A 90 GB day-one patch, shipped to four million concurrent players in a six-hour launch window, works out to roughly 360 petabytes of egress traffic. At a hyperscaler’s list price of around $85 per terabyte, that single event bills out near $30.6 million. Route the same bytes through a volume-priced CDN contract closer to $2 per terabyte, and the number drops to about $720,000, according to 2026 CDN bandwidth modeling published by BlazingCDN’s industry cost analysis. That gap is the entire reason game studios now treat CDN selection as a budget line item, not a checkbox.
This comparison puts three real, commonly used content delivery networks side by side for the specific job of shipping game patches, day-one downloads, and live-service updates: Cloudflare, BunnyCDN, and Fastly. All three show up in studio infrastructure discussions, but they price bandwidth differently, cover different numbers of points of presence, and fit different studio sizes. We pulled list pricing directly from vendor pricing pages, cross-checked latency with third-party benchmark data, and modeled real launch-day cost scenarios so you can see where the 12x cost gap between providers actually comes from.
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Why Game Patch Delivery Became a Cloud Cost Problem
Game files have grown faster than most studios’ CDN budgets. Industry trackers following 2026 AAA releases put day-one patches commonly in the 20-50 GB range, with weekly or biweekly live-service updates typically landing between 5 GB and 15 GB per client. Base installs for open-world and battle-royale titles are now routinely cited in the 50-110 GB range across multiple 2026 install-size benchmarks. None of that is unusual anymore; it is the baseline every live-service studio plans around.
What changed is concurrency. A patch that once trickled out over 48 hours now needs to land on every client within the first hour of a launch window, because players compare notes on social media the moment servers go live. Amazon’s own infrastructure blog reported that Amazon CloudFront hit a traffic record of 268 terabits per second on November 1, 2025, a peak the company attributed in part to major game-delivery workloads. That single data point tells you how much simultaneous demand a launch-day patch can generate across a global CDN footprint.
Cloud cost teams at game studios now sit in the same budget conversations as engineering leads, because a CDN contract signed for a beta test does not necessarily survive contact with a launch that goes bigger than planned. The provider you pick for cdn for gaming traffic determines whether a surprise hit becomes a bandwidth bill nightmare or a manageable cost curve.
It also changes who gets paged when something breaks. A decade ago, a slow patch download was a support-ticket problem. Today it is a live-ops incident, because a stalled download during a scheduled unlock window shows up instantly on streaming platforms and community forums, long before a studio’s own status page catches up. That shift is why CDN selection now gets reviewed by finance, live-ops, and engineering together rather than being delegated entirely to whoever set up the original build pipeline.
How CDN Pricing Actually Works for Game Studios
Most CDN providers bill primarily on data transfer out, measured per gigabyte or per terabyte, with pricing that varies by region. A gigabyte served to a player in Frankfurt costs a different rate than the same gigabyte served to a player in São Paulo or Manila. Request fees, cache-fill charges, and TLS handshake overhead rarely move the needle for game delivery specifically, because a single patch request triggers one large transfer rather than thousands of small API calls.
Two pricing models dominate the market. The first is tiered regional pricing, where North America and Europe are cheapest and Africa, the Middle East, and parts of Asia carry a premium because of thinner network density. BunnyCDN’s published rate card is a clean example: its standard network charges $0.01 per GB in Europe and North America, $0.03 per GB in Asia and Oceania, $0.045 per GB in South America, and $0.06 per GB in the Middle East and Africa, according to the official bunny.net pricing page.
The second model is flat-rate volume pricing, where a provider collapses regional differences into a single global rate in exchange for routing traffic over a smaller, less redundant set of points of presence. BunnyCDN’s volume network does exactly this: $0.005 per GB for the first 500 TB, dropping to $0.004 per GB between 500 TB and 1 PB, and $0.002 per GB between 1 PB and 2 PB, with custom pricing above that. That volume tier runs on 10 points of presence rather than the 119 PoPs on the standard network, a tradeoff that matters if your player base is concentrated rather than globally spread.
Hyperscaler CDNs like Amazon CloudFront price differently again: a higher list rate with steep committed-use discounts for customers who negotiate enterprise contracts. Industry CDN benchmarking from 2026 puts hyperscaler list pricing around $85 per terabyte for the first 10 TB in North America and Europe, falling to roughly $17-40 per terabyte once a studio commits to petabyte-scale annual volume. That spread between list price and negotiated price is exactly why two studios running the same CDN can report wildly different bills.
