioning support for new builds, expansions, and upgrades.
Best for
Projects that require verified performance and clear documentation before the infrastructure is handed over.
Keep infrastructure reliable as assets age and requirements change. Planned maintenance addresses immediate issues, while rehabilitation and upgrades enable performance long-term.
Best for
Carriers and network operators responsible for active infrastructure where uptime and response time are critical.
Evaluate routes using accurate data, including terrain, seasonality, utility conflicts, and environmental considerations. These findings guide constructability planning before the design is finalized.
Best for
Long-haul, expansions, and difficult or remote terrain.
Spatially accurate drawings for long-haul, FTTH, FTTP, and last-mile connections. Designs can be integrated into GIS platforms for easier data, drawing, and project management.
Best for
Carriers, broadband providers, and project owners preparing new infrastructure for construction.
Coordination of required permits with governments, jurisdictional bodies, and project stakeholders. Rights-of-way and environmental requirements are addressed early to reduce disruption.
Best for
Projects with multiple jurisdictions, complex approvals, or environmentally sensitive areas.
Backbone, distribution, and last-mile infrastructure using underground fiber installation, directional drilling, trenching, and conduit placement suited to your route.
Best for
Carrier expansions, community networks, and large-scale broadband programs.
Verify performance and resolve issues before handover with splicing, testing, documentation, and commissioning support for new builds, expansions, and upgrades.
Best for
Projects that require verified performance and clear documentation before the infrastructure is handed over.
Keep infrastructure reliable as assets age and requirements change. Planned maintenance addresses immediate issues, while rehabilitation and upgrades enable performance long-term.
Best for
Carriers and network operators responsible for active infrastructure where uptime and response time are critical.
Where we work
Delivering service across the regions where reliable access matters most.
Why ROHL
Large expansions and broadband programs often cross multiple routes and communities. ROHL carries project expertise and construction standards into each phase, reducing rework and keeping new infrastructure aligned with existing.
Major fiber deployments across Ontario, Western Canada, and Canada’s northern regions.
We’ve developed experienced understanding of projects involving multiple communities and stakeholders.
Our experience with remote northern terrain gives you construction access where conditions are usually too difficult.
Owning, operating, and maintaining fiber infrastructure means we know first-hand how construction decisions affect long-term performance.
TELECOMMUNICATIONS
— Darryl Froese, Dempster Fibre Line
01
Early involvement is most valuable when a route involves difficult terrain, multiple jurisdictions, utility conflicts, or seasonal access. It allows field conditions, permitting requirements, and constructability to inform the project before the design is finalized.
02
Yes. We can execute against a design a client or their engineer has already completed, or we can be brought in earlier to help shape the design around real field and permitting conditions.
03
Yes. Programs can be broken into phases to align with funding availability, permitting timelines, or seasonal build windows.
04
Permafrost, mountain passes, river crossings, and short seasonal build windows are the conditions we plan around in the north; heat, storm season, and difficult ground are what we plan around in the southern United States. We assess these conditions during route planning so the build schedule reflects reality rather than assumptions.
05
We self-perform the core scope with our own crews and equipment, and bring in local and Indigenous-owned subcontractors where the capability exists; a mix that keeps project spending in the communities the infrastructure is being built for.
06
Yes, we can work within a carrier's established design, documentation, and GIS standards, or apply our own where none exist.
What we do
