The video processor, or graphics core (GPU), is one of the key components of any modern smartphone. It is responsible for interface rendering, video processing and, most importantly, gaming performance. Users often wonder how to find the video processor on Android, especially when buying a used device or before installing demanding applications. Knowing the exact model allows you to predict the behavior of the smartphone in heavy 3D games and understand the potential of the device for emulating consoles. Unlike the central processor, information about the GPU is not always on the surface in the standard system settings. However, there are many reliable methods - from installing specialized utilities to using deep system commands.
Knowing the exact model graphics accelerator allows you to predict the behavior of a smartphone in heavy 3D games and understand the potential of the device for emulating consoles. Unlike the central processor, information about the GPU is not always on the surface in the standard system settings. However, there are many reliable methods - from installing specialized utilities to using deep system commands.
In this article we will analyze all available diagnostic methods. We'll look at both simple methods for casual users and advanced techniques for those ready to work with USB debugging. You will be able to accurately identify your Adreno, Mali or PowerVR and understand what your device is really capable of.
Using specialized diagnostic applications
The fastest and most error-free way to get complete information about the hardware of your smartphone is to install specialized software. Developers have created many utilities that read data directly from Android kernel system files, providing them in an easy-to-read form.
One of the most popular apps is CPU-Z. After installing and launching the application, you need to go to the System or Devicetab. The field GPU Renderer will display the exact name of the graphics chip, and the field GPU Vendor will display the manufacturer. This data is updated in real time and is the most reliable.
An alternative is the application AIDA64, which provides even more detailed statistics. In the section Display you will find not only the name of the video processor, but also information about supported versions of graphics APIs, such as OpenGL ES and Vulkan. This is critical to understanding compatibility with the latest games.
Don't forget about benchmarks such as 3DMark or Geekbench. Although their main purpose is to test performance, the GPU model is always specified in the summary report before starting the test or in the final protocol. This allows you to simultaneously find out the “stuffing” and evaluate its power in numbers.
Checking through the engineering menu and developer settings
If you don’t want to download unnecessary applications, you can try to find information in the depths of the system. On some devices, especially from Chinese manufacturers, a hidden engineering menu is available. To enter it, you usually use a special code in the Phone application.
Try entering the combination ##4636##. If your device supports this code, the test menu will open. Select item Phone information or similar. However, it is worth noting that on modern versions of Android, access to this menu is often blocked by manufacturers for security reasons.
⚠️ Attention: The engineering menu contains settings for radio modules and networks. Changing settings without understanding their purpose may result in loss of connection or unstable operation of the smartphone. Be extremely careful and do not press buttons blindly.
A safer option is to use the developer menu. To activate it, you need to go to Settings → About phone and quickly click on the build number 7 times. After this, a new section will appear in the main settings.
Inside the developer menu, find the item Running applications from the GPU or GPU rendering profile. Enabling these functions will not show the name of the chip in text, but will clearly demonstrate the operation of the video processor in the form of graphs on the screen. This will confirm that the graphics core is active and functioning correctly.
If the code ##4636## doesn't work, try codes specific to your brand, for example #808# for OPPO or #0*# for Samsung.
Detailed analysis via connection to a PC and ADB
For users who need maximum accuracy and who do not trust third-party applications, the ideal solution is to use the toolkit Android Debug Bridge (ADB). This method requires connecting your smartphone to your computer via a USB cable.
First, you need to enable USB debugging in the developer menu on your phone. Then, after connecting the device to a PC with Android drivers and platform tools installed, open a command prompt or terminal.
Enter the following command to get a complete dump of the device characteristics:
adb shell getprop | grep gpuThis command will filter out all system properties that contain the word "gpu". In the output you will see lines like [ro.hardware.egl]: [adreno] or [ro.opengles.version]: [196608]. Deciphering these values will allow you to accurately identify the architecture of the video processor.
A more advanced method is to use the command dumpsys, which displays the detailed state of system services. Entering the command adb shell dumpsys SurfaceFlinger will show information about the renderer currently used in the system.
Deciphering OpenGL ES versions
The value 196608 corresponds to OpenGL ES 3.0, 196609 - ES 3.1, and 196610 - ES 3.2. This helps to understand what graphic effects your device supports, even if the name of the chip is unknown.
Deciphering graphics accelerator models
Having received the name of the video processor, the user is often faced with incomprehensible abbreviations. The mobile device market is dominated by three main manufacturers of graphics solutions, each of which has its own line of products.
