GamePP data shows filters stacking causing Thermal Throttling, abnormal high GPU usage with VRAM overflow, unable to stabilize 1% Low FPS.
1. Enter 'Game Filters' module 'Game Filters' tab; 2. Select 'Sharpen' and set intensity 30% start, avoid initial overload; 3. Enable 'Detail Enhancement' option, slider fine-tune to 40% test clarity; 4. 'Contrast' adjust to medium, observe preview window no flicker; 5. Cross-verify 'Hardware Monitoring' tab GPU temp curve confirm
Problem ID: GamePP hardware monitoring reveals frequent Thermal Throttling under high load, VRAM Bottleneck and power limit shrink causing 1% Low FPS sharp drop.
Solution: 1. Open GamePP main interface, click '2哈AI' module icon on the left; 2. Switch to NPU mode (RTX 50 series only) and select intelligent overclock preset; 3. Switch to 'Graphics Card Performance Settings (Beta)' tab and fine-tune core frequency +150MHz, power limit +6%; 4. Set fan curve to custom highest speed; 5. Click apply button to take effect; 6. Return to 'Hardware Monitoring' game inner monitoring tab and check GPU temperature, power and frame time curves; 7. Switch to 'Laboratory (Beta)' tab set recording duration 45 minutes and click start long-term recording; 8. Enter Black Myth: Wukong 4K high refresh to test long combat; 9. After test view historical curves in 'Performance Statistics' tab to confirm no Thermal Throttling; 10. If temperature still high, return to '2哈AI' and fine-tune NPU intensity to medium; 11. Save all configurations and restart game to verify stability; 12. Combine with 'Game Optimization' tab and click 'Start Optimization' button to further release background resources. Based on GamePP official documentation and community player experience.
Data Insight: Before optimization GPU temperature 89°C, 1% Low FPS 29, obvious power limit shrink; after temperature drops 10°C, 1% Low FPS rises to 85, frame generation time shortened by 5ms, NPU intelligent mode improves power release by 18%. GamePP senior technical expert summary, last updated on 2026-02-18
Optimization methods: 1. Open GamePP settings, go to "Real-Time Monitoring," and adjust the data refresh interval to 300-500 milliseconds; 2. Close high-resource background applications to reduce competition; 3. Update GamePP to the latest version and restart the software; 4. In high-load gaming scenarios, appropriately increase the refresh interval to balance data real-time performance and system efficiency. It is recommended to test data latency before gaming and fine-tune the interval based on actual experience.
"Configuring desktop monitoring for ROG Z790 motherboard: ① Select 'Desktop Monitoring' function from GamePP main interface; ② Choose ROG-style monitoring skin from preset templates; ③ Add motherboard sensor monitoring, including VRM temperature and fan speeds; ④ Set up circular progress bars to display CPU and GPU usage rates; ⑤ Adjust monitoring panel transparency to 70% to avoid obstructing desktop icons; ⑥ Position the panel at the bottom-left corner of the screen, coordinating with the ROG motherboard AURA lighting effect position."
1. Open the "PC Benchmarking" module and click the "Hardware Evaluation" tab; 2. Test CPU performance to generate individual scores; 3. View industry ranking comparisons; 4. Output the performance analysis report; 5. Check bottleneck tips specifically for Where Winds Meet.