Cloudflare vs BunnyCDN vs Fastly: Full Specs Comparison
Before getting into dollar figures, it helps to see how these three networks differ structurally. Cloudflare built its reputation on a free tier and a reverse-proxy architecture that bundles CDN, DNS, and security into one control plane. BunnyCDN built a reputation as a bandwidth-first, developer-friendly network with dedicated game delivery and software distribution product lines. Fastly built its name on programmable edge logic (Varnish-derived VCL and newer Compute@Edge) aimed at teams that need to run custom logic at the edge, not just cache static files.
| Feature | Cloudflare | BunnyCDN | Fastly |
|---|---|---|---|
| Network reach | Hundreds of cities in 100+ countries | 119 PoPs (standard network), 10 PoPs (volume network) | Smaller, highly peered network built for throughput over PoP count |
| Free tier | Yes, unmetered proxied HTTP/HTTPS on the Free plan | No free tier; $1/month account minimum | No standing free tier for production workloads |
| Dedicated game-delivery product | No dedicated gaming SKU; general CDN/Spectrum stack | Yes, a named Game Delivery and Software Distribution product line | No dedicated gaming SKU; general CDN/compute stack |
| Billing model | Mostly bundled into plan tiers plus bandwidth add-ons | Pure pay-as-you-go per GB, regional or flat-rate volume tiers | Usage-based with negotiated enterprise contracts |
| Minimum spend | $0 (Free plan available) | $1/month | No public self-serve floor; sales-assisted onboarding is typical |
| Edge compute | Workers (V8 isolates) | Bunny Edge Scripting | Compute (WebAssembly) |
| Non-HTTP/TCP-UDP support | Spectrum (enterprise add-on) | Not a primary focus; HTTP(S) delivery is the core product | Primarily HTTP(S); not built around raw TCP/UDP game-server traffic |
| Range request / resumable downloads | Supported | Supported, marketed specifically for large-file game patches | Supported |
| Payment flexibility | Card, invoicing for enterprise | Card, PayPal, and crypto accepted | Card for self-serve, invoicing for enterprise contracts |
| Contract lock-in | Monthly plans; enterprise terms negotiated separately | No annual lock-in required on standard pay-as-you-go tiers | Enterprise tiers typically involve annual commitments |
| DDoS mitigation | Built into every plan at the network edge | Available as Bunny Shield add-on | Available, typically bundled into enterprise security packages |
| Best documented use case | Websites, APIs, and general web security at scale | Large binary delivery: game patches, software downloads, video | Dynamic content and programmable edge logic for high-traffic apps |
The pattern that falls out of this table is simple: Cloudflare is the generalist with the lowest entry barrier, BunnyCDN is the specialist built around exactly the large-binary-delivery problem that game patches represent, and Fastly is the programmable-edge option for teams that need custom logic alongside delivery. None of the three is objectively “best” independent of what you are shipping and how big your player base already is.
Cost Per Terabyte: Real Pricing Compared
Pricing pages rarely show head-to-head numbers, but BunnyCDN’s own published pricing page includes a direct cost comparison for serving 5 terabytes of traffic from Europe and North America, benchmarked against five named competitors. The figures below come straight from that page, current as of this analysis.
| Provider | Cost for 5 TB (EU/NA) | Effective $/TB | Global median latency |
|---|---|---|---|
| BunnyCDN | $50 | ~$10 | 24 ms |
| CacheFly | $125 | ~$25 | 29.61 ms |
| CDN77 | $165 | ~$33 | 42.71 ms |
| BytePlus | $220 | ~$44 | 38.32 ms |
| Amazon CloudFront | $425+ | ~$85 | 27 ms |
| Fastly | $600+ | ~$120 | 29 ms |
Source: bunny.net/pricing, pricing and performance data attributed to independent real-world measurements from CDNPerf. That $10-versus-$120 spread between BunnyCDN and Fastly at the same traffic volume is the 12x cost gap referenced in the headline, and it is measured at list price, before any enterprise negotiation on either side.
