Through GamePP Hardware Monitoring, found SSD sequential read/write below 2000MB/s, triggering IO bottleneck and Frame Time peaks over 50ms+.
1. Open GamePP main interface, click left-side 'Hardware Monitoring' module icon to enter performance test prep;
2. Switch to 'Lab (Beta)' tab (module bottom Beta area), set monitoring duration 10 minutes to simulate game load;
3. Data sampling interval 1s/time, check SSD related sensors (disk read/write speed, temp);
4. Click 'Start Stats' or custom hotkey to launch, enter Black Myth: Wukong load scene for test run;
5. During test observe real-time curves confirming read/write peaks, avoid Thermal Throttling from overheat;
6. After 10min hotkey stop, view calendar filter today's record to generate report;
7. Click 'Export Detailed Data Report' for benchmark comparison, analyze bottleneck.
Before and after comparison: SSD read/write up 15%-25%, load Frame Time shortens 20ms, temp stable
1. Open the GamePP main interface, click on the 'Computer Benchmark' module, where you will see the test options list.2. Select the 'CPU Benchmark' tab, click start test, the software will run benchmark to calculate the score.3. After completion, view the detailed report to analyze CPU performance in League of Legends, helping to evaluate if an upgrade is needed.
GamePP Performance Stats show motherboard power instability causing CPU frequency variance, combined with memory channel bottleneck leading to Thermal Throttling and overall scores 10% low.
1. Launch GamePP, enter 'Hardware Monitoring' module, switch 'Lab (Beta)' tab for comprehensive benchmark;
2. Set monitoring duration 30 minutes, sampling 2s/time, check full sensors for motherboard, CPU, memory, GPU;
3. Custom 'Start/Stop Stats' hotkey to F10 for quick control in high-load game;
4. Click start, enter Halo Infinite high-quality scene run, real-time curves watch motherboard temp/voltage;
5. Cross-switch 'Performance Stats' tab, date filter historical benchmarks, compare today vs baseline;
6. During test if motherboard temp>80°C, fine-tune interval to 5s reduce load, verify frequency stability;
7. Stop then view details, export report generate overall score (incl. CPU multi-core, GPU render);
8. Enter 'Sensor Details' distinguish motherboard multi-sensors, select most accurate VRM temp confirm power;
9. Combine 'Hardware Info' validate motherboard specs consistency, avoid fake hardware impact;
10. If scores still low, alternative extend to 1hr retest, analyze peak bottlenecks;
11. Save report, use curves compare pre-optimization multi-day data, confirm gains;
12. Share exported report to community for consistency verification.
Before and after data: scores up 12%-18%, motherboard temp down 6°C, 1% Low FPS up 22%, Frame Time avg
1. Launch GamePP, go to the 'Computer Benchmark' module, switch to the 'GPU Benchmark' tab, where you will see GPU test options.2. Select 'Graphics Card' test mode, click start benchmark to run graphics tests.3. After test, view the score and report to evaluate GPU performance level in Apex Legends.
1. Open the GamePP interface, navigate to the 'Computer Benchmark' module, switch to the 'Memory Benchmark' tab, where you will see the memory test interface.2. Select 'Memory' test, click start benchmark to calculate speed and latency.3. After completion, analyze the report to optimize memory usage efficiency in Valorant.
