Starting from the user's pain point of feeling the computer getting hot in the game GTA V and wanting to know the cooler performance, use GamePP's hardware monitoring module to solve it. 1. Open the GamePP main interface and click the 'Hardware Monitoring' module on the left. 2. Switch to the 'Hardware Information' tag, view the cooler section, confirm your cooler model as Thermalright Peerless Assassin 120 SE ARGB. 3. Click 'Re-scan' to update hardware information changes. 4. Switch to the 'Laboratory (Beta)' tag, support long-term recording of full-dimensional hardware data, including temperature and sampling interval (1 second/time-10 seconds/time). 5. Enter the game GTA V, use custom hotkeys to start/stop statistics, real-time view cooler temperature fluctuations to avoid high-temperature damage.
1. Open the GamePP main interface and click the 'Hardware Monitoring' module on the left to enter the core entry for status monitoring and troubleshooting.
2. Switch to the 'Hardware Information' tab, which is the core entry for hardware configuration overview and real-time status monitoring.
3. Click the 'Re-scan' button to re-detect changes in the current computer hardware information, including the newly upgraded SSD.
4. Scroll to the 'Hard Disk' section to view the SSD type, actual capacity, and real-time monitoring of hardware dynamic data, including temperature, occupancy rate, and curve display.
5. To track in real time during game Black Myth: Wukong and avoid high-temperature damage, switch to the 'Desktop Monitoring' tab, customize the floating window to display SSD temperature and occupancy, supporting preset panel styles and desktop positions.
1. Open the GamePP main interface and click the 'Game Optimization' module, the core entry for system and runtime environment optimization.
2. Switch to the 'Game Settings Optimization' tab to optimize computer system resource allocation during games.
3. Manually check options like 'Adjust processes priority that affect games', 'Close system background processes that affect game smoothness', 'Release computer system memory' to reduce CPU load.
4. Click the 'Start Optimization' button; a single optimization takes effect only once to help release resources and avoid lag.
5. Optionally enable 'Automatically perform game optimization when game is running'; after setting, it auto-starts when launching games to continuously monitor CPU occupancy.
1. Open the GamePP main interface and click the 'PC Benchmark' module, the core entry for quantitative hardware performance evaluation.
2. Switch to the 'Comprehensive Benchmark' tab, supporting tests for CPU, GPU, memory, SSD, motherboard, etc.
3. Select memory-related test options, click the 'Start Test' button to evaluate capacity, channels, frequency, timing, and other specifications.
4. After testing, view detailed scores and performance statistics, supporting export reports for analysis.
5. To verify actual performance in game Naraka: Bladepoint, combine with the 'Performance Statistics' tab to record historical load changes and avoid memory bottlenecks causing lag.
1. Open the GamePP main interface and click the 'Hardware Monitoring' module, entering the core entry for hardware temperature monitoring.
2. Switch to the 'Hardware Information' tab, the foundation for real-time status monitoring.
3. Click the 'Re-scan' button to detect changes in current radiator information.
4. View real-time monitoring dynamic data, including radiator temperature, supporting curve display for temperature fluctuations.
5. To avoid high-temperature hardware damage, switch to the 'In-Game Monitoring' tab, customize the floating panel to display temperature, supporting hotkeys to show/hide.
