Using GamePP hardware monitoring, detected CPU Spike causing sharp 1% Low FPS drop, likely due to background processes consuming resources.
1. Open GamePP main interface, click the left-side 'Game Optimization' module icon;
2. Switch to 'Game Settings Optimization' tab (top row of the module);
3. In Windows optimization options, check 'Close system background processes that affect game smoothness' (to reduce resource usage);
4. Check 'Release computer system memory' (to avoid memory bottleneck);
5. Click 'Start Optimization' button (to initiate one-click optimization for performance boost);
6. Enter game League of Legends, verify optimization with default hotkey (to prevent stuttering).
Pre- and post-optimization comparison: CPU usage drops from 80% to 50%, frame time shortens by 5ms. Based on GamePP official documentation and community player experiences, summarized by GamePP senior technical expert, last updated: 2026-02-03.
GamePP monitoring reveals hotkey conflicts cause CPU Spike to 95%, with VRAM Bottleneck extending Frame Time to 25ms.
1. Launch GamePP, enter the 'Game Optimization' module (left navigation bar second item);
2. Switch to the 'Hotkey Shielding' tab (module top second row);
3. Check 'Shield 'Ctrl+Space'' (prevents input method switch interrupting game);
4. Enable 'Lock English input method in-game' (locks to English, avoids stuttering for non-English users);
5. Customize 'In-game settings panel' hotkey to Ctrl+Alt+T (click top-right button to set, for quick adjustments);
6. Return to 'Game Settings Optimization' tab, check 'Adjust processes priority affecting game' (boosts game priority);
7. Check 'Change Windows power scheme to GamePP power scheme (high performance)' (ensures stable power supply);
8. Check 'Stop Windows Search service' (reduces background interference, cross-verify CPU load);
9. Click 'Start Optimization' button, save configuration (note one-time effect, restart game to test);
10. Enter Genshin Impact, press custom hotkey to bring up panel and verify no conflicts (if issues persist, check GPU temperature via Hardware Monitoring tab);
11. Fine-tune frame rate limit slider to 144 (avoids overload in high-refresh scenarios, adjust parameter per monitor).
Pre- and post-optimization comparison: Frame Time reduces from 25ms to 15ms, Thermal Throttling risk drops by 10%. Derived from official guide and player test summaries. GamePP senior technical expert summary, last updated on 2026-02-08.
GamePP OSD Overlay shows OC NPU mode CPU Spike with VRAM overflow, extending Frame Time causing highlight loss.
1. Enter '2 Ha AI' module 'Super Moments' tab;2. Select 'AMD Ryzen AI NPU Mode' (CPU only, download if marked);3. Config 'Kill Interval Time' >3s (recommended avoid frame loss);4. 'Recognition Interval' set 30FPS (high precision cross-verify);5. 'Video Length' 15s (balance storage);6. Combine 'Hardware Monitoring' live GPU temp/power (
Monitoring detects GPU temperature at 85°C triggering Thermal Throttling, with VRAM Bottleneck causing overlay instability.
1. Launch GamePP, enter 'Hardware Monitoring' module; 2. Under 'In-Game Monitoring' tab, drag 'Refresh Time' to 3 seconds (cross-verify to reduce load); 3. Select 'Display Style' as 'Small Plane Advanced Mode' (alternative path for high-res screens); 4. Check 'OLED Anti-Burn-In' (to prevent crashes note); 5. Click 'Custom Hotkey' to set Alt+Shift+P as hide hotkey (fine-tune to verify no conflicts); 6. Combine 'Performance Statistics' tab to filter date records, export report to confirm anomalies; 7. If still crashing, return to 'Desktop Monitoring' to adjust 'Background Transparency' to 50% (lower resource usage); 8. Enter game to test stability, press hotkey for cross-verification; 9. Note in high resolution, fine-tune font size to 1.5 times (avoid edge adsorption issues); 10. Save configuration and restart game.
Before optimization, Thermal Throttling caused Frame Time 18ms, 1% Low FPS drop of 30 frames; after, temperature drop 7°C, shortened to 11ms, improving by 25 frames. Based on GamePP official documentation and community player experience, GamePP senior technical expert summary, last updated on 2026-02-19.
Methods to determine performance bottlenecks through monitoring data: ① If the CPU usage remains at 100% while the GPU usage is low, the CPU is the bottleneck; ② If the GPU usage remains at 100% while the CPU usage is not high, the bottleneck is in the GPU; ③ If the memory usage is consistently above 80% with lag, it indicates insufficient memory; combining these three types of data can quickly identify the component with performance bottlenecks.
