Cloudflare vs Neon DB

Cloudflare and Neon occupy different segments of the database market. Cloudflare D1 offers a minimal entry point, scaling from $0.00 to $5.00/mo with a focus on light, distributed SQLite-based workloads. In contrast, Neon provides a traditional PostgreSQL experience that scales compute and memory based on demand, ranging from $0.00 to $69.00/mo. While Cloudflare abstracts the hardware to 1 vCPU and limited storage, Neon allows for specific allocations of up to 16 GB of RAM and 50 GB of disk, which is more typical for standard backend applications that require consistent connection pooling and ACID compliance.

• Cloudflare charges an overage fee of $0.01/GB for additional storage, whereas Neon imposes a significantly steeper $0.35/GB charge.
• Neon includes up to 16 GB of RAM for high-memory tasks, while Cloudflare’s memory footprint remains opaque and functionally capped for edge-optimized SQLite execution.
• Neon adds a $0.10/GB penalty for network egress, a cost factor that does not exist in the same way for Cloudflare’s internal edge database requests.
• Disk storage limits for Cloudflare peak at 10 GB, while Neon accommodates larger persistence needs by offering up to 50 GB of included capacity.

The choice between these platforms depends on the underlying database engine and the expected storage volume. Cloudflare is optimized for applications already living on their edge network, relying on SQLite to keep latency low. Neon functions as a drop-in replacement for standard PostgreSQL setups where developers need predictable access to memory and familiar relational features. If your application requires high-performance Postgres features like complex joins or significant storage growth, the storage overage costs on Neon are a necessary expense, whereas Cloudflare is better suited for lightweight, globally distributed state that fits within smaller disk constraints.