Many smartphone owners are faced with the fact that popular games begin to slow down even on fairly powerful hardware. This often happens due to incorrect software configuration or the accumulation of system garbage over time. The operating system Android 10 has powerful potential, but requires a competent approach to resource management to achieve maximum performance.
In this article we will look in detail at how you can increase the number of frames per second and make the interface more responsive. You will learn not only about standard settings, but also about hidden functions available to developers. Proper optimization can turn your gadget into a real gaming center without the need to purchase a new device.
Basic system optimization and resource cleaning
Before delving into complex settings, you need to free up RAM and disable unnecessary processes. Background applications consume precious CPU resources, which directly affects the stability of the gameplay. In Android 10 memory management has become more aggressive, but manual cleaning still gives a noticeable increase.
Go to the settings menu and find the section responsible for applications. You need to force stop those apps that you are not currently using. Pay special attention to social networks and instant messengers, which tend to constantly hang in the background and synchronize data.
- 🧹 Delete the cache of all heavy games through the app management menu.
- 🚫 Disable auto-update of apps in the background through the Play Market.
- 🔋 Activate the mode energy saving only during games to prioritize performance.
- 📉 Remove widgets from the desktop that constantly update information.
You should not keep dozens of tabs open in your browser if you plan to run a demanding game. Each open page takes up a portion RAMthat the system could allocate for rendering graphics. Simply rebooting the device before a gaming session also helps clear accumulated errors and free up system resources.
Configuring developer options for acceleration
The most effective way to visually speed up the system is in the developer menu. It's hidden by default, but activating it gives you access to fine-tuning animations and GPU debugging. To enable this section, go to Settings → About phone and quickly press 7 times on the item Build number.
After a notification appears that you have become a developer, go to the new menu section. Find the category responsible for rendering. You need to change the values of the window animation, transition and animator duration scales. The standard value 1x can be safely changed to 0.5x or completely disabled (Disabled).
☑️ Developer settings for games
These changes are not will increase the physical power of the processor, but will make the interface much more responsive. The feeling of speed will increase many times over, since the system will spend less time rendering transitions between screens. This is especially important for dynamic shooters, where every millisecond of delay can cost a victory.
Risk of changing developer settings
Changing some parameters, such as the minimum width or debugging. GPU, can lead to unstable operation of the interface or overheating. Return the settings to default if you notice artifacts on the screen.
Using the Game Booster function and game modes
Most modern manufacturers, such as Samsung, Xiaomi or Asus, implement their own shells with preinstalled ones game optimizers. These utilities automatically detect the launch of the game and redistribute system resources in favor of the active application. Ignoring this tool deprives you of a free performance bonus.
In the game mode settings, you can often choose to prioritize performance over energy efficiency. Activating this function forces the processor to work at higher frequencies, preventing throttling in the first minutes of the game. It is also worth turning off notifications and incoming calls so that they do not interrupt. frame rendering.
⚠️ Attention: Constant operation of the processor at maximum frequencies in high performance mode leads to rapid battery drain and increased heating of the case. Use this mode only for competitive matches.
If your smartphone does not have a built-in boost, you can use third-party launchers optimized for games. However, be careful: some of them may contain. advertising or miners. Trust only proven solutions from the official store Google Play.
Managing graphics inside gaming applications
Often the problem of low FPS lies not in system, and in the high settings of the game itself. By default, developers can set high quality textures and anti-aliasing, which is not feasible for a mobile device. Go to the graphics settings of a particular application and experiment with the parameters. First of all, lower the rendering resolution or select the “Low” / “Smooth” profile. (Anti-Aliasing) and post-processing effects give the greatest increase in frames. The visual image will become simpler, but the gameplay will become much smoother and more predictable. GPU. Go to the graphics settings of your specific application and experiment with the options.
