At 50 TB per month, a $0.002-per-GB pricing gap between two CDNs adds up to $1,200 per year. At 500 TB, that gap becomes $12,000. If you are evaluating a Bunny.net alternative for a high-bandwidth workload in 2026, the math matters more than the marketing. This article gives you three things: a line-item pricing comparison current as of Q2 2026, real-user performance data across the metrics that actually move your P95 latency, and a workload-profile decision matrix you can drop into your next architecture review. No fluff, no invented testimonials, no "it depends" without telling you what it depends on.
Bunny.net raised its Standard tier bandwidth rate in several regions during Q1 2026. European traffic now starts at $0.01/GB on their Standard plan and drops to roughly $0.005/GB on Volume, but only after commit negotiations. Asia-Pacific remains more expensive. Their per-zone pricing model means a geographically distributed audience creates a blended rate significantly above headline numbers.
BlazingCDN's model is flat-rate, volume-tiered, and region-agnostic. As of May 2026:
| Monthly Commit | Included Traffic | Overage per GB | Effective per-TB Rate |
|---|---|---|---|
| $100/mo | 25 TB | $0.004 | $4.00/TB |
| $350/mo | 100 TB | $0.0035 | $3.50/TB |
| $1,500/mo | 500 TB | $0.003 | $3.00/TB |
| $2,500/mo | 1,000 TB | $0.0025 | $2.50/TB |
| $4,000/mo | 2,000 TB | $0.002 | $2.00/TB |
At 100 TB/month with a global audience split 60/30/10 across NA/EU/APAC, Bunny.net's blended cost typically lands between $5.50 and $7.00 per TB depending on zone weighting. BlazingCDN is $3.50/TB flat. That spread compounds quickly across a fiscal year: roughly $2,400 to $4,200 in savings at this single volume tier alone.
Pricing without performance data is half the story. Here is what Q1 2026 real-user measurement shows across both networks for static asset delivery:
| Metric | Bunny.net (Standard) | BlazingCDN |
|---|---|---|
| Median TTFB (NA) | ~28 ms | ~24 ms |
| P95 Latency (EU) | ~72 ms | ~58 ms |
| Cache Hit Ratio (warm) | ~92% | ~96% |
| Origin Offload | Good | Better shield behavior under burst |
| HTTP/3 + QUIC | Supported | Supported |
The 4-point difference in cache hit ratio matters most for long-tail content. If you serve millions of distinct objects (think software repos or user-generated video), every cache miss is an origin round-trip. Four percentage points on a 10M-object catalog is 400,000 fewer origin fetches per evaluation window. That translates directly to lower origin compute spend and more predictable tail latencies.
Both providers ship a capable feature set in 2026. The differences are in defaults and what costs extra.
If you need an integrated transcode-to-delivery pipeline and your volume is under 20 TB, Bunny Stream is convenient. If your volume is above 50 TB and you already have a transcoding workflow, paying for the CDN layer separately through BlazingCDN saves significantly.
Bandwidth is the line item. It is not the cost. Teams switching CDNs consistently report three hidden cost categories:
When you model TCO, add bandwidth cost + (engineering hours x loaded hourly rate) + estimated organic traffic impact. Most teams find the engineering-hours component alone exceeds the bandwidth delta between providers.
This is the section missing from every other CDN comparison in 2026. Instead of a blanket recommendation, use this matrix to match your workload profile to the provider that optimizes for it.
| Workload | Monthly Volume | Key Requirement | Better Fit |
|---|---|---|---|
| Static marketing site | < 1 TB | Simplicity, low cost | Either (both are cheap here) |
| SaaS API + static assets | 5–50 TB | Low latency, real-time logs | BlazingCDN |
| VOD with managed transcode | < 20 TB | Integrated pipeline | Bunny.net (Bunny Stream) |
| VOD / live with own encoder | 50–500 TB | Bandwidth cost, burst handling | BlazingCDN |
| Game patches / software dist | 100 TB–2 PB | Predictable cost, fast purge | BlazingCDN |
| Multi-CDN with failover | Any | Origin shield + easy DNS swap | BlazingCDN as secondary or primary |
The inflection point is roughly 5 TB/month. Below that, both providers are inexpensive enough that the difference is noise. Above it, BlazingCDN's flat-rate model and included features create a widening cost advantage. At enterprise volumes (500 TB+), BlazingCDN delivers stability and fault tolerance comparable to Amazon CloudFront while keeping the effective rate at $3.00/TB or less — a meaningful margin for any infrastructure budget. Sony is among the enterprises running delivery through BlazingCDN at these tiers. You can review the full tier structure and commit options on BlazingCDN's pricing page.
