Neon DB vs OVHcloud

Neon and OVHcloud serve fundamentally different infrastructure requirements. Neon operates as a specialized, serverless Postgres platform, capping its cost at $69.00/mo for 224 GB of RAM, though it provides a minimal 0.5 GB to 50 GB of storage. Conversely, OVHcloud acts as a traditional bare-metal and VPS provider, scaling from $8.98/mo up to a massive $36178.80/mo. While Neon is built for query-heavy database tasks, OVHcloud provides raw access to heavy-duty hardware, including instances with up to 1920 GB of RAM and similarly large disk allocations, which competes directly with the high-end offerings from AWS or Hetzner.

• OVHcloud is significantly cheaper for high-volume data egress, charging only $0.01/GB for overages compared to Neon’s $0.10/GB rate.
• Storage costs are more favorable on OVHcloud at $0.10/GB for overages, whereas scaling storage on Neon incurs a hefty $0.35/GB penalty.
• Neon includes only 5 GB of egress by default, which is restrictive for public-facing applications compared to the 1000 GB baseline provided by OVHcloud.
• OVHcloud’s hardware portfolio allows for massive local storage and RAM density, while Neon’s architecture is optimized for ephemeral, compute-separated database workloads.

Choosing between these two depends on whether you need a managed database engine or raw processing power. If your application relies on high-frequency Postgres transactions and benefits from instant branching, the higher storage and egress costs of Neon are often offset by the reduction in database administration labor. If you are deploying large-scale container clusters or massive datasets that require predictable disk and network throughput, OVHcloud’s commodity pricing on bandwidth and storage provides a much lower cost floor. The decision usually comes down to whether you prefer paying for a managed service layer or managing the underlying Linux kernel and network stack yourself.