The first step is to lower the rendering resolution or select the Low/Smooth profile. Disabling shadows, anti-aliasing and post-processing effects gives the greatest frame increase. The visual image will become simpler, but the gameplay will become much smoother and more predictable.
| Graphics parameter | Impact on FPS | Recommendation |
|---|---|---|
| Shadows (Shadows) | High | Disable or Minimum |
| Antialiasing (AA) | Medium | Disable |
| Textures | Low | Medium (if memory allows) |
| Draw distance | Medium | Low for shooters |
It is also worth checking the frame rate limit in the game settings. Sometimes there is a value of 30 FPS, although the screen and processor support 60 FPS or even 90/120 Hz. Removing this limit instantly doubles the smoothness of the picture if the hardware can cope with the load.
For first-person shooters, high frame rates are more important than beautiful shadows. Set graphics to minimum to see enemies earlier and react faster.
Cleaning storage and defragmenting data
Filled internal storage is a common cause of system slowdowns. When free space runs out, the operating system does not have enough space for the page file and temporary ones. files. Android 10 this can lead to micro-freezes and long loading levels.
Try to keep at least 15-20% of the total memory free. Delete old videos, duplicate photos and unused applications. Using a memory card SD to install games is not recommended, as they have a reading speed. significantly lower than that of internal flash memory.
Slow microSD card memory can become a bottleneck when streaming textures in open worlds. If the game is installed on external storage, try moving it to internal storage. The difference in loading speed and slowdowns will be noticeable to the naked eye.
⚠️ Attention: Do not use cleaner applications that promise “5 times faster.” Often they only kill the necessary system processes, which immediately start again, consuming even more energy.
Specific ADB commands for advanced users
For those who are not afraid of the computer and cables, there is the possibility of fine-tuning through debugging. by USB. Connecting to a computer and using console commands ADB allows you to disable system services that cannot be disabled through the standard menu. This frees up processor resources for games.
For example, you can disable loading animation or background synchronization of Google services during the game. in the developer menu and connect the phone to the PC. Next, specific scripts are entered in the command line to disable packages.
adb shell pm disable-user --user 0 com.google.android.syncadapters.contactsSuch manipulations require caution. Disabling critical system components can lead to unstable operation of the phone or data loss. Always study the purpose of the command before entering it into the terminal.
Using ADB gives maximum control over the system, but carries risks. a copy of the data before making changes via the command line.
Thermal throttling and physical cooling
Even perfectly tuned software is powerless against physical overheating. When the processor temperature reaches a critical point, the system automatically reduces frequencies to prevent damage to the crystal. This process is called throttling, and it is what causes sudden drops FPS after 10-15 minutes of play.
Remove the protective case during long gaming sessions, especially if it is thick and rubber. The cover works like a thermal blanket, preventing heat from dissipating. Play in a cool room or point a fan at your smartphone for forced airflow.
There are special coolers for smartphones that are mounted on the back cover and actively remove heat. For owners of devices based on chips Snapdragon this may be the only way to maintain stable 60 frames in heavy projects like Genshin Impact or PUBG.
⚠️ Attention: Never put your smartphone in the refrigerator or freezer for cooling. A sudden change in temperature will cause condensation inside the case, which is guaranteed to lead to a short circuit.
Frequently asked questions (FAQ)
Will updating to the latest version of Android increase FPS?
Not always. New OS versions may require more resources, which will have the opposite effect on older devices. However, security and GPU driver updates sometimes fix optimization errors for specific games.
Is it safe to use applications to overclock the processor?
No, it is risky. Software overclocking without changing the voltage and cooling system leads to rapid wear of the battery and possible failure of the motherboard due to overheating.
Why did the phone start working faster after resetting the settings?
Resetting removes all accumulated garbage, cache, background processes and settings conflicts. The system returns to the factory state, where resources are distributed optimally, which temporarily gives maximum performance.
Does charging the phone affect the number of FPS during the game?
Yes, when charging the phone often heats up more, which provokes throttling. In addition, some models artificially limit performance when the cable is connected to protect the battery from overheating.