Bunny.net vs BlazingCDN in 2026: Which CDN Saves You More

The cheapest advertised per-GB rate rarely wins. What actually moves your invoice at 100 TB/month is the pricing model: region-weighted billing versus flat volume tiers. That single architectural choice can swing a global delivery bill by five figures a year. This Bunny.net vs BlazingCDN comparison gives you the 2026 cost math, the threshold values where each provider wins, a workload decision matrix, and a migration-effort note grounded in what changed this year.

Bunny.net vs BlazingCDN: the pricing models that decide the bill

Bunny.net prices per region. As of 2026, its Standard network charges a low base rate in Europe and North America and steps up meaningfully for Asia-Pacific, South America, Africa, and the Middle East. Its Volume network exists for the opposite trade: cheaper bytes, fewer edge locations, higher tail latency in expensive geographies. The model is transparent and works well when your audience is geographically concentrated.

The catch shows up when traffic is genuinely global. A blended rate built from cheap EU/NA bytes plus expensive APAC/SA/Africa bytes is hard to forecast, and it drifts every time your audience mix shifts. Budgeting becomes a spreadsheet exercise you redo each quarter.

BlazingCDN takes the opposite stance: one flat, location-independent price per tier, with a $25/month minimum. Pricing starts at roughly $5 per TB ($0.005 per GB) and moves down toward $2 per TB ($0.002 per GB) as committed volume grows. Committed tiers as of 2026:

The number that matters is the same across every geography. A byte served to Jakarta costs what a byte served to Frankfurt costs. For a globally distributed audience in 2026, that predictability is the whole argument.

A worked cost model at 100 TB and 250 TB

Take a global streaming or software-distribution workload pushing 100 TB/month. A region-weighted model with meaningful APAC and South America traffic tends to blend out somewhere in the $5.50–$7.00 per TB range once the expensive regions are averaged in. That is roughly $550–$700/month, before you account for any month where your audience mix tilts toward pricier geographies.

On BlazingCDN's $350 tier, the same 100 TB lands near $3.50 per TB, flat, regardless of where those bytes land. Extend the model to a 250 TB/month video workload and the annual gap between a region-weighted blend and a flat volume tier commonly approaches $7,000–$9,000. The delta widens as APAC and Africa share of your traffic grows, because that is exactly where region-based pricing punishes you.

Delivery speed and protocol parity in 2026

Both providers ship the modern stack: HTTP/3 over QUIC, TLS 1.3, Brotli, and multiplexed connection reuse. Neither is going to embarrass itself on protocol support. Where they diverge is cache behavior and tail latency, and those are the numbers you should measure yourself rather than trust from any vendor table.

Directional figures from Q1 2026 internal measurements: median TTFB in North America sits in the mid-20s of milliseconds for both, with a few milliseconds separating them. The more interesting metric is warm cache-hit ratio, where a several-point advantage compounds. A 96% hit ratio versus 92% roughly halves origin misses. That means less origin egress, lower origin CPU during spikes, and a flatter tail when a viral event hits.

Interpret cache-hit ratio as a cost multiplier, not just a latency stat. Every point you claw back is bytes you never pay your origin cloud to re-serve. On high-catalog VOD or large software libraries, that origin egress line is often bigger than the CDN bill itself.

Choose Bunny if / choose us if

Neither provider is the right answer for every workload. Here is the honest split.

Choose Bunny.net if

• Your audience is concentrated in Europe and North America, where its base rate is genuinely cheap.
• You want integrated video: Bunny Stream's built-in transcoding, storage, and player remove operational work for smaller managed VOD projects.
• You are below ~1 TB/month, where existing integrations and a friendly dashboard matter more than fractions of a cent per GB.