Qualcomm integrates series graphics cores into its Snapdragon processors. Adreno. This word is an anagram of the name Radeon. Adreno chips are traditionally considered leaders in performance and driver optimization for games.
Processors from MediaTek and Samsung Exynos most often use solutions from ARM - series Mali. These video processors are energy efficient, but in the budget segment they may be inferior to competitors in complex scenes. There is also an architecture PowerVR from Imagination Technologies, which was previously actively used in Apple chips and some MediaTek models.
Below is a table of correspondence between popular processors and their graphics partners to make it easier for you to navigate:
| SoC manufacturer | Series processor | Video processor (GPU) | Features |
|---|---|---|---|
| Qualcomm | Snapdragon 8 Gen 2 | Adreno 740 | High frequency, better support for emulators |
| MediaTek | Dimensity 9200 | Mali-G715 | Excellent energy efficiency, good balance |
| Samsung | Exynos 2200 | Xclipse 920 (AMD) | RDNA2 architecture, support ray tracing |
| Unisoc | Tiger T606 | Mali-G57 | Budget solution for simple tasks |
Understanding this hierarchy will help you immediately assess the class of the device. For example, the presence of an Adreno 6th or 7th series chip guarantees comfortable gaming at high settings, while older Mali-400 models are suitable only for simple applications.
The name of the video processor is more important than the number of CPU cores. In mobile games, it is the GPU that determines FPS and graphics quality.
The influence of the video processor on gaming performance
Why does an ordinary user need to know the model of his GPU? The answer is simple: this is the main criterion for compatibility with modern software. Game developers indicate minimum requirements based specifically on the capabilities of the graphics accelerator and the version of the supported one. API.
If your smartphone is equipped with an outdated video processor, you may experience application crashes or the inability to install them from Google Play. The store automatically filters content, hiding games that your hardware will not support.
- 🎮 High graphics settings: Available only on flagship GPUs of the last 2-3 years of production.
- 📉 Console emulation: Requires a powerful video core with support for specific Vulkan or OpenGL.
- 🎬 Video processing: Modern GPUs decode AV1 and HEVC codecs in hardware, relieving the central processor.
In addition, knowledge of the model allows you to search the Internet for specific drivers or fashion. For enthusiasts involved in overclocking or installing custom firmware, identifying the GPU is the first step to safely modifying the system.
⚠️ Attention: Do not try to install universal PC drivers on your smartphone. The Android architecture does not support manual replacement of video drivers by the user; this may lead to bricking of the device.
Problems and nuances of identifying the GPU on different versions of Android
With the release of new versions of the operating system, Google is tightening its security policy, blocking access to some system files for third-party applications. On Android 11, 12 and later, some diagnostic utilities may show incomplete information or generic names instead of specific models.
In such cases, smartphone manufacturers sometimes mask actual specifications for marketing purposes or to protect intellectual property. If the application simply shows “Android GPU” without specifying the model, try using the ADB method or look for the exact specification of your phone model on specialized forums.
It is also worth considering that some devices use dynamic graphics switching technology (although in the mobile segment this is rare compared to laptops). The system can use different cores for different tasks, but in 99% of cases, smartphones have one fixed video processor built into the SoC chip.
☑️ Accurate diagnostic checklist
Why can different GPU names be displayed in different applications?
This is due to the fact that some apps read the marketing name, while others read the technical kernel identifier. It is also possible that one application is not updated and does not know new chip models, displaying them as “Unknown” or generically.
Is it possible to improve the performance of the video processor?
Hardware - no, the chip is soldered on the board. Programmatically, you can try to disable animations in the developer settings or use applications to clear RAM before launching games, but a physical increase in power is impossible.
Does the Android version affect the operation of the video processor?
Yes, new versions of Android bring updated graphics drivers and new API versions (for example, the transition to Vulkan 1.2), which can unlock the potential of the GPU or, conversely, require more resources from the old hardware.
What to do if the GPU is not detected at all?
If no application sees the graphics core, this may indicate a serious failure in the firmware or hardware failure. Try resetting to factory settings. If the problem persists, you may need repairs at a service center.
Is the number of GPU cores an important parameter?
In mobile graphics, the number of cores (ALU) is less important than the architecture and clock speed. The new 4-core chip may be more powerful than the old 12-core. Always focus on benchmark results, and not on dry core numbers.