Canada’s internet infrastructure is often discussed in terms of fibre expansion and gigabit speeds. But outside the country’s larger population centres, connecting a home can look very different.
For many rural households, the last kilometre of the network may not be fibre or cable at all. It could be a wireless signal from a nearby tower or a connection to a satellite hundreds of kilometres above the Earth.
And those alternatives are becoming increasingly important.
In 2017, only 38.1% of rural Canadian households had access to internet speeds of at least 50 Mbps download and 10 Mbps upload. By 2024, that figure had climbed to 87.4%. Urban coverage, by comparison, stood at 99.8%.
That still leaves a meaningful gap, but it also represents one of the biggest changes in Canada’s broadband market over the past decade.
Canada’s Rural Internet Gap Is Getting Smaller
Canada has a particularly difficult broadband problem to solve.
The country has a relatively small population spread across an enormous landmass. Extending fibre to another neighbourhood in Toronto, Vancouver or Montreal can connect hundreds or thousands of homes within a relatively small area. Extending the same infrastructure through sparsely populated rural communities can require significantly more infrastructure for each household reached.
That economics helps explain why Canada’s fastest wired networks remain concentrated in more populated areas.
About 72% of Canadian households now have access to fibre, while nearly 90% can access gigabit-speed internet through fibre or other technologies. The CRTC notes, however, that rural and First Nations communities remain well below the national average for gigabit availability.
Canada has responded with substantial public investment. Federal broadband programs announced since 2015 represent approximately $7.1 billion in approved funding, with hundreds of projects either operating or under construction. The federal objective is universal access to at least 50/10 Mbps service by 2030.
But connecting the remaining households does not necessarily mean running fibre to every driveway.
Fixed Wireless Has Become Part of the Solution
Fixed wireless access, or FWA, delivers home internet from a terrestrial wireless network rather than through a physical cable entering the property.
A receiver installed at or inside the home communicates with a nearby network, making it possible for an internet provider to cover a larger geographic area without building a wired connection to every individual property.
The technology is particularly useful in lower-density areas where laying new cable or fibre can be difficult to justify economically.
The arrival of 5G fixed wireless has expanded what these networks can deliver. The CRTC specifically identifies fixed wireless, alongside low-Earth-orbit satellite service, as one of the technologies responsible for improving broadband availability in sparsely populated parts of Canada.
Fixed wireless still depends on local infrastructure, however. A household needs to be within the provider’s coverage area, and performance can vary with network design, capacity and location.
That makes it very different from the technology that has changed the equation for some of Canada’s hardest-to-reach homes.
Starlink Changed What Satellite Internet Could Be
Satellite internet isn’t new. What has changed is where the satellites are.
Traditional satellite broadband typically relies on satellites in geostationary orbit, roughly 36,000 kilometres above Earth. The enormous distance the signal must travel creates noticeable latency, even if download speeds themselves are adequate.
Starlink uses a large constellation of satellites in low Earth orbit (LEO) instead.
Reducing that distance dramatically reduces latency and makes satellite broadband practical for activities that were difficult on older satellite connections, including video calls and other interactive applications.
Starlink says users typically experience 25–220 Mbps download speeds, 5–20 Mbps uploads and latency of 25–60 milliseconds on land, although performance varies by plan, location, network demand and other factors. Latency can also be higher in particularly remote areas, including Northern Canada.
The significance for rural Canada isn’t that Starlink is faster than fibre. It generally isn’t.
It’s that a physical broadband network doesn’t have to reach the property first.
A farmhouse kilometres from the nearest town, a cabin outside the local cable footprint or a remote property that previously had only slow wireless service can potentially connect directly to the satellite network as long as the equipment has a sufficiently clear view of the sky.
Satellite Doesn’t Mean the Infrastructure Problem Is Solved
There is an interesting distinction in how Canadian regulators treat Starlink availability.
For the purposes of the CRTC’s Broadband Fund, a household can have access to direct-to-home satellite broadband such as Starlink and still be considered underserved if terrestrial 50/10 Mbps broadband isn’t available there.
The CRTC explicitly excludes direct-to-home satellite when determining whether a household has access to qualifying terrestrial broadband for these projects.
That’s an important distinction.
LEO satellite can provide useful service today without eliminating the case for building permanent terrestrial infrastructure into rural communities.
The technologies can therefore coexist. Satellite can reach properties that are extremely expensive to connect physically, fixed wireless can efficiently cover lower-density areas around existing infrastructure, and fibre can continue expanding into communities where construction makes economic sense.
Fibre Is Still Expanding Outside the Cities
The rise of wireless and satellite doesn’t mean rural Canada is being written off for fibre.
Publicly funded projects continue to extend fibre transport and access networks into smaller and more remote communities. The CRTC’s Broadband Fund alone has supported thousands of kilometres of fibre infrastructure, while federal and provincial programs fund additional projects across the country.
The difference is that rural connectivity is unlikely to have one universal solution.
In a town or larger rural community, extending fibre may make sense. A property several kilometres outside that community might be better served by fixed wireless. A much more isolated home may be practical to connect only through satellite.
The result is a patchwork of technologies rather than the relatively predictable cable-and-fibre choices found in major cities.
Your Address Matters More Than Your Postal Code
This is also why comparing rural internet can be difficult.
Two households in the same community can have completely different options. One street may have recently received fibre while a property farther down the road remains outside the network footprint. Fixed wireless coverage can similarly change over short distances depending on the network and surrounding terrain.
Even Canada’s official National Broadband Map presents broadband availability down to individual road segments rather than simply classifying entire towns as connected or unconnected.
For rural households, checking service at the exact address is therefore much more useful than assuming a provider serves the entire community.
Rural Internet Is No Longer One Technology
Perhaps the biggest change isn’t any individual network.
It’s that rural connectivity has become a combination of technologies.
Canada went from only 38.1% of rural households having access to 50/10 Mbps internet in 2017 to 87.4% in 2024. Over the same period, fibre moved farther beyond major cities, fixed wireless improved, and low-Earth-orbit satellite became a viable home internet option.
There is still a substantial difference between rural and urban connectivity, particularly when it comes to gigabit speeds and fibre availability. But getting a high-speed connection no longer necessarily requires waiting for a cable company to reach the end of the road.
For a growing number of rural Canadians, the connection may arrive through the ground, from a nearby tower, or from space.