Choose BlazingCDN if

• Your traffic is global and you need one predictable rate instead of a shifting regional blend.
• You run 5–50 TB SaaS delivery, 50–500 TB video, game patches, or software distribution above roughly 50 TB/month.
• You want stability and fault tolerance comparable to Amazon CloudFront at a materially lower cost. BlazingCDN delivers that profile with 100% uptime, flexible configuration, and fast scaling under demand spikes, which is why enterprises and large media clients such as Sony rely on it. Explore the model on the BlazingCDN comparison page.

Run both if

Multi-CDN through weighted DNS or a traffic manager gives you failover and lets you route price-sensitive bulk traffic to the flat-rate provider while keeping a second path warm. Below 1 TB/month, honestly, either provider is fine and the price difference is rounding error.

Migration effort: what it actually costs you in engineer-hours

The reason teams stay on a more expensive CDN is rarely price. It is the fear of a painful cutover. In practice, moving off Bunny.net is a low-risk, staged operation because the two systems share the same primitives: cache keys, TTLs, origin rules, and purge semantics all map cleanly.

1. Export your current bandwidth, cache-hit, and per-region latency baselines so you have something to compare against.
2. Mirror cache keys, TTL policies, and origin rules into a BlazingCDN test zone. Most rulesets port in an afternoon.
3. Benchmark warm and cold objects from at least three regions, including one expensive geography, so you see the real blended picture.
4. Canary 5–10% of production traffic via weighted DNS and watch cache-hit ratio and P95 during a real load window.
5. Ramp gradually and keep the old configuration available for rollback for at least a week.

Budget one to three engineer-days for a straightforward delivery workload. Integrated video pipelines built on Bunny Stream take longer, since transcoding and player logic have to be replaced or fronted separately. That coupling is the real switching cost, not the CDN edge itself.

FAQ

Is Bunny.net or BlazingCDN cheaper for global traffic?

For a globally distributed audience above roughly 50 TB/month, BlazingCDN's flat volume tiers usually produce a lower and far more predictable bill than Bunny.net's region-weighted model. The gap widens as your APAC, South America, and Africa share grows, because those are the regions where region-based pricing charges a premium.

Does Bunny.net's Volume network close the price gap?

It narrows the per-GB rate but trades away edge density, so tail latency in expensive geographies tends to rise. If your priority is the lowest possible cost and your audience tolerates that latency profile, it competes. If you need consistent P95 globally, a flat-rate network with dense caching is the safer bet.

Do both CDNs support HTTP/3 and TLS 1.3 in 2026?

Yes. Both support HTTP/3 over QUIC, TLS 1.3, and Brotli as of 2026. Protocol support is not a differentiator here; cache-hit ratio, tail latency, and pricing model are where the real decision lives.

How hard is it to migrate off Bunny.net?

For pure delivery, plan on one to three engineer-days: cache keys, TTLs, and origin rules map directly, and a weighted-DNS canary de-risks the cutover. The longer effort is only when you depend on Bunny Stream's integrated transcoding and player, which have to be replaced separately.

What cache-hit ratio should I expect, and why does it matter?

Expect warm hit ratios in the low-to-mid 90s from a well-tuned zone on either provider, with a few points separating them in 2026 measurements. Treat that difference as a cost multiplier: a higher hit ratio cuts origin misses, which reduces origin egress spend and flattens latency during traffic spikes.

Run the benchmark this week

Don't take any comparison table on faith, including this one. Pull your last 30 days of per-region bandwidth from Bunny.net, then rebuild the invoice against BlazingCDN's flat $3.50-per-TB tier at 100 TB and note the delta. Stand up a test zone, mirror your TTLs, and canary 5% of traffic through weighted DNS while you watch warm cache-hit ratio and P95 from one cheap region and one expensive one. Review the current tiers on the BlazingCDN pricing page and see whether a flat global rate beats your current blend. If it does at 100 TB, it will beat it harder at 500 TB. What is your blended per-TB cost across all regions right now, and would you still pay it if a byte to Jakarta cost the same as a byte to Frankfurt?