Neon Postgres vs. Supabase
Neon and Supabase are modern database platforms for developers, offering scalable solutions with unique features. Neon is serverless with automatic scaling, while Supabase is an open-source Firebase alternative for PostgreSQL backends.
Read original articleNeon and Supabase are two modern database platforms designed to cater to developers' needs for building scalable applications. Neon is a serverless database inspired by Amazon Aurora, featuring a unique architecture that separates compute and storage, allowing for automatic scaling and a history of PostgreSQL transactions. It offers features like database branching, passwordless authentication, and extensive connection pooling, making it suitable for developers seeking a straightforward setup. Supabase, on the other hand, is an open-source alternative to Firebase, providing a comprehensive suite of tools for creating secure PostgreSQL backends with minimal configuration. It includes functionalities such as real-time databases, authentication, and storage solutions, appealing to developers who require flexibility and control over their applications. The article compares both platforms across various aspects, including connection methods, architecture, integrations, and security features, helping developers choose the right database for their specific project needs. Neon emphasizes a stateless compute model and efficient resource management, while Supabase focuses on leveraging open-source tools and providing a user-friendly experience.
- Neon is a serverless database platform with automatic scaling and PostgreSQL transaction history.
- Supabase is an open-source alternative to Firebase, offering a suite of tools for PostgreSQL backends.
- Both platforms provide robust connection methods and security features tailored for developers.
- The comparison aids developers in selecting the appropriate database based on their project requirements.
- Neon and Supabase support various integrations with popular tools and services for enhanced functionality.
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I was under the impression for quite some time that it wasn't that bad to have 2-3ms latencies compared to a co-located DB which is typically <1ms. However, we recently switched from Neon to a colocated, managed db and there was a huge improvement. Some of our queries were executing sequentially (due to our ORM, Prisma), and so what was a 3 second transaction was reduced to only 1 second. Yes this could be rearchitected better, but it illustrates a major floor in my mind for these companies providing only a DB.
Managed vs. unmanaged is a massive difference and would be worth it. But these days I was under the impression most hosting companies also offer managed DBs.
If it's AWS hosted for example it can range from a t2 (low end) to c7a (high end) and have huge performance impacts. How will this change over time?
It's weird that pricing is based on CPU but it's never defined. And how do we compare between offerings when that much is not obvious?
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