Cloudflare does not appear on that specific comparison because its bandwidth costs are typically bundled into plan tiers rather than billed as a standalone per-GB rate on the free and Pro plans; enterprise Cloudflare bandwidth deals are negotiated privately. What is measurable is that studios using Cloudflare’s free or Pro plans for patch delivery are effectively capping their CDN spend at a fixed monthly fee until traffic outgrows what the plan tolerates, at which point Cloudflare pushes them toward a custom enterprise agreement.
Scale the numbers up and the gap becomes dramatic. A mid-tier online game pushing 100 TB per month in patch and asset traffic lands somewhere between $3,000 and $8,000 per month depending on provider and commitment tier, per 2026 CDN cost-modeling research. At BunnyCDN’s volume-network rate of $0.005/GB for the first 500 TB, that same 100 TB costs roughly $500 a month. At a hyperscaler’s uncommitted list rate near $85/TB, it costs roughly $8,500. Same traffic, 17x difference, purely from which contract you signed.
Latency and Global Performance Benchmarks
Price only tells half the story. A cheaper CDN that takes twice as long to deliver a patch costs a studio in refund requests and one-star reviews, even if it saves money on the invoice. Three independent data points give a reasonable performance picture for 2026.
First, the CDNPerf-sourced benchmark published on BunnyCDN’s own pricing page shows a tight spread: BunnyCDN at 24 ms global median latency, CloudFront at 27 ms, Fastly at 29 ms, CacheFly at 29.61 ms, BytePlus at 38.32 ms, and CDN77 at 42.71 ms. The three CDNs at the center of this comparison (BunnyCDN, CloudFront as a stand-in hyperscaler benchmark, and Fastly) all land within a 5-millisecond band of each other, meaning latency alone rarely decides the winner for game patch delivery; cost and architecture do more of the deciding.
Second, cross-region cloud latency matters more than single-hop CDN latency once you are talking about a global player base. 2026 CDN strategy research measured the median intercontinental round-trip time between major cloud regions at roughly 120-180 ms in Q1 2026, a floor that no CDN choice alone can fix; it has to be solved with regional edge caching and pre-positioning of patch files ahead of a launch window, not just picking a faster-sounding vendor.
Third, raw network scale still correlates with surge capacity. Amazon’s documented 268 Tbps CloudFront peak on November 1, 2025 demonstrates that hyperscaler networks can absorb enormous simultaneous demand, which matters for a title launching to tens of millions of players at once. A smaller specialist network like BunnyCDN’s 10-PoP volume tier is cheaper per terabyte but has fewer points of presence to spread that same surge across, which is why BunnyCDN itself recommends its 119-PoP standard network, not its volume network, for latency-sensitive launches.
What the Benchmarks Don’t Capture
Published latency benchmarks measure steady-state performance, not the cache-miss storm that happens in the first sixty seconds after a patch goes live, when every edge node simultaneously requests the same file from origin. That moment, often called the thundering herd problem, is where origin shield configuration and request coalescing matter more than any headline latency number. A CDN with slightly higher average latency but better request-coalescing behavior can outperform a faster-on-paper competitor during the exact window that matters most: the first few minutes of a launch.
Launch-Day Traffic Spikes: The Real Stress Test
The modeled 360 PB launch-day scenario referenced earlier is worth unpacking in more detail, because it shows how provider choice compounds with traffic volume. At a hyperscaler’s uncommitted list rate near $85 per terabyte, 360,000 TB of egress costs approximately $30.6 million. At a high-volume CDN contract closer to $2 per terabyte, the same 360,000 TB costs roughly $720,000, a gap of more than 40x on a single event, according to BlazingCDN’s 2026 bandwidth cost modeling.
Few studios actually pay uncommitted hyperscaler list price at that scale; they negotiate committed-use discounts well in advance of a known launch date. But the modeling illustrates the real risk: a studio that under-forecasts launch traffic and ends up billed at list-rate overage pricing can face a bill an order of magnitude larger than planned, purely because nobody renegotiated the contract before day one.
This is also where origin architecture earns its keep. Pre-positioning patch files at edge locations hours or days before a scheduled unlock, rather than letting the CDN pull them on first request, converts a guaranteed cache-miss storm into a series of cache hits. Every provider in this comparison supports some form of pre-warming or active cache population; the difference is how manual or automated that process is in each dashboard and API.
