Modern mobile games are becoming increasingly demanding on hardware resources, and the GPU occupies a central place in this hierarchy. Many users are faced with a situation where the characteristics of a smartphone indicate a powerful chipset, but the specific model of the graphics accelerator remains a mystery. This is critical for understanding compatibility with new game projects, setting up emulators, or diagnosing problems with graphics display.
You can determine GPU (Graphics Processing Unit) in several ways: from simply viewing system information to using specialized console utilities. In this article we will analyze all available methods, starting from the simplest ones that do not require superuser rights, and ending with in-depth analysis through debugging interfaces. You will learn to read technical specifications and understand what exactly this or that component is responsible for in conjunction with SoC.
Why do you even need to know the exact model of the video core? The fact is that the same processor from Qualcomm or MediaTek in different price segments can be equipped with completely different graphics adapters. For example, a budget chip may use an outdated architecture, while the flagship version of the same year will receive the latest solution with support for hardware ray tracing. Understanding these differences will help you avoid disappointment when purchasing a device. Adreno, while the flagship version of the same year will receive the latest solution with support for hardware ray tracing. Understanding these differences will help you avoid disappointment when purchasing a device.
Using third-party diagnostic applications
The fastest and most accessible way to get comprehensive information about the hardware of your device is to install specialized utilities from the store. Google Play. These applications read data from system files /proc and provide them in an easy-to-read form, eliminating the need for the user to understand raw logs.
One of the most popular tools is the application CPU-Z, which has been considered the de facto standard for hardware monitoring for many years. After starting the app, you need to go to the System or Devicetab, where the exact model of the GPU will be indicated in the field GPU Renderer . The driver version is also often displayed there, which can be useful when searching for the causes of graphical artifacts.
Another powerful tool is AIDA64, which offers a more detailed breakdown by component. In the section Display you will find not only the name of the renderer, but also information about the supported versions OpenGL ES and Vulkan. This is especially important for developers or advanced users who want to check the compatibility of a particular application with the graphics API of your smartphone.
⚠️ Warning: Some Chinese smartphone manufacturers may modify system reports, which may cause applications like CPU-Z to show incorrect data about the processor model, although the GPU information is usually correct.
If the application shows "Unknown" instead of the name video cards, try rebooting the device or clearing the cache of the diagnostic application itself before restarting.
It is also worth mentioning benchmarks, such as 3DMark or AnTuTu. Although their main purpose is performance testing, the test results reports always clearly state the equipment used. This is a double check: you not only recognize the model, but also immediately see how effectively it works compared to other devices on the market.
Viewing information through the developer menu
In the Android operating system, there is a hidden settings section designed for debugging applications and the system, which can provide valuable information without installing additional software. To access this data, you will need to activate developer mode by clicking seven times in a row on the build number in the menu About phone.
After activation, go to Settings → System → For developers. Find the item called Run GPU profiling or Display GPU information on screen (the name may differ depending on the version of Android and the manufacturer's shell). When you enable this function, an overlay with technical data will appear on the screen.
This overlay often displays the name of the GPU, its real-time frequency and load. This is a great way to see exactly how the system is used video accelerator in games or heavy applications. However, it is worth remembering that the constant rendering of this information itself creates a small load on the system.
- 📱 Activate developer mode through
Settings → About phone. - ⚙️ Find section
DebuggingorHardware Monitoring. - 👁️ Enable the option to display GPU data for visual control.
- 📊 Monitor real-time loading during startup games.
It is important to note that this method does not always show the static name of the model, but rather the current state of the graphics core. If you need the title specifically for reference, it is better to use the other methods described above or below. However, this tool is indispensable for diagnosing lags and freezes.
Identification via computer and USB debugging
For those who prefer not to clutter their smartphone with unnecessary applications, the ideal solution would be to use a computer and tools Android Debug Bridge (ADB). This method requires ADB drivers on the PC and USB debugging enabled on the smartphone itself, but it provides the cleanest and most reliable data from the system.
Connect the smartphone to the computer with a cable, open a command prompt or terminal in the folder with ADB installed and enter the following command to get a list of characteristics:
adb shell getprop | grep gpuThis command will display all system properties containing the word "gpu". In the list you will find lines like ro.hardware.egl or ro.opengles.version, which will indicate the driver used and the API version. For more detailed information, you can use the command adb shell dumpsys SurfaceFlinger, which will produce a detailed log of the display manager's operation, including the name of the renderer.
If the command output is too voluminous, you can filter it more precisely, using the c grep construction to search for specific keywords, such as RenderEngine or GLVendor. This will allow you to quickly find the desired line among hundreds of other system parameters, without wasting time on a manual search.
⚠️ Attention: The command line interface is case sensitive and typos. If the command does not work, check the correctness of the input and make sure that the device is authorized for debugging.
☑️ Preparing to work with ADB
The advantage of this method is that you receive data directly from the system kernel, bypassing possible distortions from third-party applications or shells. This is especially true for custom firmware, where standard menus may not work correctly.
Analysis of processor (SoC) characteristics
Often, it is enough for the user to know the model of the main processor (SoC) in order to determine with a high degree of probability the installed video accelerator. Graphics cores are strictly tied to the chipset architecture: you will not find GPU Adreno in processors from MediaTek or Exynos, since each manufacturer uses its own or licensed solutions.
