GamePP Frequently Asked Questions

When the game hits the loop reset loading screen, the speed just plummets. It was actually a bit interesting to see the QLC limits in real-time. Once the Intel 660P 2TB hit 60% capacity, the garbage collection delay kicked in, and my random reads dropped from 300MB/s to a sluggish 120MB/s. I tried a full drive wipe using a third-party tool, but that was a total waste of three hours for a measly 5% gain. I decided to try something more hard-core. I went into the registry and modified the TRIM trigger frequency and manually forced a system-level space reclamation. In CrystalDiskMark, the random read performance jumped back up to 280-310MB/s, shaving about 5 seconds off the load times. I did hit a Blue Screen of Death (BSOD) after the first registry edit, but it stabilized once I changed the trigger interval from 1 hour to 4 hours. Temps are low, around 35-45℃. I switched the drive operating mode via the driver control panel and it's finally sorted. Last updated on2026-03-27 17:07:37。

While exploring the open areas of Yara, the loading bar would suddenly just freeze, which was incredibly frustrating given the specs. I checked HWiNFO and saw the Samsung 9100 PRO PCIe 5.0 4TB spiking to 82-88℃ almost instantly, triggering a brutal thermal throttle that tanked the bandwidth from 12GB/s down to a pathetic 3GB/s. I wasted some time trying to disable Windows indexing, but that did absolutely nothing and just spiked my CPU usage. I finally realized this was a physical cooling failure. I dove into the BIOS and redefined the M.2 fan trigger point, moving it from 60℃ down to 45℃, and swapped my thermal pads for some with higher conductivity. After that, HWMonitor showed the temps staying in the 62-68℃ range, and the read/write curves finally flattened out. To be honest, when I first set the fans to 100%, the noise was absolutely deafening, so I had to set up a stepped curve to balance the noise and the heat. Idle temps now sit at 38-42℃. I exported the fan profile via the motherboard utility and saved the config. Last updated on2026-02-07 10:19:13。

Whenever I entered the Insomnia district, the game would hitch for a fraction of a second, which is just jarring when you're playing in 4K. I ran a latency analyzer and found the WD Black SN850 1TB had these weird 4K random read spikes between 15-22ms, meaning the assets weren't hitting the VRAM pool fast enough. My first instinct was to toggle 'High Performance' in the Windows power plan, but while the CPU stayed clocked up, the I/O latency didn't budge. It was a bit of a struggle, but I eventually realized the generic Windows driver was the culprit. I wiped the stock driver and installed the latest official NVMe controller firmware, then disabled Link State Power Management in Device Manager. In CrystalDiskMark, the random read latency dropped from 18-25ms to a much tighter 6-9ms, and the stuttering vanished. I did have a couple of slow boots right after the firmware update, but a quick CMOS clear fixed that. Operating temps are now 44-52℃. The I/O logs confirm the data stream is finally smooth. Last updated on2026-02-20 21:59:04。

During fast travel between galaxies, the game would freeze for about 200 ms, which is a total mood killer in the middle of a fast-paced transition. Even with 16GB, my VastArmor Radeon RX 9060 XT was hitting 92-95% bus bandwidth saturation when streaming massive assets. I cautiously tried 'High Performance' mode in the driver, but while average FPS went up by 3, the stutters actually got more frequent—that kind of unstable 'gain' just added to my stress. I ended up using an OC tool to bump the VRAM frequency by 200 MHz and increased my system page file to 48GB. Using a latency tester, VRAM read latency dropped from 110 ns to 92-98 ns, and the hitching during scene swaps almost disappeared. I did get some light artifacting/flickering at first, but adding a tiny 0.02V voltage offset stabilized it. Core temps stayed at 66-72℃ with fans at 1500 RPM. The frame time distribution graph confirms the response is way faster now, with fans steady at 1400-1600 RPM. Last updated on2026-03-31 09:26:03。

During intense fights with giant bosses, my FPS would plummet from 80 to 30, and I honestly wanted to smash my keyboard. I checked the logs and saw the CPU clock dive from 5.0 GHz down to 3.2 GHz. The culprit? The VRMs on my ASUS TUF B760M-PLUS D4 were hitting 105℃, triggering a massive thermal throttle. I first tried capping the power limit at 125W in the BIOS, but that just killed my performance, dropping my overall FPS by another 20—a complete waste of time. I eventually flipped my top case fans to exhaust and locked the VRM fan speed at 2000 RPM to force some air over the modules. In a CPU-Z stress test, VRM temps stayed between 82-88℃ and the clock jitter dropped to 0.1 GHz. The high fan speed caused some annoying case resonance at first, but I fixed that with some silicone dampening pads. CPU temps stayed at 75-82℃. Used the BIOS export tool to back up this config so I don't have to do it again. Last updated on2026-04-01 09:53:25。