Where These Three Providers Sit in the Broader CDN Market
Cloudflare, BunnyCDN, and Fastly are not the only CDNs a studio could pick, but they represent three distinct philosophies that cover most of the decision space. Cloudflare has grown into one of the largest reverse-proxy networks in the world, describing itself as a connectivity cloud with a footprint spanning more than 340 cities in more than 130 countries, connecting to 13,888 networks with 590 Tbps of external network capacity, and with more than 10 million developers now building on the platform, including the cdnjs library, which Cloudflare migrated onto its Developer Platform in October 2026 to serve its roughly 9 billion daily requests, it is the default starting point for any team that wants security, DNS, and delivery under a single login before they have even decided how big their game is going to get.
BunnyCDN sits in a different part of the market. It does not compete on brand recognition or a sprawling product suite; it competes on a published, calculator-friendly rate card and a product line explicitly labeled for game delivery and software distribution, a positioning choice that shows the company built its pricing model around exactly the large-binary-file problem this article is about, rather than treating games as one vertical among many.
Fastly occupies the third lane: a network built around programmability, and it increasingly brands itself as a combined delivery, security, and edge-compute platform rather than a conventional CDN, backed by a network it describes as carrying 622 Tbps of capacity. Its WebAssembly-based Compute platform, together with its Varnish-derived caching heritage, makes it the provider teams reach for when the CDN layer needs to make decisions, not just move bytes, such as serving different manifest files to different regions or versions without a separate application server in the loop. That reach extended further in October 2026, when Fastly expanded its partnership with Jio Platforms to power JioCDN, a CDN built on Jio’s infrastructure for businesses in India. That capability is also why Fastly’s list price runs highest in this comparison: customers are paying for compute, not just cache.
Security and DDoS Protection: A Secondary but Real Cost Factor
Game patch infrastructure is a known target for denial-of-service traffic, both because it is public-facing and because disrupting a launch gets attention. Security is not the focus of this comparison (a dedicated DDoS protection breakdown covering Cloudflare, AWS Shield, and Akamai is covered separately), but it does factor into total cost of ownership for a CDN contract, so it belongs in the picture.
Cloudflare bundles network-level DDoS mitigation into every plan, including the free tier, which is one reason small studios default to it even before bandwidth costs become a factor. BunnyCDN offers DDoS protection as a named add-on called Bunny Shield rather than bundling it by default, which keeps the base product cheaper but means studios need to budget for it separately if their patch endpoints are a likely target. Fastly’s security capabilities are typically positioned as part of its broader enterprise security package rather than a standalone line item, which is consistent with its overall enterprise-contract sales motion.
The practical takeaway: a cost comparison based purely on $/TB bandwidth pricing understates Cloudflare’s effective value for studios that would otherwise need to buy DDoS protection separately, and it understates BunnyCDN’s true cost for studios that do add Bunny Shield. Model the full security-plus-delivery stack, not just the raw bandwidth line, before finalizing a provider decision.
Five Real-World Game Delivery Scenarios
Different studio profiles map to different CDN choices. Here are five scenarios built from the pricing and performance data above, modeling what each workload actually costs.
AAA Single-Player Launch (Day-One Patch, 40 GB, 2 Million Downloads)
Total egress: roughly 80,000 TB (80 PB) in a compressed launch window. At committed hyperscaler enterprise pricing in the $17-40/TB range, that is $1.36 million to $3.2 million for the launch alone. At BunnyCDN’s volume-tier blended rate (averaging roughly $4/TB across the 500 TB-1 PB bands), the same traffic costs closer to $320,000. This is the scenario where committed-use negotiation and pre-positioning save the most absolute dollars, and where a studio’s finance team should be in the room well before launch day, not after the first invoice.
Live-Service Battle Royale (Weekly 10 GB Patch, 15 Million Active Players)
Weekly recurring egress in the range of 150,000 TB adds up fast over a year. For this profile, a flat-rate volume CDN with no annual lock-in, like BunnyCDN’s standard pay-as-you-go model, gives finance teams predictable unit economics without a multi-year enterprise commitment, which matters for a live-service title whose player count can shrink as fast as it grows.