Below is a table of correspondence between popular platforms and their graphics subsystems, which will help you can quickly find your way around, knowing only the processor model of your smartphone:
| SoC manufacturer | Processor series | GPU type | GPU model example |
|---|---|---|---|
| Qualcomm | Snapdragon 8 Gen 1-3 | Adreno | Adreno 730 / 740 / 750 |
| MediaTek | Dimensity 9000/9200 | ARM Mali / Immortalis | Mali-G710 / Immortalis-G715 |
| Samsung | Exynos 2200/2400 | AMD RDNA / ARM Mali | Xclipse 920 / Mali-G715 |
| Tensor G2/G3 | ARM Mali | Mali-G710 MP7 |
Knowing this relationship, you you can simply find the specifications of your processor on the manufacturer's official website or in reputable databases such as GSMArena. This eliminates the need to go into the phone settings if you simply select a device in a store and study its characteristics online.
Why does Samsung use different GPUs?
In the latest generations of Exynos processors, Samsung began collaborating with AMD, introducing graphics cores on the RDNA architecture. This allows for greater ray tracing performance compared to traditional Mali solutions.
However, you should be careful: within the same line of processors there may be different modifications. For example, a cut-down version of the chip for budget smartphones may have fewer GPU cores or lower frequencies, despite the same series name. Therefore, always check the full marking of the model.
Checking through system files and terminal
For advanced users who have a terminal emulator or superuser rights on their device (Root), it is possible to request information directly from the Linux kernel on which Android is based. This method is as accurate as possible and does not depend on graphical shells.
Install any terminal application, for example Termux, and run the command to read the properties file:
cat /proc/versionAlthough this command will show the kernel version, the command ls /sys/class/drm/ or accessing the files in directories /vendor/lib/egl/where driver libraries with GPU names in the file names are often stored. For example, the presence of a file libGLES_mali.so will clearly indicate the use of graphics from ARM.
You can also use the utility eglinfoif it is available in your system build. It displays a detailed report of the graphics driver's capabilities, including supported extensions and maximum texture resolution. This is a professional tool for developers of games and graphic applications.
⚠️ Attention: Working with system files through the terminal requires caution. Do not try to change or delete files in directories/systemor/vendorwithout understanding the consequences, this may lead to device malfunction.
Direct access to system files through the terminal provides the most in-depth information about drivers, but requires skills in working with the Linux command line.
If you have root access, you can also use applications like Device Info HW, which access protected memory sections and display information about GPU frequencies in real time, as well as graphics core temperature, which cannot be done using standard means.
Interpretation of results and technical nuances
Having received the name of the video accelerator, it is important to correctly interpret this result. Having a top name in the stats bar does not always guarantee high gaming performance. Much depends on the cooling system of the smartphone, power consumption restrictions (throttling) and driver optimization on the part of the manufacturer.
For example, the graphics processor Adreno has historically been considered more optimized for Android games than solutions Malidue to better developer support for game engines. However, modern chips Immortalis from ARM have significantly narrowed this gap, offering excellent performance in tasks with high pixel density.
It is also worth paying attention to the version of the supported API. If your GPU only supports OpenGL ES 3.0, and a new game requires Vulkan 1.2, you won’t be able to run it efficiently, even if the core power is formally high. Therefore, when choosing a device for gaming, always check the list of supported technologies.
- 🚀 Performance depends not only on the model, but also on cooling.
- 🎮 Adreno drivers are often better optimized for popular games.
- 📉 Throttling can reduce GPU frequencies over a long period of time load.
- 🔌 Vulkan support is critical for modern graphics effects.
Don't forget that a software system update (OTA) may bring new drivers for your video accelerator, improving its performance or stability. Therefore, if you notice problems with graphics, the first thing to do is check for firmware updates in the device settings.
When comparing two smartphones, look not only at the GPU name, but also at the test results in 3DMark Wild Life, as they reflect real-life performance in gaming scenarios.
Frequently asked questions (FAQ)
Is it possible to update the video card driver on Android separately from the system?
In most cases, no. GPU drivers are built into the system firmware image or provided through Google Play Services updates for some components. It is impossible to install the driver separately as on Windows, except in rare cases with custom firmware.
Why do different applications display different names for the video accelerator?
This may be due to the fact that one application reads the marketing name, and another reads the technical kernel identifier. Also, some Android shells mask real hardware, so the data may vary depending on the method of obtaining information.
Does screen resolution affect the load on the video accelerator?
Yes, directly. The higher the screen resolution (for example, QHD+ vs HD+), the more pixels the GPU must render at any given time, which significantly increases the load on the graphics subsystem and energy consumption.
How do I know if my GPU supports ray tracing?
To do this, you need to check the specifications of the GPU model on the Internet or use the AIDA64 application, which will indicate support for the extension in the Display section Vulkan Ray Tracing. Typically, this function is available only in flagship chips of the last 2-3 years.
What to do if games are slow on a powerful video accelerator?
Check the temperature of the device - throttling may be triggered. Also make sure that the game settings are not set to maximum graphics settings, which may not be optimized for your specific GPU model or version of Android.