How to find the GPU model on an Android smartphone

Owners of modern smartphones are often interested not only in the power of the central processor, but also in the capabilities of the graphics accelerator. Graphics processor (GPU) is responsible for interface rendering, photo processing and, most importantly, for performance in heavy games. Knowing the exact model of the video chip helps you understand whether the device can handle the latest in the gaming industry or can handle high-definition video editing.

Unfortunately, Android device manufacturers do not always display this information prominently in the standard settings. Unlike on a PC, where the task manager immediately shows the graphics card model, in the mobile ecosystem the data is often hidden behind the SoC (system on a chip) label. However, there are several proven ways to obtain this information, from installing third-party software to using debugging commands.

In this guide we will analyze all the current diagnostic methods. You will learn to determine the graphics architecture, its frequencies and supported APIs, which will become an indispensable skill when choosing a gadget or optimizing its operation.

Using specialized applications for diagnostics

The easiest and most reliable way to get comprehensive information about the hardware of your smartphone is to install a profile application from the Google Play Store. Such utilities read data directly from the kernel system files, providing the user with a detailed summary without the need for superuser rights (Root).

One ​​of the leaders in this niche is the application CPU-Z. After starting the app, you need to go to the Device or SoCtab. Here you will see not only the name of the processor (for example, Snapdragon 8 Gen 2), but also a specific model of the graphics accelerator, such as Adreno 740. The application will also show the current GPU clock speed, which can change dynamically depending on the load.

Another powerful tool is considered AIDA64. This app provides more in-depth technical information, including support for various versions of OpenGL and Vulkan. To obtain data, you need to open the section Display, where the renderer (GPU), driver version and screen resolution will be indicated. Such data is critical for developers and enthusiasts testing game compatibility.

⚠️ Attention: Download diagnostic applications only from official stores (Google Play, Huawei AppGallery). Third-party APK files from dubious resources may contain malicious code masquerading as useful utilities.

There is another popular option - DevCheck Device & System Info. Its feature is the ability to monitor temperatures and loads in real time. You can run a heavy game and at the same time observe how your graphics chip behaves, whether it overheats or drops frequencies (throttling).

Viewing characteristics through developer settings

If you do not want to install additional software, you can use the built-in tools of the system. However, the standard “About phone” menu is often limited to only the name of the processor model, without detailing the graphical part. To obtain more in-depth information, you will need to activate the hidden section "For Developers".

To unlock this menu, go to Settings → About phone and find the item Build number. Quickly click on it 7 times in a row until a notification appears indicating that you have become a developer. After this, a new section will appear in the main settings menu, which is usually located in the “System” or “Advanced” category.

Inside the developer menu we are interested in the item GPU rendering profile or GPU loading. Activating these functions does not always show the model name in text, but allows you to visualize the load on the video core in the form of graphs. This is useful for understanding how efficiently a smartphone uses its graphics resources in different scenarios.

Some skins, such as MIUI from Xiaomi or ColorOS from OPPOhave their own extensions in this menu. They may display information about the graphics driver being used or the ability to force certain rendering modes to be enabled. Be careful when changing these settings, as incorrect values can lead to unstable operation of the interface.

Detailed information via computer and ADB

For users who prefer maximum accuracy and do not trust third-party applications on the phone, the ideal solution is to use the Android Debugging Bridge (ADB). This method requires connecting the smartphone to the computer via a USB cable and having a package of platform tools installed on the PC.

The first step is to enable USB debugging in the previously activated “For Developers” menu on the smartphone itself. Connect your device to your computer and open a command line (Terminal on macOS/Linux or CMD/PowerShell on Windows) in the utility folder adb. Make sure that the computer sees the device by entering the command to check the connection.

adb devices

If the serial number of your device with status appears in the list device, you can start requesting information about the schedule. The most informative command displays data about the OpenGL ES renderer, which directly points to the GPU model and driver version.

adb shell dumpsys SurfaceFlinger | grep"OpenGL ES"

In response, you will receive a line like: OpenGL ES 3.2 V@0502.0 (GIT@...) Qualcom Adreno (TM) 640. Here you can clearly see that a graphics accelerator is used Adreno 640 from the company Qualcomm. Similarly, you can get information about Vulkan support by entering the command adb shell dumpsys SurfaceFlinger | grep"Vulkan"if the device driver supports this modern API.

⚠️ Attention: When connecting your smartphone to someone else's computer for debugging, always check the debugging permission request on the phone screen. Never confirm access if you have not initiated the connection yourself to avoid data theft.

