GamePP Frequently Asked Questions

I was so excited to sneak through Chongqing, but the experience was ruined by severe 0.4-second freezes. I tried disabling all background disk scans in Windows, but this did nothing for the low-level NVMe blocking and actually slowed down my system searches. I used GamePP NVMe Queue Depth Configuration to increase the depth from 32 to 128 and optimized the write cache strategy. RTSS monitoring showed frame generation time converged from 15-45ms to 11-16ms, and HWiNFO confirmed temperatures at 48-55℃. Last updated on2026-05-24 15:08:16。

During intense team fights, my frame rate would irregularly drop from 144 to 80, making precise movement nearly impossible. I tried disabling all power-saving options in the BIOS; while drops decreased, temps rose by 8℃ without any real FPS gain, which felt like a poor trade-off. I used the GamePP Resource Scheduler to set the CPU priority to Real-time and forced High Performance mode. RTSS showed frame times stabilized from 7-22ms to 6-11ms, and HWiNFO confirmed CPU temps stayed between 62-75℃. Last updated on2026-05-27 12:52:51。

It's so annoying! Every time a firefight starts, the frame rate jumps wildly between 120 and 180, creating a stuttering mess. I tried lowering all in-game graphics settings; it only dropped the temp by 3℃ while destroying the visuals, which made me furious. I used the GamePP Power Plan Switcher to set the system to High Performance and locked game threads to high-performance cores. RTSS showed frame time jumps reduced from 8-35ms to 6-12ms, and HWiNFO confirmed CPU temps stabilized at 65-72℃. Last updated on2026-06-11 19:43:49。

Entering complex levels felt anxious as distant textures emerged like blocks due to massive loading lag. I tried using the built-in Windows disk defragmenter, but that's useless for NVMe SSDs and just made my system feel more sluggish. I used the GamePP NVMe Queue Depth Configuration to increase the depth from 32 to 128 and optimized the concurrent read mode. CrystalDiskMark showed 4K random reads improved to 62-75MB/s, and HWiNFO confirmed full-load temperatures stayed between 52-60℃. Last updated on2026-05-01 19:11:50。

It was unbelievable that a top-tier SSD would trigger thermal throttling; the village center caused temps to spike to 86℃ in 3 seconds. I tried enabling power-saving mode in the BIOS, which lowered the temp by 5℃ but increased loading times by 4 seconds—totally counterproductive. I used the GamePP Hardware Sensor to analyze heat, then adjusted NVMe queue concurrency from 1024 to 2048. CrystalDiskMark tests showed stable random reads at 65-78MB/s, and HWiNFO confirmed temps stabilized at 62-68℃. Last updated on2026-05-10 19:37:42。