Canada
Virgin Plus
Virgin Plus is an MVNO in Canada offering cellular service utilizing the Bell Mobility network for network access and coverage.
Host Networks
Bell Mobility
Networks
MVNOs depend on one or more host networks for cellular coverage. Compare the speed test performance for the networks powering Virgin Plus in Canada, then click into a host network to explore its coverage maps and detailed network data.
DownDownload121.7 Mbps
UpUpload17.7 Mbps
Reliab.Reliability9.2 / 10
Over 7,200 tests conducted
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Virgin Plus Coverage Maps
MVNO coverage has the same coverage as their host networks. Explore each host network map to see real-time coverage across Canada. Our coverage maps are based on millions of crowdsourced speed tests from users like you and allow you to see how well Virgin Plus performs with granular detail.
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Frequently Asked Questions
What is an MVNO?
An MVNO (mobile virtual network operator) sells mobile service without owning cellular infrastructure. MVNOs like Virgin Plus lease access to major carrier networks in Canada and deliver coverage using those host networks.
Which networks power Virgin Plus?
Virgin Plus uses Bell Mobility for coverage in Canada.
How does Virgin Plus coverage compare to major carriers?
MVNO coverage mirrors the host networks it uses. Compare the host carrier performance above to see how those networks perform in Canada.
How can I check coverage in my area?
Use the coverage maps above to explore real-time coverage by host network. Each map reflects the underlying carrier used by Virgin Plus.
What do the performance metrics mean?
The performance metrics summarize median download speed, upload speed, and latency from crowdsourced tests on the host networks listed above. Higher download/upload and lower latency indicate a faster, more responsive connection.
What is the reliability score?
The reliability score summarizes how dependable mobile performance is in Canada. It uses a 0.0 to 10.0 scale (higher is better) and is calculated from real-world speed test percentiles with weighted components: download (50%), latency (30%), and upload (20%). It evaluates the lower-end experience using the bottom 10%, 5%, and 1% percentiles when enough samples are available. If local speed testing is limited, a coverage-based fallback is used from signal quality distribution (great/good/poor).
Why can parts of the coverage map look empty?
Coverage maps are built from crowdsourced tests, so areas with limited recent data can look incomplete. Coverage improves as more tests are collected.
How can I contribute coverage data for Canada?
Download the CoverageMap app and run a few speed tests with location enabled. Your results help improve coverage accuracy and unlock local rankings faster.
Get the app