Problem ID: GamePP Hardware Monitoring shows refresh variance to 90Hz with CPU Spike 75%, 1% Low FPS at 70, needing advanced historical tracking for stability.
Solution: 1. Open GamePP main interface and click 'Hardware Monitoring' module on left; 2. Switch to 'Hardware Info' tab, locate 'Monitor' HKC C349U; 3. Click 'Sensor Details' to expand res and refresh curves; 4. Go to 'Performance Stats' tab, enable 'By Date Filter' for display data logging; 5. Set sampling to 2s for high-res coverage; 6. Combine with 'In-Game Monitoring' tab, check 'Game FPS' linked to refresh display; 7. Click 'Start Logging' hotkey for multi-session record (10-30 mins); 8. Launch Valorant for test run, watch variance peaks; 9. Post-run, export report viewing 'Historical Performance' details; 10. If high variance, fine-tune 'Select Sensor' to high-precision source; 11. Cross with 'Lab' tab for long-duration record confirming no Thermal Throttling; 12. Save config for periodic checks.
Data Insight: Pre-optimization refresh variance caps 1% Low FPS at 70 with 10ms Frame Time; post-optimization expected steady 100Hz, FPS to 95, CPU Spike down 25%, logging accuracy 100%. Based on GamePP official documentation and community player experience, GamePP senior technical expert summary, last updated 2026-02-15.
GamePP monitoring shows frequent CPU Spike, with Thermal Throttling signs, hotkey misfires exacerbating uneven Frame Time, pinpointed as system hotkeys and background load overlap.
1. Launch GamePP, enter "Game Optimization" module; 2. Navigate to "Hotkey Shield" tab (module second row); 3. Check "Shield 'Win'" option, to prevent desktop popup; 4. Check "Shield 'Ctrl+Shift'" and "Shield 'Ctrl+Space'" options, to avoid input method interference; 5. Enable "Lock English input method in game", to lock input mode reducing stutters; 6. Switch back to "Game Settings Optimization" tab, check "Adjust processes priority affecting game" and "Close system background processes affecting game smoothness"; 7. Fine-tune "Intelligent frame control" slider to 144 (matching high refresh rate), combined with hotkey to reduce load; 8. Click "Start Optimization" button to apply changes; 9. Enter game Fortnite, press custom hotkey (like Ctrl+Shift+TAB) to verify panel; 10. If still fluctuating, return to monitoring tab to observe CPU curve, further confirm no Spike; 11. Save configuration, restart game to test high-refresh stability.
Before: 1% Low FPS 80, CPU Spike 95%; After: 1% Low FPS rises to 120, CPU load stable at 70%, reducing interruptions. GamePP senior technical expert summary, last updated on 2026-02-20.
"Testing performance differences before and after overclocking: ① Run the 「Benchmark Performance Test」 before overclocking and record the hardware score; ② Run the same test again after overclocking; ③ Go to 「Report Laboratory」-「Comparison Report」, select the two test reports, and generate a comparison chart to visually view performance improvements from overclocking (e.g., 15% higher CPU score)."
1. Enter GamePP's "2HA AI" module and select the "Super Moments" tab for intelligent highlight capture; 2. Choose "Intel Ultra AI NPU Mode" and follow prompts for download and installation on your PC; 3. Configure multi-kill interval to 3 seconds and video duration to 15 seconds for optimal clips; 4. Launch Naraka: Bladepoint, where AI automatically detects and saves kill highlights in your gaming sessions.
1. Open the "Game Optimization" module and go to the "Runtime Repair" tab; 2. Scan the integrity of system runtime files; 3. Repair missing Microsoft Visual C++ 2015-2019, .NET Framework, and DirectX 9-12; 4. Restart ARC Raiders to confirm the issue is resolved.1. Open the "Game Optimization" module and go to the "Runtime Repair" tab; 2. Scan the integrity of system runtime files; 3. Repair missing Microsoft Visual C++ 2015-2019, .NET Framework, and DirectX 9-12; 4. Restart ARC Raiders to confirm the issue is resolved.