Analysis of processor and integrated graphics markings

Understanding how manufacturers mark their chipsets allows you to determine the GPU model even without running apps. The world of mobile devices is dominated by three main graphics solution architects: Qualcomm, ARM and Imagination Technologies (although the latter is less common).

Processors Snapdragon from Qualcomm always use their own series graphics accelerators Adreno. Knowing the processor model, you can accurately predict the GPU model. For example, the flagship Snapdragon 8 Gen 1 always comes with graphics Adreno 730, and the more budget Snapdragon 695 works in tandem with Adreno 619. This is a tight connection that the vendor cannot break.

In the ecosystem MediaTek (Dimensity and Helio chips), graphics from the ARM series are most often used Mali or our own development Immortalis in top models. Here the relationship is less linear, since MediaTek can vary the number of GPU cores and their frequency within the same processor model for different market segments.

Devices based on Google Tensor or Exynos from Samsung also rely on ARM solutions. The latest generations of Exynos have seen a shift to graphics Xclipsedeveloped jointly with AMD, which is a unique feature for the mobile market and provides support for ray tracing.

SoC Manufacturer	GPU Series	Example model	Features
Qualcomm	Adreno	Adreno 740	Highly optimized for games, market leader
MediaTek	Mali / Immortalis	Mali-G715	Energy efficiency, frequent use in the mid-range segment
Samsung	Xclipse / Mali	Xclipse 940	AMD RDNA architecture, Ray Tracing support
Apple	Apple GPU	5-core GPU	Proprietary architecture, only for iPhone/iPad

Interpretation of benchmark results

Simply knowing the name of the GPU is sometimes not enough. It is important to understand what real performance it produces. For this purpose, synthetic tests are used, such as 3DMark or Geekbench. These applications load the GPU with specific tasks and provide a final score that can be compared with the results of other devices.

The test 3DMark Wild Life focuses on graphics performance. If your smartphone scores less than 2000 points in this test, it means you have a rather weak GPU installed that can only handle light games at medium settings. Flagship solutions with level graphics Adreno 7xx or Immortalis-G715 score over 10,000 points.

When analyzing the results, pay attention to the stability of testing. If the performance graph drops sharply a minute after the test starts, this indicates overheating and throttling. In this case, a powerful GPU will not be able to reveal its potential in long gaming sessions, regardless of its model.

It is also worth considering the screen resolution. The same graphics chip will perform differently in benchmarks on a device with a FullHD+ screen than on a tablet with a 2K or 4K resolution. The GPU has to render more pixels, which naturally reduces the number of frames per second.

⚠️ Attention: Benchmark results may vary depending on the firmware version and ambient temperature. You should not make final conclusions about a GPU malfunction based on one test run.

Why are the results being tested?

A 5-10% spread between identical smartphone models is the norm. The result is affected by background processes, battery charge level (if the battery is low, the system may limit frequencies) and the version of graphics accelerator drivers updated via Google Play.

Frequently asked questions about Android GPUs

Below are answers to the most popular questions that users have when trying to identify or improve graphics performance on their devices.

Is it possible to update GPU drivers on Android separately from the system?

In most cases, no. GPU drivers are built into the system image or provided with a security update from the manufacturer. The exception is some components that are updated via Google Play (Project Mainline), but a complete replacement of the video card driver, as on a PC, cannot be done without flashing the device.

Does the GPU model affect battery life?

Yes, and very significantly. Architecture Mali from ARM is traditionally considered more energy efficient in interface rendering tasks, while powerful Adreno can consume more energy at maximum load in games. However, modern technological processes (4 nm, 3 nm) neutralize this difference in everyday use.

What to do if applications show different GPU names?

This is a rare situation that can arise due to errors in data reading by a specific application or the use of emulation. Trust the data shown by specialized utilities like CPU-Z or AIDA64, as well as information from the ADB command line. If the discrepancy is critical, the device may have modified firmware.

Does my GPU support Ray Tracing?

This technology is only available on the most modern chips. Support for hardware Ray Tracing is available for graphics Immortalis-G715 (MediaTek), Adreno 7xx (in limited mode or through software) and Xclipse (Samsung Exynos). For older models, this function is not available in hardware.

How to find out which API a specific game uses?

Usually this is indicated in the settings of the game itself in the “Graphics” section. Modern titles often allow you to choose between OpenGL ES and Vulkan. Choosing Vulkan usually gives a performance boost on modern GPUs, but may be less stable on older devices.