Audio Formats for Telephony: 8 kHz, G.711 μ-law and A-law Explained
Why telephony systems rely on 8 kHz and G.711. A technical guide to μ-law vs. A-law and how correct audio formatting maximizes Voice AI accuracy.
Guides, insight and deployment experience in Vietnamese voice AI.
Why telephony systems rely on 8 kHz and G.711. A technical guide to μ-law vs. A-law and how correct audio formatting maximizes Voice AI accuracy.
Traditional audio production is slow and expensive. Learn how AIVISION's AI voices streamline Vietnamese course creation with high accuracy and speed.
Learn why low latency is critical for voicebots. Explore streaming TTS mechanics, technical challenges, and strategies to reduce response time for better UX.
Discover how to streamline the production of Vietnamese audiobooks and podcasts using AI. This guide covers scripting, voice selection, post-production, and distribution strategies.
Learn how to select natural AI voices for IVR systems to boost customer satisfaction. Explore key criteria for prosody, pacing, and accuracy.
Learn how AIVISION solves the TTS code-switching problem, ensuring natural pronunciation of English terms within Vietnamese audio for business apps.
Modern AI can clone voices from 20 seconds of audio, transforming marketing and education. This guide details the business opportunities and the critical ethical responsibilities required for safe deployment.
Learn how modern AI voices achieve naturalness in Vietnamese by mastering tonal accuracy and code-switching, and explore the core tech enabling low-latency enterprise applications.