Where Our Edge Servers Are
AI Optimized Routes, Maximum Speed
- Anycast routing to the nearest edge
- Edges in the US, Europe and Asia: Anycast + vCDN
How we measure: our internal test metrics
All numbers on this page are our own internal test metrics: test machines in each region fetch a 100 MB file over HTTPS from a production BlazingCDN zone, under ideal network conditions. Latency is round-trip to the nearest edge. Your own result will differ, because a laptop on Wi-Fi measures your last mile rather than our edge. Measured June 2026.
Testing it yourself? Run it from a server, not a laptop. A browser on home Wi-Fi measures your own connection, not our edge. A curl from a cloud instance on a 1 Gb/s port measures what we actually deliver:
curl -o /dev/null -w "%{speed_download} bytes/s | %{time_starttransfer} s TTFB\n" https://cdn48391752.blazingcdn.net/100MB
CDN Performance Metrics: Measured, Not Promised
Real download speeds and latency from our own test machines, with a public test link so you can verify every number yourself.
One test link, any continent. Anycast sends your click to the cache closest to you: click from the US and the file comes from a US edge, click from Asia and it comes from an Asian edge.
CDN speed by region
Avg. Download Speed
Latency
Test link
*Download speed and latency may vary depending on the quality of your network connection.
Test BlazingCDN on your own traffic
14-day testing period on real traffic at $5/TB, pay as you go. Or talk to an engineer; reply within 3 business hours.
14-day testing period · Pay as you go at $5/TB · Engineer reply within 3 business hours
What the shared network is built for
Smart routing
Streams and files take the lowest-latency measured path, not the geographically shortest one.
96%+ cache hit ratio
Most requests never travel past the nearest edge.
Modern NVMe hardware
High-throughput nodes at major internet exchange points.
Questions buyers ask about BlazingCDN performance metrics
BlazingCDN publishes its own internal test metrics, measured June 2026 on a 100 MB HTTPS download from a production zone: 27 ms and 1.12 Gb/s in Europe, 24 ms and 1.11 Gb/s in North America, 47 ms and 761 Mb/s in Asia. A public test link lets anyone repeat the measurement from a server.
How does BlazingCDN measure its latency and download speed?
BlazingCDN measures performance with test machines in each region that fetch a 100 MB file over HTTPS from a production zone, measured June 2026. Latency is the round trip to the nearest edge. Throughput is the average download speed of that 100 MB file. The tests run under ideal network conditions, so the figures describe the edge, not a typical home connection.
The numbers are internal test metrics, not a third-party benchmark. Europe measured 27 ms and 1.12 Gb/s. North America measured 24 ms and 1.11 Gb/s. Asia measured 47 ms and 761 Mb/s. Anycast routing sends each request to the closest edge, so one test link serves every continent. For example, a request from a US cloud server is answered by a US edge, while the same link clicked in Asia is answered by an Asian edge.
What does a 5 TB speed test on BlazingCDN cost?
BlazingCDN bills a 5 TB test month at the $25 monthly minimum, which equals 5 TB at $5 per TB (as of October 2026), during a 14-day testing period on real production traffic. Real traffic gives a truer picture than the 100 MB lab test. Your audience, file sizes and cache hit ratio decide the result.
The network averages a 96%+ cache hit ratio, and real-time statistics plus Prometheus metrics show your own numbers per zone. Scaling beyond the test is predictable. For example, 20 TB a month costs $92.50 and 100 TB costs $415. One rate applies in the US, Europe and Asia, so the Asian latency of 47 ms, measured June 2026, comes without a regional surcharge. There is no setup fee, no request fee and no long-term contract. An engineer replies to test questions within 3 business hours.
Why is my BlazingCDN speed test slower than 1.12 Gb/s?
BlazingCDN’s 1.12 Gb/s Europe figure, measured June 2026, comes from a server-grade test machine, so a laptop on home Wi-Fi will usually report less. A browser test measures your last mile: the Wi-Fi link, the home router and the local ISP. None of those sit inside the CDN. The internal tests run under ideal network conditions, which a home connection rarely matches.
To measure the edge, run the test from a cloud instance with a 1 Gb/s port. Use curl against the public 100 MB file and print the download speed and time to first byte. For example, a result near 1.11 Gb/s from a North American instance matches the published figure. A result far below that on Wi-Fi points to the local network. Expect lower numbers in Asia as well: the published Asia figures are 47 ms and 761 Mb/s, measured June 2026.
How do I compare BlazingCDN with my current CDN's speed?
BlazingCDN can run as a second CDN behind DNS with a weighted traffic split, which is the fairest way to compare speed on your own users. A synthetic 100 MB test, measured June 2026 at 24 ms in North America, shows the edge under ideal conditions. Real users show the rest. Send a share of traffic to the BlazingCDN zone and compare both providers on the same files and the same days.
Onboarding takes about one hour with an engineer. Track time to first byte, throughput and cache hit ratio per region. Real-time statistics and Prometheus metrics are included, and raw logs cost $50 per month (as of October 2026). For example, a 20% split for the full 14-day testing period gives two weeks of side-by-side data. Rolling back means changing the DNS weight. No benchmark beyond the June 2026 internal metrics is published.
Which regions does the BlazingCDN speed test cover?
BlazingCDN publishes internal test metrics for three regions, measured June 2026: Europe, North America and Asia. Europe recorded 27 ms latency and 1.12 Gb/s throughput. North America recorded 24 ms and 1.11 Gb/s. Asia recorded 47 ms and 761 Mb/s. All three use the same method: a 100 MB HTTPS download from a production zone.
The servers behind the numbers use NVMe SSD storage and Anycast routing with built-in failover. Smart routing picks a measured path rather than the geographically shortest one. The 96%+ average cache hit ratio means most requests never travel past the nearest edge. Delivery supports HTTP/2, IPv6 and TLS 1.3. For example, a user in Asia and a user in Europe fetch the same URL, and each is answered by an edge in their own region. The price per TB is the same in all three regions.