This article discusses software solutions for maintaining stable FPS in all situations:

This article discusses software solutions for maintaining stable FPS in all situations:

30 FPS -XX%+XX%

45 FPS -XX%+XX%

60 FPS -XX%+XX%

90 FPS -XX%+XX%

120 FPS -XX%+XX%

144 FPS -XX%+XX%

165 FPS -XX%+XX%

🚫 Most Important Strict Restrictions:

Absolutely no tedious, step-by-step FPS slider commands: * ❌ Do not write software with commands such as: "Increase by 1%", "Decrease by 0.5%", or "Move up or down by 0.05%". A fixed percentage lock in the middle is strictly prohibited as it causes software errors and resulting in frame rate lag.

(Technical Reasons) (To prevent command conflicts):

Writing sub-commands like that will immediately cause "Command Conflict" between the deep system controller and the game engine.

Because while the game engine is calculating and utilizing power based on the actual workload, the sub-software forces it to increase power in increments, causing AI confusion, redundant work (calculation overhead), frame rate drops (sawtooth), and the device to accumulate heat, reaching 41°C – 42°C immediately.

💡 What should be left to the system to automate:

Let the positive and negative power distribution [- to +] manage power independently according to the hardware chip's natural processes, with the game software acting as the sole commander. This will result in smoother performance, keeping the temperature in a typical Thai-style room with fans at a comfortable 36°C – 37°C, and allowing the 9,000 mAh battery to last for 11-12 hours.If you install this one software, even new games or new phones with this software installed will run smoothly without needing further optimization. Just adjust this one setting and you'll have smooth gameplay, plus it saves battery life.