Mobile Free-to-Play (Frequent Small Updates, Global Distribution Skewed Toward Asia)
Mobile titles with heavy Asia-Pacific player bases hit BunnyCDN’s regional pricing tiers differently than a North America-first title: $0.03/GB in Asia and Oceania versus $0.01/GB in Europe and North America on the standard network. A studio whose player base skews 70% APAC should model blended regional costs explicitly rather than assuming the headline EU/NA rate applies to their traffic mix.
Indie Studio (One Developer, 5-25 TB Monthly, Tight Budget)
At this scale, Cloudflare’s free tier or BunnyCDN’s $1/month minimum both make financial sense long before volume pricing becomes relevant. The decision here usually comes down to tooling preference, not cost: Cloudflare’s bundled DNS, security, and CDN dashboard versus BunnyCDN’s narrower, delivery-focused interface built specifically around large binary files like game builds.
MMO With Scheduled Patch Windows and Predictable Traffic
Scheduled maintenance windows are the one scenario where traffic is fully predictable in advance, which makes this the strongest case for negotiating a committed-use enterprise contract regardless of provider. Knowing exactly when and how much traffic will spike lets a studio lock in the $17-40/TB committed rate instead of ever touching list pricing, turning what would otherwise be the most expensive scenario into the most cost-efficient one.
How to Benchmark a CDN Before You Sign a Contract
List prices on a vendor’s own pricing page, including Fastly’s published pricing tiers, are a starting point for budgeting, not a substitute for running your own traffic through a provider before signing a multi-year contract. A studio evaluating a new CDN should pull actual patch files, not synthetic test files, and request them from multiple regions using the same client network conditions its real player base experiences, including mobile carrier networks and residential broadband in the regions where the game sells best.
Three measurements matter more than a single average latency number: time-to-first-byte from a cold cache, sustained throughput once a large file is mid-download, and cache-hit ratio under a simulated traffic spike. A provider that looks competitive on steady-state latency can still fall over on the second metric if its origin shield configuration is weak, which is exactly the failure mode that published benchmarks rarely capture. Running a controlled load test against a staging zone on each candidate CDN, using a tool that can simulate thousands of concurrent downloaders hitting the same file at once, is the only way to see that failure mode before it happens during a real launch.
Budget two to three weeks for this evaluation process if you are comparing more than two providers, since each one needs its own DNS zone, cache rules, and at least one simulated traffic spike to produce comparable data. Rushing this step to save time before a launch date is one of the more common reasons studios discover a provider’s limitations in production instead of in a test environment.
Migration Guide: Moving a Game’s CDN Without Downtime
Switching CDN providers mid-live-service is routine, but doing it without breaking active downloads takes a deliberate sequence. Here is the process studios use to move patch delivery from one provider to another without a service interruption.
- Audit current traffic patterns for at least one full patch cycle, including peak concurrent downloads, regional traffic split, and average file size, before requesting quotes from a new provider.
- Request a trial or sandbox zone on the target CDN and mirror a subset of patch files there without changing DNS, so you can benchmark real-world latency and cache-hit ratio against your current provider.
- Set a short DNS TTL (300 seconds or less) on the CDN hostname at least 48 hours before the planned cutover, so the eventual switch propagates quickly.
- Configure origin shield and cache rules on the new provider to match or improve on your current cache-hit ratio before sending any production traffic.
- Run a canary cutover: route a small percentage of regional traffic (5-10%) to the new provider using weighted DNS or a feature flag in your launcher, and monitor error rates and download completion times for 24-48 hours.
- Pre-warm the new CDN’s edge caches with your most-requested files, particularly the current patch and base client, before scaling traffic beyond the canary group.
- Scale traffic to the new provider in stages (25%, 50%, 100%) rather than an instant full cutover, watching bandwidth cost dashboards in parallel with performance metrics.
- Keep the old CDN contract active in a reduced-capacity or pay-as-you-go state for one full billing cycle as a rollback path before formally canceling it.
