Key Highlights

• Cloudflare boasts a presence in over 330 cities spanning more than 120 countries with unlimited free bandwidth. In contrast, CloudFront operates over 700 PoPs, of which more than 1,140 are embedded within ISP networks, on its pay-as-you-go structure beginning at $0.085.In January 2026, providers revised the data transfer rates for CloudFront in Asia Pacific upwards by about 17% from $0.120/GB to $0.140/GB. Meanwhile, Cloudflare introduced Argo Smart Routing in its paid plans. Real-world tests on the Cox Communications network indicated that Cloudflare was able to achieve 95th percentile time-to-first-byte of 332.6ms as compared to CloudFront at 404.4ms, thus demonstrating a gap of 20%.CloudFront’s major structural advantage of lacking data transfer costs from S3, EC2, or ELB origins only applies to native AWS architecture and becomes invalid in case the origin is outside AWS.

Most Cloudflare-compared-with-CloudFront articles simply state that one is a CDN and the other is also a CDN and proceed with pricing specifications without explaining why. The main differences, involve much more complex issues such as understanding how each platform does the pricing of data transfer and the location of the networks in question as per ISPs.

1. Points of Presence: Fewer Cities, More ISP-Embedded Nodes

Operating over a single Anycast network, Cloudflare has more than 330 cities in around 120 different countries. As for CloudFront, there are over 700 PoPs operating globally. What's more surprising is that there are over 1,140 embedded PoPs, directly inside ISP networks. This showcases the difference in where the "edge" exists, as opposed to how many edges exist.

2. Real-World Latency: The Gap Shows Up Under Load

Laboratory tests show that Cloudflare has a cached TTFB that lies between 28-40ms, while for CloudFront it lies between 35-42ms. The difference widens under more realistic network conditions; tests conducted using Cox Communications’ network show a TTFB of 332.6ms in the 95th percentile for Cloudflare and 404.4ms for CloudFront, giving a difference of around 20% that carries throughout the entire load of the related page.

3. Data Transfer Pricing: Unmetered vs. Metered, and the Regional Catch

Cloudflare provides unmetered bandwidth for all plans, while CloudFront charges by GB, starting from $0.085/GB in the USA and EU, but varies globally; in Asia-Pacific regions, the price is $0.140/GB as of January 2026. A workload serving heavy APAC traffic pays a meaningfully different CloudFront bill than one serving the same volume in North America; Cloudflare's flat rate doesn't have that regional variable at all.

4. Free Tier Depth: Unlimited Bandwidth vs. Capped Allowances

CloudFront's perpetual free tier includes 1TB of data transfer, 10 million requests, and 2 million CloudFront Functions invocations monthly. Cloudflare's free tier includes unlimited bandwidth, full DDoS mitigation, and basic WAF rules, with no bandwidth cap at all. For a low-request, high-bandwidth workload (video, large file distribution), that structural difference matters more than the headline "both have a free tier" framing suggests.

5. WAF Pricing: Bundled Flat Fee vs. Rule-Count Tiers

Cloudflare bundles its managed WAF rulesets into the plan price itself: free, $20/month Pro, $200/month Business, no per-request charge. CloudFront's flat-rate plans bundle a rule allowance instead: 5 rules free, 25 rules on Pro (15/month),50onBusiness(200/month), 75 on Premium ($1,000/month). A team needing more rules than their tier allows pays overage; Cloudflare's model doesn't create that ceiling.

6. The AWS-Native Cost Advantage CloudFront Actually Has

CloudFront's strongest cost case is specific and often overstated in comparisons: zero data transfer charges between AWS origins (S3, EC2, Elastic Load Balancers) and CloudFront itself. For an architecture already fully inside AWS, that eliminates an entire cost category Cloudflare can't match, since Cloudflare has no equivalent "same-network" discount with AWS as the origin. The moment the origin sits outside AWS, this advantage disappears completely.

7. Edge Compute Pricing: Functions, Workers, and Lambda@Edge

CloudFront Functions run $0.10 per million invocations for lightweight logic; Lambda@Edge costs $0.60 per million invocations plus compute time, and real-world testing has shown Lambda@Edge's 95th-percentile latency running as high as 216ms, materially slower than the CDN's base caching performance. Cloudflare Workers, by contrast, include 100,000 free requests/day even on the free tier, a meaningfully more generous starting point for edge logic experimentation.

8. Network Capacity at Scale

Cloudflare's stated network capacity sits at 449 Tbps. CloudFront's publicly recorded peak, set during a major game release in late 2025, hit 268 Tbps. Both numbers represent genuinely massive scale, but the gap is real and worth knowing if peak-capacity headroom factors into your platform decision.

9. Pricing Philosophy: Flat-Rate Convergence, Recently

Historically, this was the clearest differentiator: Cloudflare's flat subscription versus CloudFront's pure consumption billing. That gap narrowed in 2025-2026, when AWS introduced flat-rate CloudFront plans (0-1,000/month, no overages) specifically to compete with Cloudflare's pricing simplicity. The two platforms now overlap more on list price than they did two years ago- list price, not necessarily what buyers actually pay.

10. What Buyers Actually Pay, Not What's Listed

Deal-flow data shows a real gap between list price and negotiated reality: Cloudflare's median annual spend sits around $350/year against CloudFront's $1,100/year median, roughly 68% lower at median deal size. That's not the same as the plan-tier comparison in point 9; it's what companies are actually paying after negotiation, and it's worth checking against your own contract before assuming list price reflects reality either way.

Where This Fits Into the Bigger Picture

These ten differences answer "which CDN," not "what does running AWS and Cloudflare together actually cost you." That's a broader question covering egress from your origin, redundant security tooling, and cross-platform billing reconciliation; the full AWS vs Cloudflare cost and performance comparison covers that wider picture if CloudFront is one piece of a larger multi-provider decision rather than a standalone CDN choice.

The Bottom Line

Cloudflare tends to win on cost predictability, unmetered bandwidth, and real-world latency for non-AWS-native architectures. CloudFront tends to win when your origin already lives inside AWS, where the zero-transfer-cost advantage and native service integration outweigh the latency gap for most production workloads. Neither answer is universal; it depends entirely on where your origin sits.

Want to see what your actual CDN and origin costs look like side by side? Book a 30-minute demo and see how Opsolute tracks AWS spend, including the CDN and egress costs most comparisons leave out.