In 2016, the CRTC declared that 50 Mbps download and 10 Mbps upload speeds constitute basic telecommunications service, a standard that every Canadian should be able to access regardless of geography. According to the CRTC's own National Broadband Internet Service Availability Map — the source for the data in this article — 369 Canadian communities (FSAs) still lack complete 50/10 Mbps coverage: 135 with no service at that standard, and 234 where coverage is partial, meaning some residents within the area are unserved.
The distribution of the gap is not what most Canadians would expect. Ontario has the largest count of affected communities — 137 — driven by its large number of rural and Northern FSAs. But Atlantic Canada tells a proportionally worse story: New Brunswick and Nova Scotia each have 44 communities with partial or no service, out of a much smaller total FSA count, making them among the most affected provinces by share.
British Columbia is a notable exception: only one BC FSA reports partial service (Haida Gwaii, V0W, population 503), and none reports complete absence of 50/10 coverage. BC's utility infrastructure investment has achieved near-universal basic broadband across the province — a result that contrasts sharply with the Prairie and Atlantic experience.
What 50/10 means in practice
The 50/10 standard is already considered modest by 2026 benchmarks. A household with two remote workers and streaming video would benefit from higher speeds. But 50/10 is the threshold below which remote work becomes unreliable, video calls drop, and cloud-based services underperform. Communities below this threshold are effectively excluded from the remote-work economy, a particularly significant disadvantage given how the pandemic redistributed economic activity.
The technology composition matters as much as the availability number. A community served only by satellite internet may technically meet the 50/10 speed standard but suffer from latency that makes video calls unusable and data caps that make streaming uneconomical. DSL connections in rural areas often degrade significantly with distance from the exchange. The CRTC map tracks technology type as well as speed availability, and that composition data tells a more nuanced story than the headline availability figure.
The rural-urban gap
Urban Canada is effectively fully served. Every CMA and most smaller cities have access to fibre or cable at speeds well above the 50/10 standard. The gap is primarily a rural and small-town phenomenon, driven by remoteness from existing fibre backbone infrastructure, terrain that makes trenching expensive, low population density that reduces revenue per kilometre of deployment, and in some cases provincial regulatory frameworks that have not created adequate competitive pressure on incumbents to extend coverage. The 23.6% national figure includes both urban and rural FSAs — in rural-only FSAs the proportion without full service is considerably higher.
Which provinces lag most
Ontario has the largest raw count of affected communities at 137 (75 fully without 50/10 service, 62 partial), reflecting its large number of rural and Northern Ontario FSAs. But Atlantic Canada is the proportionally most affected region: New Brunswick has 44 communities without full service (1 fully without, 43 partial), and Nova Scotia has 44 communities (3 fully without, 41 partial). Given that each of these provinces has far fewer total FSAs than Ontario, these numbers represent a very high share of each province's communities. Newfoundland has 27 affected communities, Alberta has 20, Quebec 51, Manitoba 14, and Saskatchewan 13.
British Columbia stands out as a near-universal coverage success: only one FSA (Haida Gwaii, V0W) reports partial service, and it has a population of approximately 503. No BC FSA is recorded as fully without 50/10 Mbps coverage.
| Province | Communities without full service | Breakdown | Notable gap area |
|---|---|---|---|
| Ontario | 137 | 75 "No" · 62 "Partial" | Northern and rural ON |
| Quebec | 51 | 4 "No" · 47 "Partial" | Northern QC |
| New Brunswick | 44 | 1 "No" · 43 "Partial" | Rural NB — high share |
| Nova Scotia | 44 | 3 "No" · 41 "Partial" | Rural NS interior |
| Newfoundland | 27 | 3 "No" · 24 "Partial" | Rural NL coast |
| Alberta | 20 | 20 "No" · 0 "Partial" | Northern AB rural (pop ~608K) |
| Manitoba | 14 | 14 "No" · 0 "Partial" | Northern MB |
| Saskatchewan | 13 | 13 "No" · 0 "Partial" | Rural SK |
| PEI | 12 | 0 "No" · 12 "Partial" | Rural PEI |
| British Columbia | 1 | 0 "No" · 1 "Partial" | Haida Gwaii (V0W, pop 503) |
"Declaring 50/10 Mbps a basic service right while leaving 369 communities below that standard is a gap between policy ambition and infrastructure reality — and it falls disproportionately on Atlantic Canada and rural Ontario."
The satellite effect
The rapid expansion of low-Earth orbit satellite internet, particularly Starlink, has changed the practical availability picture faster than the CRTC's annual dataset captures. Starlink is not subject to the same CRTC reporting requirements as terrestrial providers, so many communities that appear unserved in the official data may have satellite service that meets or exceeds the 50/10 standard on speed, though latency and cost remain barriers. The regulatory question of whether satellite service should count toward the universal service obligation is unresolved and consequential: if it does, Canada's connectivity gap appears much smaller; if it doesn't, incumbent carriers have less competitive pressure to extend terrestrial service. The CRTC's dataset reflects reported terrestrial and fixed wireless availability — Starlink coverage is not captured in the "No" or "Partial" designations used in this article.