A typical cache invalidation call during this process looks like the example below, which purges a specific patch build from edge caches so the new version replaces it immediately rather than waiting out a normal TTL.
curl -X POST "https://api.example-cdn.com/v1/zones/{zone_id}/purge_cache" \
-H "Authorization: Bearer $CDN_API_TOKEN" \
-H "Content-Type: application/json" \
--data '{
"files": [
"https://patches.yourgame.com/build/4.2.1/client-win64.pak",
"https://patches.yourgame.com/build/4.2.1/manifest.json"
]
}'Every major CDN in this comparison (Cloudflare, BunnyCDN, and Fastly) exposes an equivalent purge API; the endpoint path and auth header format differ, but the underlying pattern of targeted, file-level purge during a migration is identical across providers.
Pros and Cons of Each Provider
Cloudflare
- Pros: Free tier removes entry cost entirely for small studios; bundled DDoS protection and DNS reduce the number of vendors to manage; network spans hundreds of cities across 100+ countries.
- Cons: Bandwidth pricing for large binary delivery is not transparently published per-GB; enterprise negotiation is required once traffic outgrows the free and Pro plans; no dedicated game-delivery product line.
BunnyCDN
- Pros: Cheapest list price at 5 TB in this comparison ($50 versus $425+ for CloudFront and $600+ for Fastly); purpose-built Game Delivery and Software Distribution products; no annual lock-in; transparent published per-GB pricing by region and volume tier.
- Cons: Volume network runs on only 10 PoPs versus 119 on the standard network, a tradeoff for latency-sensitive global launches; smaller overall company and support footprint than Cloudflare or Fastly; no free tier (though the $1/month minimum is nominal).
Fastly
- Pros: Compute gives teams real programmable logic at the edge, useful for studios that want custom request routing or A/B-tested patch rollouts; strong track record with high-traffic dynamic content, not just static files.
- Cons: Highest per-terabyte list price in this comparison at roughly $120/TB; no public self-serve free tier for production workloads; enterprise contracts typically involve more sales-cycle overhead before pricing is finalized.
Use Case Recommendations: Which CDN Fits Which Studio
- Solo and small indie teams shipping under 25 TB a month: Cloudflare’s free tier or BunnyCDN’s pay-as-you-go standard network, depending on whether you already need Cloudflare’s bundled DNS and security tooling.
- Mid-size studios running a single live-service title with predictable weekly patches: BunnyCDN’s standard network for its transparent per-region pricing and no-lock-in terms, unless your player base is concentrated enough to justify the volume network’s 10-PoP tradeoff.
- Large publishers launching a single global AAA title with a hard release date: A hyperscaler CDN (CloudFront or equivalent) with a pre-negotiated committed-use discount, specifically because the surge-capacity and PoP density matter more than list price at launch scale.
- Studios that need custom edge logic, like per-region content gating or dynamic manifest generation: Fastly’s Compute, where the premium over BunnyCDN’s list price buys programmability that a pure cache layer cannot offer.
- Mobile-first studios with an APAC-heavy player base: Model BunnyCDN’s regional tiers explicitly ($0.03/GB Asia/Oceania versus $0.01/GB EU/NA) before committing, since a North America-centric cost estimate will understate the real bill.
- Studios already paying for Cloudflare’s security stack (WAF, bot management, DDoS): Keep patch delivery on Cloudflare only if bandwidth costs stay competitive at your volume; otherwise split traffic, using Cloudflare for security-sensitive endpoints and a volume CDN for raw patch file delivery.
Common Mistakes Studios Make With Game CDN Contracts
The most frequent and expensive mistake is signing a CDN contract based on beta-test traffic volume and never revisiting it before a launch that performs better than expected. A title that goes from 50,000 beta testers to 2 million day-one players can blow past a negotiated committed-use tier and fall back to list-rate overage pricing, which, as shown above, can be 10-40x more expensive per terabyte.
The second common mistake is ignoring regional pricing tiers when modeling cost. A studio that assumes a flat global rate because its home market is North America or Europe will be surprised by the real bill once Asia-Pacific or Latin American traffic, which carries a 3-6x markup on several providers’ rate cards, enters the mix in meaningful volume.
The third mistake is treating origin shield and cache-hit ratio as a configuration afterthought instead of the primary lever for cost control. A CDN serving 95% of requests from cache versus 80% from cache can mean the difference between a manageable origin bill and an origin server that falls over during a launch window, regardless of which CDN brand is on the invoice.
