How to turn on the performance mode on Xiaomi: secrets of acceleration

Modern Xiaomi smartphones running MIUI and HyperOS shells have a huge power reserve that is often hidden from the eyes of the default user. The system is set to balance between autonomy and performance, but for resource-intensive games or heavy applications, this balance shifts towards energy savings, which can cause micro-freezes. The inclusion of a special mode of operation of the processor allows you to unlock the hidden potential of the device, forcing the CPU and GPU to work at maximum frequencies without aggressive trolling.

In this article, we will not only take a look at the standard methods of activating game profiles, but also touch on the hidden engineering menus available to advanced users. You will learn how to properly configure the Game Turbo to really work, not just show beautiful animations.

Before we make any changes, it's important to understand that boosting a chipset always leads to increased power consumption. Heat generation is the main enemy of stable framerate, so together with the software settings, we'll focus on physical cooling. A good combination of software and the right temperature will give a tangible increase in performance in popular games like PUBG Mobile or Genshin Impact.

Activation of the Game Turbo accelerator

The main tool for improving performance in the Xiaomi ecosystem is the built-in Game Turbo utility (formerly known as Game Center), which is not just a launcher for games, but a full-fledged system module that redistributes RAM resources and processor priorities in favor of a running application. To access the basic settings, you need to open the Security application, which is preinstalled on each device of the brand.

Inside the security menu, find the Game Turbo or joystick icon. If you can't see it on the tool folder's home screen, click on the settings gear in the top right corner and make sure that Add a Desktop Shortcut is active. Once you log in, the system will suggest adding games manually if they weren't detected automatically. That's where key switches that affect touchscreen response and frame rate are hidden.

Importantly, new versions of HyperOS may have changed the interface by moving performance sliders to the bottom of a particular game's menu. By clicking on the gear icon next to the game icon on the list, you'll be given detailed settings. Here, you'll want to look at the "Touch Improve" and "Sensitivity Enhancement" options, which are critical for first-person shooters.

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For maximum effect in Game Turbo, be sure to enable the Do Not Disturb feature so that background notifications do not interrupt the rendering process of graphics.

Setting up a performance profile in the developer menu

For users who don't have the standard settings, you can access hidden system settings through the developer menu, and it's a powerful tool to interfere with animations and background processes. To activate this section, you go to Settings → About Phone and quickly click on MIUI or HyperOS seven times until you notice a successful activation.

When you have a new item in the advanced settings, look for the Developer section, we're interested in the parameters related to interface scaling, look for the items "Scale of window animation", "Scale of animation transition" and "Duration of animation." Changing the values from 1x to 0.5x or completely shutting down creates the illusion of speeding up the system, as the device spends less time drawing transitions between screens.

However, there are more aggressive settings, such as Background Process. By default, the system itself adjusts the number of active applications, but manually selecting a restriction can free up a significant amount of RAM. Be careful: setting too tight limits can lead to unstable messengers or resetting game progress when switching windows.

⚠️ Warning: Changing the settings in the developer menu can lead to unpredictable system behavior. Write down the initial values so you can go back in case of errors.

Use of hidden codes and engineering menu

Xiaomi's engineering menu provides access to iron tests and deep radio settings, but also contains parameters that affect overall responsiveness. USSD-The phone app allows you to instantly navigate to the desired sections. One useful code to check and configure is ##6484##, which opens the app. CIT-test-room.

Although there is no direct Turbo Mode switch on the engineering menu, you can calibrate the sensor and check the performance of all sensors, which indirectly affects game performance. If the sensor is not working correctly, even the most powerful processor will not save you from misses in the game. Also, in some versions of firmware through the code #86569726##, you can activate the hidden mode of debugging Wi-Fi, which improves ping in online games.

Code for entering the CIT- menu: ##6484###




Wi-Fi Checker Code: #526###

Also worth mentioning is the code ##4636##, which opens the test menu. Phone Information, which can be used to find the network type of choice. Switching between LTE/TD-SCDMA/GSM modes can help stabilize the connection in areas of insecure reception, which is critical for online gaming.

Optimization of memory and background processes

Effective memory management is key to a stable framerate. The MIUI and HyperOS shells feature "Memory Extension", which uses part of the built-in drive as a virtual RAM. While this sounds tempting, for performance in games, it is better to disable this feature, since the speed of internal UFS memory in virtualization mode is lower than that of physical, and can cause micro-latency.

Go to Settings → Advanced Settings → Expand memory and select Off. This will free up space on the drive and reduce the load on the memory controller. It is also recommended to regularly clean the system cache through the built-in optimizer, but this should be done before starting a heavy game, not in the background constantly.

Controlling the autoload of applications is another important aspect: In the Apps → Permissions → Autorun, leave only the services you really need (such as instant messengers) on the menu. Disabling unnecessary processes will reduce the load on the CPU during downtime and when you start games.

Temperature control and prevention of trolling

No software setup will help if the device overheats. When it reaches a critical temperature, the system forcibly reduces the frequencies of the processor to avoid damage to the components. This process is called trolling. To combat it, the first thing you need to do is remove the case during the game, especially if it is made of dense materials that trap heat.

There are special cooler apps that connect through the Type-C connector that actively cool the back of the smartphone. This is the most effective way to (maintain) high performance in long gaming sessions. If there is no external cooling, try not to play at 100% brightness, since the display is one of the main sources of heat.

Using condensate or placement on cold concrete/tiles can cause moisture to form inside the case, which is fatal for electronics. Never put a heated smartphone in the refrigerator - a sharp temperature drop will cause condensation, which will short circuit when turned on.

Comparison of processor modes

Understanding how your Snapdragon or MediaTek works helps you set expectations correctly. Modern chipsets use the big.LITTLE or DynamIQ architecture, where there are energy efficient cores and powerful performance ones. In normal mode, the system tries to use small cores. In game mode, the task scheduler aggressively (aggressively) translates the task to large cores.

The table below compares the behavior of the system in different use cases:

Choosing the right scenario depends on your current tasks. If you're reading the book, the performance mode will only reduce battery life without apparent benefit. If you're setting up a device for Genshin Impact, then compromises in autonomy are inevitable for the sake of a stable 60 FPS.

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Maximum performance is achieved only by a combination of software tuning (Game Turbo) and physical cooling of the device.

Frequently Asked Questions (FAQ)