Building a High-Performance Database Engine in C# for Game Servers and Real-Time Simulations
By
vyrotek
1mo ago· 10 min readenInsight
100/100
Golden Brown
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Crackling crust, pillowy middle. The kind of bagel that earns a second cup of coffee.
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Summary
The article explains why the author chose C# to build Typhon, a high-performance embedded database engine for game servers and real-time simulations. It challenges the conventional wisdom that only C, C++, or Rust can deliver the required performance, detailing how modern C# with .NET features like Span<T>, ref structs, and memory management optimizations can achieve sub-microsecond latency with ACID compliance and MVCC snapshot isolation. The author discusses specific architectural decisions, performance trade-offs, and how Typhon's design aligns with the entity-component-system pattern used in game development.
Key quotes
· 3 pulledTyphon is an embedded, persistent, ACID database engine written in .NET that speaks the native language of game servers and real-time simulations: entities, components, and systems.
Everyone says you need C, C++, or Rust for a high-performance database engine. I chose C# — here's why that's not as crazy as it sounds.
It delivers full transactional safety with MVCC snapshot isolation at sub-microsecond latency, powered by cache-line-aware storage, zero-copy access, and configurable durability.
Everyone says you need C, C++, or Rust for a high-performance database engine. I chose C# — here’s why that’s not as crazy as it sounds.