Finally, studios frequently skip a pre-launch load test against the actual CDN configuration they intend to use on day one, instead testing against a staging environment that does not mirror production cache rules. A migration or launch rehearsal that only tests application servers and never stresses the CDN layer leaves exactly the component most likely to be the bottleneck unverified.
The Verdict: Which CDN Wins for Game Patch Delivery
There is no single winner across every studio size, but the data points to clear defaults. For cost per terabyte alone, BunnyCDN wins decisively: roughly $10/TB on its standard network at 5 TB of traffic, against approximately $85/TB for CloudFront and $120/TB for Fastly at the same volume, a spread of 8.5x and 12x respectively, while posting the lowest measured global median latency (24 ms) of the six providers benchmarked on its own pricing page. For studios whose primary cost driver is raw patch and build delivery, that combination of lowest price and competitive latency is hard to beat on paper.
Cloudflare wins for studios that want to consolidate CDN, DNS, DDoS protection, and basic edge compute under one free-to-start account, particularly smaller teams that have not yet reached the traffic volume where per-GB pricing dominates the decision. Fastly wins specifically for teams that need programmable edge logic alongside delivery and are willing to pay a premium for it; the roughly 12x list-price gap versus BunnyCDN only makes sense if Compute@Edge is solving a real engineering problem, not just serving static patch files.
The broader lesson from this comparison is that CDN selection for game delivery is a cost-engineering problem disguised as a vendor choice. The 12x gap between the cheapest and most expensive provider at identical traffic volume is larger than almost any optimization a game’s engineering team could achieve by tuning compression or build size, which makes the CDN contract itself one of the highest-leverage decisions a live-service studio makes all year.
Frequently Asked Questions
Which CDN is cheapest for game patch delivery in 2026?
Based on published 5 TB pricing for Europe and North America, BunnyCDN is the cheapest of the providers compared here at roughly $10 per terabyte, against approximately $85 per terabyte for Amazon CloudFront and $120 per terabyte for Fastly, according to figures published on bunny.net’s own pricing page.
Can I use Cloudflare’s free plan to deliver game patches?
Yes, for small-scale or indie distribution, Cloudflare’s free plan supports unmetered proxied HTTP/HTTPS traffic. As traffic volume and file sizes grow toward live-service scale, most studios move to a paid plan or negotiate enterprise bandwidth pricing with Cloudflare directly.
How much does it cost to deliver a 100 TB monthly patch workload?
Industry 2026 CDN cost modeling places a mid-tier online game pushing 100 TB per month in the $3,000-$8,000 range depending on provider and commitment tier. At BunnyCDN’s volume-network rate, the same 100 TB costs closer to $500 per month; at an uncommitted hyperscaler list rate, it can run closer to $8,500.
What is the difference between BunnyCDN’s standard and volume networks?
The standard network runs on 119 points of presence with regional pricing that ranges from $0.01/GB in Europe and North America up to $0.06/GB in the Middle East and Africa. The volume network collapses pricing into a single global flat rate starting at $0.005/GB but routes traffic through only 10 points of presence, which can increase latency for geographically dispersed player bases.
Does Fastly offer a free tier for indie game developers?
Fastly does not publish a standing self-serve free tier comparable to Cloudflare’s free plan for production workloads. Most small studios evaluating Fastly go through a sales-assisted trial rather than a self-serve signup.
Why does launch-day traffic cost so much more than steady-state traffic?
Launch-day traffic compresses months of expected downloads into a few hours, which triggers cache-miss storms at CDN edge nodes and pushes more requests back to origin servers. Providers that charge uncommitted list-rate pricing for that burst, rather than a pre-negotiated committed-use rate, can see costs run 10-40x higher than the same total traffic spread out over a normal patch cycle.
Should a studio use more than one CDN at the same time?
Multi-CDN setups are increasingly common for large live-service titles, splitting traffic by region or using one provider as a failover for another. The tradeoff is added operational complexity in cache invalidation and monitoring, which is why most mid-size studios stay on a single provider until traffic volume or reliability requirements justify the extra engineering overhead.
How far in advance should a studio pre-warm CDN caches before a launch?
Most CDN providers recommend pre-positioning launch-day files at edge locations at least 24-48 hours ahead of the scheduled unlock time, giving the network time to populate caches across all relevant regions before the traffic spike hits, rather than relying on first-request cache fills during the actual launch window.
