GamePP Frequently Asked Questions - Professional Hardware Monitoring Software FAQ Knowledge Base
GamePP Frequently Asked Questions
Professional solutions covering software installation, hardware monitoring, AI filters, performance optimization, troubleshooting, and more, helping users quickly resolve various issues encountered during use
How to view historical GPU temperature fluctuation records for past games in GamePP performance stats
Real-time Monitoring
Players wanting to diagnose past game stuttering often need to check historical GPU temperature curves. The official stats feature and community usage allow date-based review. Steps:
1. Open GamePP main interface and click the 'Hardware Monitoring' module on the left.
2. Switch to the 'Performance Statistics' tab.
3. Use the calendar/date filter to select the desired date or game session.
4. The system displays FPS curves, GPU temperature fluctuations, GPU load changes, etc., for that period.
5. Click detailed stats for GPU temp peaks/averages, or export reports for analysis.
6. For deeper insight, combine with 'Lab (Beta)' for extended recording of GPU temp curves.
This helps identify overheating-related drops. Updated on January 29, 2026, based on GamePP official documentation and player experience.
Overview: GamePP advanced in-game memory monitoring issues.
In game Apex Legends high-intensity matches with memory Kingston FURY Beast 32GB DDR5 6000 White Edition, memory usage spikes to 95% causing unstable Frame Time, but in-game monitoring panel data
Real-time Monitoring
GamePP data shows in-game panel refresh delay, memory usage rate feedback untimely, exacerbating Thermal Throttling concerns.
1. Enter 'Hardware Monitoring' module 'In-Game Monitoring' tab; 2. Click 'Custom Hotkey' set show hotkey Ctrl+Alt+O, hide F12; 3. Check 'Memory Usage Rate' and 'VRAM Usage Rate' for key data display; 4. 'Display Style' dropdown select 'Vertical Mode 2' or 'Naraka Exclusive' fitting FPS games; 5. 'Refresh Time' slider fine-tune to 1s (30FPS recommended), test down to 0.5s for load; 6. 'Font Size' max for 4K, enable 'OLED Burn-in Protection'; 7. Enable 'Panel Edge Snapping' for easy positioning; 8. Cross-verify 'Performance Statistics' tab today's curves syncing memory peaks; 9. Enter game, press hotkey to pop panel, observe multiple matches memory spikes; 10. If laggy, return to 'Choose Sensor' prioritize memory strip temp sensor; 11. 'Lab (Beta)' record 5-min data, 1s interval export report confirm; 12. Save config, restart game verify real-time and stability.
Pre- and post-optimization comparison: Memory data lag from 2s to
How to display only CPU and GPU data in GamePP ?
Real-time Monitoring
Setup steps: 1. Open the GamePP settings interface and go to "Monitoring Display" options; 2. In the monitoring items list, check only CPU and GPU related data options; 3. Click "Apply" and save settings; 4. After entering the game, the monitoring overlay will display only CPU and GPU data; 5. To restore default display, click "Restore Default Settings." It is recommended to adjust display content based on actual needs to avoid overwhelming screen information that affects gaming experience.
"How to monitor real-time temperature of AMD Radeon RX 7900 XTX in Honkai: Star Rail using GamePP?"
Real-time Monitoring
"Monitoring RX 7900 XTX temperature in Honkai: Star Rail: ① Open GamePP and enter 'In-game Monitoring' settings; ② Add Honkai: Star Rail to the monitoring game list; ③ Enable GPU temperature monitoring item; ④ Set temperature threshold to display warning when exceeding 85°C; ⑤ Adjust monitoring window position to top-left corner of screen to avoid UI obstruction; ⑥ Set hotkey F12 to quickly toggle monitoring display status, which will automatically take effect after launching the game."
"How to use the lab feature in GamePP for long-term recording of NVIDIA GeForce RTX 5090 power consumption data?"
Real-time Monitoring
1. Open the "Hardware Monitoring" module and click the "Lab (Beta)" tab; 2. Set the monitoring period and data sampling interval; 3. Start long-term hardware data recording; 4. Include core frequency and power consumption; 5. Export records specifically for NVIDIA GeForce RTX 5090.