May 19, 2026 - Android includes some on-device developer options that help you visualize where your app might be running into issues rendering its UI, such as performing more rendering work than necessary, or executing long thread and GPU operations. This page describes how to debug GPU overdraw and profile GPU rendering.

A single tool that will help you profile graphics on Android across several GPUs: Qualcomm® Adreno™, Arm® Mali™, and Imagination® PowerVR™. Vulkan and OpenGL ES APIs are both supported.

May 19, 2026 - The Profile GPU Rendering tool indicates the relative time that each stage of the rendering pipeline takes to render the previous frame.

August 30, 2023 - Once trace app is selected, it’ll launch the application, just like how Android Studio does for Memory debugging, then you can navigate to the section of app you want to trace/profile. Currently we are Capturing FrameBuffer Data, so we toggle it from tool bar, when clicked capture we can navigate to our captured frame from the frame tree in left, With this we can now trace our GL calls step by step, ... No matter which method you use, GPU profiling can be a helpful tool for making your Android apps faster.

April 30, 2026 - Analyze the impact your game has on Android devices by using this powerful graphics profiler, so you can identify performance issues and areas to optimize. ... Perform system-wide tracing and analysis to gain insight into the resources used by your game and system services, such as GPU, CPU, memory, battery, and GPU counters.

Android Studio and your device provide profiling tools to record and visualize the rendering, compute, memory, and battery performance of your app. In this practical, you use the Profile GPU Rendering tool on your device to visualize how long it takes an app to draw frames to the screen.

With Android GPU Inspector (AGI), you can profile a specific frame of your Android app and use it to perform an in-depth analysis of the app's GPU usage.

May 19, 2026 - Android GPU Inspector's System Profiler performs comprehensive system profiling, offering extensive tracing options and GPU performance measurements for Android apps, combining capabilities of other tools with deeper GPU analysis.

May 19, 2026 - Learn how to perform system and frame profiling on your Android app using Android GPU Inspector (AGI), covering setup, requirements, and capture steps.

In this enlarged image of the Profile GPU Rending graph you can see the colored sections of the graph, and what phase of the rendering pipeline each color represents. The green line represents 16 milliseconds. To achieve 60 frames per second, the vertical bar for each frame needs to stay below this 16 ms mark. Any time a bar pushes above this line, there may be pauses in the animations. Each bar has a blue, purple (only for Android version 4.0 and higher), red, and orange component.

Learn more and get the public beta release in the APA docs. Android GPU Inspector (AGI) can sample GPU performance counters from Arm® Mali™, Imagination® PowerVR™, and Qualcomm® Adreno™ GPUs.

Android GPU Inspector is a single tool that will help developers profile and debug graphics on Android across multiple GPU architectures like Qualcomm Adreno and ARM Mali. Developers can look deeply into their application's GPU workloads and ...

The answer comes from another GPU profiling tool provided by Google. In this case, it is the “GPU Overdraw” tool. And it turns any view that is excessively overdrawn a reddish pink color. Now look at the results running the news magazine app. And the root cause for overdraw is usually an overly deep view hierarchy. This theory is confirmed by running a View Hierarchy Dump of this app from Android Studio DDMS.

This document describes the components and functionalities of the System Profiler UI in Android GPU Inspector (AGI) for analyzing system profiles and profiling data, detailing GPU tracks and interaction methods.

4 weeks ago - Samsung SARC developed Sokatoa, an open-source Android GPU profiler, on top of LunarG’s GFXReconstruct to deliver real-time, multi-frame visibility into GPU behavior across diverse devices and workloads.

ovrgpuprofiler -i shows if detailed GPU profiling mode is enabled, and ovrgpuprofiler -d disables it. In addition, apps being used with ovrgpuprofiler must have the <uses-permission android:name="android.permission.INTERNET" /> permission in their manifest. Note: Detailed GPU profiling incurs an approximately 10% overhead in GPU rendering times.

To capture a GPU trace from an APK, follow these steps: · Open an Android Studio project

March 31, 2026 - Master advanced GPU profiling techniques for Android games using AGI, RenderDoc, shader optimization, and live monitoring to boost performance and reliability.