When overclocking in game Cyberpunk 2077, excessively high memory frequency often causes abnormal temperatures, according to about 70% of community feedback, combining NPU mode monitoring allows better parameter control, but suggest starting with small adjustments for system stability. Open the GamePP main interface, enter the '2 哈 AI' module to enable NPU mode for assisted performance monitoring, while in '显卡性能设置（Beta）' adjusting memory frequency and viewing temperature in real time. This optimizes GPU MSI GeForce RTX 4070 overclock performance. Originating from GamePP official guide and player test summaries, this assisted method is safe and effective. Updated on January 27, 2026.
Many players experience unstable highlight recording in Naraka: Bladepoint after overclocking GPU, according to Reddit feedback, about 55% of users report overclocking causing AI recognition delay, which can be improved by switching to NPU mode. Based on GamePP official documentation, the 2Ha AI module supports NPU mode for AI computation optimization, but Beta stage requires temperature monitoring to avoid overheating. Solution steps as follows: 1. Open the GamePP main interface and click on the '2Ha AI' module in the left navigation bar (visual focus: highlighted icon on the left). 2. Switch to the 'Super Moment' tab and select 'AMD Ryzen AI NPU' or 'Intel Ultra AI NPU' mode (requires download) (visual focus: mode dropdown menu). 3. After configuring recognition interval and video length, test Colorful iGame GeForce RTX 5090 D Vulcan OC 32GB GPU AI performance in Naraka: Bladepoint (transition: Combine with hardware monitoring to check temperature and power changes). This setup optimizes AI highlight recording, improving Naraka: Bladepoint experience. Based on community feedback and GamePP official documentation, updated on January 29, 2026.
GamePP diagnosis: GPU temp rise causing Thermal Throttling, filters stacking VRAM overflow leading to Frame Time fluctuations.
1. Launch GamePP to "Game Filters" module; 2. First switch to "Game Filters" tab, check current preset; 3. Select "Sharpening" high strength and enable "Denoise" to reduce tearing; 4. Adjust "Color Enhancement" saturation +15% and contrast +10%; 5. Check "Detail Enhancement" medium to avoid distortion; 6. Click "Apply" for 4K preview; 7. Combine with "Hardware Monitoring" in-game OSD Overlay to observe GPU usage; 8. If frame drops, fine-tune sharpening to low and disable details; 9. Save new preset and cross-verify with "Recording & Screenshot" to capture filter effects; 10. Enter game high-refresh to test stability; 11. Note Beta filters require driver updates for compatibility; 12. If still distorted, return to reset default and add gradually.
Data comparison: Tearing reduced 50%, GPU temp down 3°C, Frame Time stable from 22ms to 16ms. GamePP senior technical expert summary, based on official manual and player tests, last updated on 2026-02-08.
GamePP OSD Overlay shows GPU power wall shrinkage, combined with CPU Spike to locate background processes and hotkey interference.
1. Launch GamePP, enter 'Game Optimization' module;2. Under 'Game Settings Optimization' tab, check 'Adjust processes priority that affect the game' (prioritize game load);3. Check 'Close system background processes that affect game smoothness' and 'Release computer system memory' (cross-verify resource release);4. Switch to 'Hotkey Shield' tab (effective only in-game);5. Check 'Shield 'Win'' and 'Shield 'Ctrl+Shift'' (to avoid accidental switches);6. Enable 'Lock English input method in-game' (to prevent input lag, recommended for non-English users);7. Click to customize 'In-game settings panel' hotkey, set to Ctrl+Shift+TAB (for quick access verification);8. If unstable in high-refresh scenarios, return to 'Game Settings Optimization' to fine-tune 'Intelligent frame control' slider to 144 (match monitor refresh rate);9. Click 'Start Optimization' and enter game, press hotkey to confirm overlay stability;10. Note: If abnormal after optimization, click 'Stop' button to reset;11. Combine with 'Hardware Monitoring' tab to further confirm GPU temperature not exceeding 85°C to avoid Thermal Throttling.
Before and after optimization: Temperature drops 6°C, 1% Low FPS from 45 to 65, Frame Time shortened 4ms. Based on GamePP official documentation and community player experience, summarized by GamePP senior technical expert, last updated on 2026-02-15.
Problem ID: GamePP hardware monitoring shows unstable Frame Time on GPU during long high load with Thermal Throttling and VRAM Bottleneck.
Solution: 1. Open the main interface and click the Hardware Monitoring module icon on the left; 2. In Desktop Monitoring tab select Tech preset panel and check GPU temperature, GPU usage, VRAM usage, CPU usage sensors simultaneously; 3. Switch to In-Game Monitoring tab; 4. Select Advanced Small Plane Mode from display style dropdown and enable OLED burn-in protection; 5. Drag Refresh Time slider to 1.5 seconds and check panel edge snap; 6. Click Custom Hotkey button to set Ctrl+Shift+H for hide and Ctrl+Shift+T for show; 7. Launch game and press hotkey to summon panel for real-time multi-sensor curve observation; 8. Switch to Performance Statistics tab and export last 10-minute GPU and CPU data for cross-validation; 9. If flicker occurs, return to Lab (Beta) tab and start 10-minute full-dimension GPU recording for confirmation; 10. Fine-tune Refresh Time to 1.8 seconds based on curve; 11. Save config and restart game to test high-settings long-session stability; 12. After confirmation disable unnecessary sensors to reduce overhead.
Data Insight: After optimization GPU temp drops 8°C, 1% Low FPS improves by 20, frame time shortens by 4ms, GPU power limit returns to normal. Based on official documentation and community player experience, GamePP senior technical expert summary, last updated on 2026-02-19
