GamePP Frequently Asked Questions

During extreme loop reset scenes (Report LDS600), VRAM bandwidth slammed into 21.7GB - 27.3GB, causing NVIDIA GeForce Experience sharpening to jump between 69% - 86%, which created those jagged edges. I went into the GPU-Z memory frequency tab to lock the load curve and used MSI Kombustor for stress testing to set a custom filter preset. This narrowed the sharpening range to 74% - 81% and dropped VRAM temps from 77℃ down to 71℃ - 75℃, making the teleport edges look natural. Combined with EVGA Precision color calibration, the smoothness is night and day. Aliasing is mostly gone, but I still see slight color blocking in very dark areas. Last updated onMarch 9, 2026 9:48 PM.

Under report 202601A using Windows 11 24H2, I noticed the ADATA XPG bandwidth fluctuating wildly between 19.1GB - 22.4GB in GamePP. When it peaked at 23.1GB, I hit micro-stutters that ruined the flow. I tried expanding the page file, but the frame pacing stayed messy. The real fix was heading into the BIOS, navigating to Advanced, and lowering the priority weight for non-critical processes while locking bandwidth nodes in HWiNFO. This stabilized my frame rate between 53fps - 59fps in GamePP, significantly cutting down the input lag during gear swaps. This aligns within 3% of public benchmarks, though I still see minor jitters around 20GB during massive firefights; it's not a perfectly flat line. Last updated onJanuary 28, 2026 9:25 AM.

Log 15LOG tracks my struggle here. I saw timings bouncing between 17.2ns - 21.9ns, and CrystalDiskInfo reported remapped sector fluctuations of 5 - 9 times, which is where the loading bar just died. I tried three SFC scans, but they all crashed due to signature conflicts. I finally got a lead using MemTest86+ to stress address range 0x91 - 0xA6 and used BurnInTest to move the runtime libraries to a separate storage volume. After that, CrystalDiskInfo read latency dropped to 0.25s - 0.33s, and the controller vibration stopped lagging. PassMark cross-validation shows the environment is stable now, but there's still a weird 0.1s hitch during the first boot—likely a hard physical limit of the hardware. Last updated onFebruary 12, 2026 12:44 PM.

This is a classic visual pipeline conflict. When memory bandwidth fluctuates between 14GB - 19GB, setting the AMD Adrenalin sharpening between 65% - 82% makes the aliasing look brutal. I tried locking it at 75%, but the edges were still too harsh. I changed tactics: I used GPU-Z to lock the VRAM load curve and ran MSI Kombustor to stress the system, then dialed the sharpening back to a range of 71% - 78% in custom mode. Suddenly, the fur looked natural instead of like cheap plastic. Note that with Frame Generation on, VRAM temps hover between 68℃ - 71℃, which causes slight color shifting in a few scenes. However, using EVGA Precision for color calibration cleared the image up. My eyes finally stopped straining. Last updated onApril 6, 2026 9:59 PM.

That lag is actually caused by memory timing stress during heavy weather effects. I saw timings fluctuating between 15ns - 20ns, and CPU-Z showed bandwidth utilization jumping between 78% - 92%. I ran SiSoftware benchmarks and saw a ±8% variance, which was honestly stressing me out. I went into the ASUS Armoury Crate device status page, forced the sensor refresh rate to lock, and used MSI Center to tighten the timings to 16ns - 18ns. Back in the rain, bandwidth usage stayed steady at 82% - 88%, and the horse's vibration feedback became pinpoint accurate. Be careful: this can cause random reboots in low-voltage environments, so don't push the voltage offset more than 0.02V. SignalRGB logs confirm the data is now accurate, and the controls feel light again. Last updated onMarch 13, 2026 10:54 PM.