voice-engine
| Crates.io | voice-engine |
| lib.rs | voice-engine |
| version | 0.3.31 |
| created_at | 2025-11-26 08:42:51.144071+00 |
| updated_at | 2025-12-31 08:55:44.808569+00 |
| description | A voip voice processing engine in Rust |
| homepage | |
| repository | https://github.com/restsend/voice-engine |
| max_upload_size | |
| id | 1951129 |
| size | 5,825,127 |
jinti (shenjinti)
documentation
README
Voice Engine (Deprecated)
Note: This project has been merged into active-call. This repository is no longer maintained.
A robust media processing library for Rust, designed for building voice applications.
Features
- Codecs: Support for G.711 (PCMA/PCMU), G.722, G.729, and Opus.
- Media Processing: Includes Jitter Buffer, Resampling, and DTMF handling.
- Voice Activity Detection (VAD): Integrated Silero VAD and Ten VAD. Both are pure Rust implementations without
onnxruntimedependency, offering superior performance. - Noise Reduction: Built-in denoiser.
- Speech Services:
- ASR: Aliyun, Tencent.
- TTS: Aliyun, Deepgram, Tencent.
- Transport: RTP and WebRTC support.
Usage
This library is intended to be used as a component in voice applications like rustpbx.
Performance
We have optimized the VAD engines to achieve state-of-the-art performance in pure Rust, significantly outperforming ONNX Runtime.
Benchmark Environment: macOS, Apple Silicon (Single Core), 60s 16kHz Audio
| VAD Engine | Implementation | Time (60s) | FPS | RTF (Real Time Factor) | Note |
|---|---|---|---|---|---|
| TinyTen | Rust (Hand-opt) | ~31.5 ms | ~59,600 | ~1900x | Extremely lightweight |
| TinySilero | Rust (Optimized) | ~76.4 ms | ~24,500 | ~785x | >2x faster than ONNX |
| ONNX Ten | ONNX Runtime | ~99.6 ms | ~37,600 | ~760x | |
| ONNX Silero | ONNX Runtime | ~158.3 ms | ~11,800 | ~380x | Standard baseline |
| WebRTC VAD | C/C++ (Bind) | ~3.1 ms | ~960,000 | ~20,000x | Legacy, less accurate |
Note: The Rust implementations are fully specialized for the specific model architectures, using techniques like loop unrolling and unsafe pointer arithmetic to eliminate overhead.