tencent cloud

Tencent Cloud AI Digital Human

Product Overview
Overview
Product Features
Product Advantage
Purchase Guide
Pricing Guide
Purchase Guide
Process for Purchasing with Vouchers
Refund Instructions
Introduction of Avatar
Introduction to Image Categories
Basic Image Library
Guide on Avatar and Voice Clone
Digital Human Platform Operation Guide
Accessing Platform
Avatar Production and Asset Management
Digital Human Conversation Interaction Application and Management
Broadcast Digital Human Video Generation and Management
Operations Management and Analysis
Server API Integration
Digital Human API Access Mode Overview
Avatar aPaas API Calling Methods
Avatar Image Customization and Voice Clone API Documentation
Video Generation Service API Documentation
Interactive Digital Human Service API Documentation
Personal Asset Management API Documentation
Client SDK Integration
Overall Introduction
3D Client-Side Rendering SDK Integration
2D Client-Side Rendering SDK Integration
Digital Human SSML Markup Language Specification
Related Agreement
Privacy Policy
DSA (Data Sharing Agreement)
FAQs

Session Interactive Access Solution Overview

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Last updated: 2025-11-05 10:46:13
Digital Human session interaction access solution is divided into two forms: cloud rendering and endpoint rendering.
Cloud Rendering
Transmit the digital human's model, motion, and scenario data to a remote server cluster. The cloud-based high-performance computing resource (such as GPU clusters) performs rendering computation, then real-time transmits the generated audio and video stream (or image sequence) to user terminals (e.g., mobile phones, computers, VR devices). The core concept is "compute in the cloud, display on the terminal."
Endpoint Rendering
client-side rendering is a technical solution that deploys the digital human model, resources, and rendering engine directly on the user's local device (such as a PC, mobile phone, or smart hardware). It uses the device's own CPU/GPU to complete rendering computation and displays it locally in real time. Its core principle is "computation and display both occur on the terminal."


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