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ConfigsJun 1, 2026·2 min de lecture

RenderDoc — Open-Source Graphics Debugging and Frame Analysis Tool

A stand-alone graphics debugger for capturing and inspecting GPU frames from Vulkan, D3D, and OpenGL applications.

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Surface agent
Tout agent MCP/CLI
Type
Skill
Installation
Single
Confiance
Confiance : Established
Point d'entrée
RenderDoc Overview
Commande d'installation directe
npx -y tokrepo@latest install 8ed5f31f-5d94-11f1-9bc6-00163e2b0d79 --target codex

À exécuter après confirmation du plan en dry-run.

Introduction

RenderDoc is a free, open-source graphics debugger for Vulkan, Direct3D 11/12, OpenGL, and OpenGL ES. It captures individual frames from running applications and lets you inspect every draw call, texture, shader, and pipeline state in detail.

What RenderDoc Does

  • Captures GPU frames from any supported graphics API
  • Displays the full draw-call timeline with resource state at each step
  • Lets you inspect and edit shaders live to test fixes
  • Visualizes textures, buffers, and render targets at every pipeline stage
  • Supports remote capture from Android devices and remote hosts

Architecture Overview

RenderDoc injects a capture layer into the target application at launch. This layer intercepts all graphics API calls, serializing them into a portable capture file (.rdc). The desktop UI then replays the capture on the host GPU, reconstructing the full pipeline state for every event.

Self-Hosting & Configuration

  • Prebuilt binaries available for Windows and Linux from GitHub releases
  • Build from source with CMake; requires Qt for the GUI and Python for scripting
  • Android capture requires the RenderDoc replay server APK sideloaded onto the device
  • Remote capture works over TCP between host and target machines
  • Python scripting API allows automation of capture analysis workflows

Key Features

  • Pixel history shows every draw that touched a given pixel
  • Mesh viewer renders geometry at each draw call stage
  • Shader debugger steps through HLSL, GLSL, and SPIR-V line by line
  • Performance counters overlay for GPU timing analysis
  • Cross-platform capture and replay across Windows, Linux, and Android

Comparison with Similar Tools

  • NVIDIA Nsight — NVIDIA-only; RenderDoc works on any GPU vendor
  • PIX — Windows and Xbox only; RenderDoc covers Linux and Android
  • Intel GPA — Intel-focused; RenderDoc is vendor-agnostic
  • apitrace — traces OpenGL calls to a log; RenderDoc provides full state inspection
  • Xcode GPU Debugger — Apple platforms only; RenderDoc targets Vulkan and D3D

FAQ

Q: Can I use RenderDoc with Unreal or Unity? A: Yes. Both engines support RenderDoc integration for frame capture.

Q: Does it work on macOS? A: macOS support is limited since Apple does not expose Vulkan or D3D APIs natively.

Q: Can I automate capture analysis? A: Yes. RenderDoc exposes a Python scripting API for batch analysis.

Q: Is there a performance overhead when capturing? A: Minimal. The capture layer adds slight overhead only when a frame capture is triggered.

Sources

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