It was pure despair; every time a key plot point triggered in the loop, the screen went black and my system rebooted, erasing my progress. I tried enabling the Windows High Performance power plan, but it didn't stop the crashes and pushed CPU temps to 92℃ per AIDA64. I finally used GamePP BIOS Load-Line Voltage Adjustment Wizard to switch to L2 mode and added a 0.05V Vcore offset. Voltage stabilized at 1.21-1.24V per BIOS monitor, and MemTest86 confirmed zero errors with motherboard temps at 45-51℃ per HWiNFO. Last updated on2026-04-14 09:23:31。
I felt completely robbed of immersion while walking through neon Tokyo; releasing large spells caused the screen to freeze for 0.5s. I tried closing all background startup items in system settings, but the frame rate only increased by 2 FPS, proving it was a deep scheduling issue. I then used GamePP Resource Scheduler to force the game process to Realtime priority and capped non-core CPU usage below 5%. Now, frame time converged to 8-11ms per RTSS, while bus load dropped from 82-88% to 5% via AIDA64, and VRM temps stayed 52-58℃ per HWiNFO. Last updated on2026-04-11 09:42:13。
Despite having plenty of RAM, the frame rate would plummet from 60 to 30 during particle-heavy fights. I recklessly tried increasing virtual memory, which caused the game to crash twice within ten minutes per Windows Event Viewer. I used the GamePP Load-Line Voltage Adjustment Wizard to stabilize voltage at 1.40V and loosened timings. Stress tests confirmed a stable read speed of 52GB/s, and memory temperature was managed at 58℃ per GamePP Hardware Sensor. Performance is now rock solid. Last updated on2026-06-09 14:03:28。
Every time I entered a complex indoor scene, ground textures loaded painfully slowly, which is a disaster for stealth. I tried increasing virtual memory to 32GB, but this only slowed down system responsiveness per HWiNFO monitoring. I used the GamePP NVMe Queue Depth Configurator to increase depth to 2048 and enabled write cache refresh. CrystalDiskMark showed a 10% increase in random reads, and loading times dropped to 11s. SSD temps also fell from 65℃ to 55℃ per GamePP Hardware Sensor. Last updated on2026-05-25 17:44:01。
Galloping through the open world, the horizontal tearing lines were blinding, making the game feel broken. I tried enabling in-game V-Sync, but input lag spiked to 60ms per GamePP Frame Time Analyzer, making every click feel heavy. I used the GamePP Frame Time Analyzer to lock the sync interval at 16.6ms and capped FPS at 60 via RTSS. The frame generation curve became a flat line, and memory temperature stayed stable at 54-60℃ per GamePP Hardware Sensor. It's finally playable. Last updated on2026-06-04 21:00:41。
