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Benchmarks

Benchmark results and built-in features of TurboGo

TurboGo is a high-performance, modular Go web framework built for speed, simplicity, and extensibility.


⚠️ Benchmarked on Windows amd64, Ryzen 5 5600H, Go 1.24. The test was run 3 times consecutively, and the result displayed corresponds to the final iteration.

Average Latency

Requests per second chart
FrameworkLatency
TurboGo 🌀167μs
Echo230μs
Gin225μs
Fiber376μs

⏱️ TurboGo consistently delivers the lowest response times, making it an excellent choice for building ultra-fast and responsive APIs.


Concurrency Performance

Requests per second chart
ConcurrencyTurboGo 🌀FiberGinEcho
19,705.709,751.308,810.408,929.20
525,590.3025,037.6022,313.5022,306.80
1048,028.7041,602.6038,309.9037,462.70
2537,778.7036,641.8034,648.2034,330.50
5048,124.7045,156.7043,090.5040,960.80

⚙️ TurboGo delivers high and consistent performance across all concurrency levels. It leads at 10 and 50 concurrent requests with 48k+ req/sec, proving its scalability.


Requests Per Second (RPS)

Requests per second chart
FrameworkRequests/sec
TurboGo 🌀48,124.70
Echo40,960.80
Gin43,090.50
Fiber45,156.70

📊 TurboGo handles high traffic efficiently, maintaining stability and outperforming other frameworks in throughput.


Built-in Features

TurboGo ships with powerful built-in systems to accelerate backend development:

  • Routing Engine – middleware-first with handler chaining
  • Custom Context – fast and lightweight with DI support
  • Persistent Queue – task queue system with memory & file support
  • Pub/Sub System – event-based communication out of the box
  • Caching Layer – in-memory and file-based cache with TTL
  • CLI Generator – project scaffolding via turbogo new
  • Structured Logger – no external dependency required

Stay Connected

Follow development or contribute on GitHub. Be a part of TurboGo’s journey to becoming a next-gen Go backend framework.