Québec
Montréal
Our home market and densest metro footprint. It anchors eastern Canada and is the gateway to transatlantic capacity.
A network we built, own and run.
Dense metro fiber in Montréal, Toronto and Vancouver, each built, owned and operated by us. Our planned Montréal–Toronto long-haul is on the roadmap.
Metro coverage
Three markets, three independent networks.
In each city we run a dense mesh of routes linking carrier hotels, data centers and enterprise campuses. Being on-net means reaching another network takes a cross-connect in the building, not a construction project. Each network runs on its own for now; the long-haul that will link them is in the works.
Ontario
Toronto
Routes through the country's largest interconnection market, with reach into the major carrier hotels and cloud on-ramps.
British Columbia
Vancouver
Our Pacific-coast metro network, serving the Vancouver market.
- 3
- Independent metro networks in service
- +95
- On-net buildings & data centers
- 100G
- Lit capacity available in-market
- 99.99%
- Core availability SLA
On the roadmap
Maple Leaf Fibre: our Montréal–Toronto long-haul.
Today our Montréal, Toronto and Vancouver networks each run on their own. Maple Leaf Fibre is the long-haul route that will link Montréal and Toronto. We intend to build it and own it, with diverse paths and low latency between the two cities designed in from day one.
- Planned · in development
- Montréal ↔ Toronto
- Owned, not leased
On-net
What's plugged into our fiber.
Data centers
We're already in the colocation facilities where your infrastructure lives: a direct cross-connect, no public internet in between.
Carrier hotels
Direct presence in the meet-me rooms where networks interconnect, so reaching another carrier takes a single cross-connect.
Cloud on-ramps
Private paths into AWS, Azure and Google Cloud regions through Metro Optic Cloud Access, off the public internet.
Map your route
Tell us your endpoints. We'll show you the path.
Send us where your traffic starts and ends. We'll come back with routes, diversity options and latency figures.