🎙️ Voice AI only feels natural when conversation keeps pace with speech. Here’s how we rebuilt our...
TL;DR · AI Summary
OpenAI 重构 WebRTC 栈，采用轻量中继与有状态转码器，显著降低语音 AI 实时延迟，支撑 ChatGPT 语音与 Realtime API 的自然对话体验。
Key Takeaways
- 语音 AI 的自然感核心在于端到端延迟匹配人类语速节奏
- WebRTC 栈改造聚焦‘薄中继+有状态 transceiver’架构以减少处理跳数
- 该优化已落地于 ChatGPT 语音交互与 Realtime API 生产环境
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- OpenAI 低延迟语音架构
- 核心目标
- 对话节奏匹配人类语速
- 关键技术
- 薄中继
- 有状态 transceiver
- 应用场景
- ChatGPT 语音
- Realtime API
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🎙️ Voice AI only feels natural when conversation keeps pace with speech.
rebuilt our WebRTC stack with a thin relay and stateful transceiver
to keep real-time media fast for ChatGPT voice, the Realtime API, and more
Here’s how we rebuilt our WebRTC stack with a thin relay and stateful transceiver to keep real-time media fast for ChatGPT voice, the Realtime API, and more.
https://t.co/JEvs2PmsmC" / X
OpenAI Developers on X: "🎙️ Voice AI only feels natural when conversation keeps pace with speech. Here’s how we rebuilt our WebRTC stack with a thin relay and stateful transceiver to keep real-time media fast for ChatGPT voice, the Realtime API, and more. https://t.co/JEvs2PmsmC" / X
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Voice AI only feels natural when conversation keeps pace with speech. Here’s how we rebuilt our WebRTC stack with a thin relay and stateful transceiver to keep real-time media fast for ChatGPT voice, the Realtime API, and more.
How OpenAI delivers low-latency voice AI at scale
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