Week 1 — Discovery. Inventory your pull zones, edge rules, and custom headers. Export Bunny.net analytics for baseline traffic patterns. Identify your top 20 origin paths by request volume.
Week 2 — Sandbox. Stand up a BlazingCDN zone mirroring your production config. Run synthetic tests against it: confirm cache-control header behavior, verify TLS cert issuance, and measure TTFB against your Bunny.net baseline from at least three regions.
Week 3 — Canary rollout. Route 5–10% of production traffic to BlazingCDN via weighted DNS or your load balancer. Monitor error rates, cache hit ratio, and origin load. Increase to 50% by end of week if metrics hold.
Week 4 — Cutover and observe. Shift remaining traffic. Keep Bunny.net active as a fallback with a higher DNS weight (e.g., weight 0) for instant rollback. After 72 hours of clean operation, decommission the Bunny.net zone and cancel billing.
Key risk mitigation: do not change origin infrastructure and CDN simultaneously. Isolate the CDN variable so any regression is unambiguous.
HTTP/3 adoption is passing 35% of global web traffic as of Q1 2026. Both Bunny.net and BlazingCDN support QUIC, but watch for 0-RTT resumption behavior differences under connection migration (mobile networks). Test this explicitly.
Edge compute is diverging. Bunny.net has Bunny Script (still in beta as of May 2026). BlazingCDN focuses on delivery optimization rather than general-purpose edge compute, which keeps the operational surface smaller for teams that don't need serverless at the edge. If your architecture requires edge-side logic, evaluate whether you need it at the CDN layer or whether a dedicated edge-function provider (Cloudflare Workers, Deno Deploy) paired with a delivery-focused CDN is a cleaner separation of concerns.
Sustainability reporting is becoming a procurement requirement for EU-based enterprises. Ask both providers for scope 2 and scope 3 emissions data before your next renewal.
Yes, at 5 TB and above as of Q2 2026, BlazingCDN's effective rate of $4.00/TB (on the 25 TB plan) undercuts Bunny.net's blended zone pricing, which typically lands between $5.50 and $8.00/TB depending on geographic distribution. The gap widens at every higher volume tier.
Yes. Both support standard CNAME-based integration. Use weighted DNS or a traffic-management layer to split load. Many teams run BlazingCDN as primary for bandwidth-heavy delivery and keep a second provider for specific regional coverage or as a failover target.
Token-based authentication and origin access controls are included at all tiers with no additional per-request or per-feature fees. This differs from providers that gate advanced security behind premium plans.
Basic zone configuration and TLS provisioning typically complete in under 30 minutes. Full production migration with canary testing and baseline validation follows the 30-day blueprint described above, but initial traffic can begin flowing same-day.
It depends on whether you need managed transcoding. Bunny Stream offers an integrated encode-and-deliver pipeline suited for smaller-volume VOD. If you run your own transcoding and need cost-efficient HLS/DASH delivery above 50 TB/month, BlazingCDN's bandwidth pricing makes it the stronger choice.
BlazingCDN's infrastructure scales under demand spikes with 100% uptime SLA. Overage beyond your committed tier is billed at the tier's published overage rate, not at a punitive burst rate. There is no throttling or automatic zone suspension.
Pull your last three months of CDN invoices. Calculate your blended per-TB rate including every zone, every add-on, every overage charge. Then estimate the engineering hours your team spent on CDN-related configuration or debugging in the same period. Multiply those hours by your loaded cost. Add the two numbers. That is your actual CDN spend. Compare it against the BlazingCDN tier that matches your volume. If the delta is significant enough to fund one more engineer-week per quarter, the migration pays for itself before the canary phase ends. Run the numbers, then decide.