The rollout of Rogers Communications' 5G wireless network within Toronto's subway system is facing significant delays, according to reports. The holdups are attributed to pre-existing maintenance work by the Toronto Transit Commission (TTC) and necessary asbestos abatement procedures in the aging transit tunnels.
Infrastructure Work Takes Precedence
The core issue stems from scheduling conflicts with critical TTC infrastructure projects. Before Rogers or any telecommunications provider can install new network equipment, they require access to the subway tunnels and stations. This access is currently limited or unavailable in several key locations due to the transit agency's own planned maintenance and upgrades. These essential TTC projects are necessary for the safe and reliable operation of the subway system itself, taking priority over new service installations.
The Challenge of Asbestos in Aging Tunnels
Compounding the delay is the presence of asbestos, a hazardous material commonly used in construction throughout the mid-20th century. Much of Toronto's original subway infrastructure dates back to that era, requiring careful and regulated asbestos removal before any new construction or drilling can occur. This abatement process is non-negotiable for worker and public safety but is time-consuming, as it must be conducted under strict containment and disposal guidelines set by provincial regulations.
The combination of these two factors—TTC's capital work and mandated asbestos cleanup—has created a bottleneck for Rogers' construction teams. They are unable to proceed with installing the fibre optic cables and radio equipment needed to blanket the underground network with 5G signals until this preparatory work is complete.
Impact on Network Deployment Timeline
While specific details on which stations or sections are most affected have not been fully disclosed, the delays are impacting the overall deployment schedule for the 5G network. The project, a key part of Rogers' wireless service expansion following its acquisition of the exclusive subway wireless contract, is now expected to take longer than initially projected. The company remains committed to the build but must align its timeline with the TTC's infrastructure calendar and environmental safety protocols.
For Toronto commuters, this means the wait for seamless, high-speed 5G connectivity throughout their subway journey will be extended. The situation highlights the complexities of upgrading technology in legacy urban infrastructure, where modern telecommunications ambitions must navigate decades-old construction materials and ongoing public utility maintenance.