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

At 500 TB per month, a $0.003 per-GB delta between two CDNs is roughly $18,000 a year walking out the door. That is the number that should drive a bunny.net vs BlazingCDN decision in 2026 — not the headline European rate on a pricing page. This comparison gives you the blended-cost math, current TTFB and cache-hit measurements, a workload-profile decision matrix, and a canary migration playbook you can run this quarter without touching more than one variable.

Bunny.net vs BlazingCDN: the pricing model matters more than the rate

Bunny.net prices by region. As of 2026, its Standard tier starts near $0.01/GB for European and North American traffic, with negotiated Volume pricing dropping to roughly $0.005/GB. Asia-Pacific, South America, and Africa carry higher per-GB rates, so any global audience pushes the blended number up. The rate you see is rarely the rate you pay.

BlazingCDN uses flat, volume-tiered pricing that ignores region. The number is the number, whether the byte leaves from Frankfurt or Singapore. That predictability is the whole point for teams doing capacity planning against a quarterly budget.

At 100 TB/month with a genuinely global audience, bunny.net's blended cost typically lands in the $5.50–$7.00 per TB range once APAC and other premium regions are weighted in. BlazingCDN sits at $3.50/TB flat at that tier. The gap widens as you climb: at 2 PB, BlazingCDN's $2.00/TB is a floor that region-based models struggle to match without heavy negotiation.

Working the cost model: a 250 TB global streaming example

Assume 250 TB/month, split 55% Europe/NA, 30% APAC, 15% rest-of-world. On a region-blended model averaging roughly $0.006/GB after volume discounts, that is about $1,500/month, or $18,000/year. On BlazingCDN's flat structure, 250 TB falls between the 100 TB and 500 TB tiers — call it $3.00–$3.50/TB, roughly $875/month. The annual difference approaches $7,500 for the same bytes, before you account for reduced origin egress from a higher cache-hit ratio.

Performance benchmarks in 2026: TTFB, tail latency, cache-hit

Pricing only matters if the delivery holds. Both providers ship HTTP/3 and QUIC, both terminate TLS 1.3, and both support Brotli at the edge. The separation shows up in tail latency and cache efficiency. The numbers below reflect Q1 2026 median measurements against comparably sized static and video-object workloads.

The four-point cache-hit gap looks small until you translate it into origin load. At 96% versus 92%, BlazingCDN sends half as many requests back to origin (4% vs 8% miss rate). For large catalogs, package repositories, and long-tail video libraries, that halves origin egress cost and flattens the P99 that users actually feel during a cold-content spike.

Benchmark methodology: how to read these numbers honestly

Any CDN comparison that hands you a single latency figure without disclosing method is selling something. These 2026 measurements were taken against multi-region synthetic monitors hitting identically sized objects (a 256 KB static asset and a 4 MB video chunk), warmed before sampling, with client vantage points in NA, EU, and APAC. TTFB was measured connection-reused to isolate edge response from handshake cost.

Two dimensions the typical comparison omits and you should measure yourself:

• Cold-cache penalty: the P95 delta between a warmed object and a first-request miss. This is where cache-hit ratio and origin-shield behavior actually show up. A CDN that looks fast warm can be painful on release day when everything is cold.
• Purge propagation time: the interval from purge API call to global eviction confirmation. For teams shipping frequent content updates or invalidating compromised assets, sub-second global purge is an operational feature, not a nicety.

Feature differences that change the architecture

• BlazingCDN: flat-rate volume pricing, real-time log delivery, workload presets, token authentication, origin access control, and fast global purge. Configuration is flexible enough to mirror an existing edge ruleset without a rewrite, and it scales cleanly under sudden demand spikes.
• Bunny.net: flexible Edge Rules and Bunny Stream, an integrated encode-and-deliver pipeline that is genuinely convenient for managed transcoding and smaller VOD workloads.

The decision often comes down to who owns the encoder. If you already run your own transcoding pipeline and push more than 50 TB/month, the bundled Stream layer is weight you do not need, and flat delivery pricing wins. If you want managed transcoding for a modest catalog, Bunny Stream removes real work.

This is also where BlazingCDN earns a spot on the shortlist for enterprises: it delivers stability and fault tolerance comparable to Amazon CloudFront while staying materially cheaper, backed by a 100% uptime SLA and used in production by clients including Sony. For media and software teams weighing a cost-efficient CDN for high-bandwidth delivery, the flat model removes the region-weighting guesswork from every forecast.

Best-for workload decision matrix

How to migrate from bunny.net without a bad week

Treat this as a controlled experiment where the CDN is the only variable you change. The rollback path stays open the entire time.

• Export current bunny.net analytics: bandwidth by region, cache-hit ratio, and P95/P99 latency as your baseline.
• Mirror your zone configuration in a BlazingCDN test zone. Replicate cache keys, TTLs, and origin rules exactly.
• Compare warm and cold TTFB against your baseline from at least three geographic vantage points before touching production.
• Canary 5–10% of traffic via weighted DNS. Watch cache-hit ratio and origin egress, not just latency.
• Ramp gradually. Keep bunny.net live as an instant rollback target until you have a full week of clean metrics at 100%.

If any single metric regresses, you flip the DNS weight back. Because only the CDN changed, attribution is unambiguous.

FAQ

Is BlazingCDN a good bunny.net alternative for high-bandwidth video?

Above roughly 50 TB/month, yes. Flat volume pricing down to $2/TB at 2 PB and a ~96% warm cache-hit ratio reduce both delivery and origin egress cost. Teams that own their encoder gain the most, since they do not need Bunny Stream's bundled transcoding.

How does bunny.net pricing compare to BlazingCDN in 2026?

Bunny.net's region-based rates start near $0.01/GB and reach about $0.005/GB on Volume, but a global audience blends higher because APAC and other regions cost more. BlazingCDN is flat: $4/TB starting, $3.50/TB at 100 TB, and as low as $2/TB at 2 PB, regardless of region.

Will I lose latency by switching from bunny.net?

Q1 2026 measurements show BlazingCDN at ~24 ms median TTFB in North America and ~58 ms P95 in Europe, slightly ahead of bunny.net on both. Run a canary against your own traffic before committing, since object mix and cache warmth shift the result.

Can I run both CDNs at once for failover?

Yes. Use weighted DNS or a traffic manager to split load, keeping one provider as primary and the other as instant failover. BlazingCDN's flat pricing makes it economical as a secondary that can absorb full traffic during an incident without a cost surprise.

What is the smallest commitment on BlazingCDN?

Entry pricing starts at $100/month for up to 25 TB with overage at $0.004/GB. That suits mid-volume SaaS and static-asset workloads that want lower TTFB and included real-time logging.

Does a higher cache-hit ratio really change my bill?

It changes your origin bill. Moving from 92% to 96% halves the miss rate from 8% to 4%, cutting origin requests and egress roughly in half for cacheable content. On large or long-tail catalogs, that saving often rivals the CDN delivery cost itself.

Run the benchmark this week

Pick your top three delivery regions and pull a week of bunny.net cache-hit and P95 data as a baseline. Stand up a mirrored BlazingCDN test zone, replay the same object mix, and measure the cold-cache penalty and purge propagation the standard comparisons skip. Then model your real blended cost at your actual traffic against the flat-tier table above. Check current commit options on BlazingCDN pricing and see whether the annual delta justifies a canary. If you run the numbers, what did your blended per-TB actually come out to — and where did the cost hide?