This card is an absolute power hog, and it's honestly hilarious that a high-end beast like this can max out its VRAM in a remake of an old game like Primal Carnage. VRAM usage was hovering between 15.2-15.8GB, and every time the resource recovery kicked in, my FPS plummeted from 160 down to 30. It was like a joke. I tried dropping textures to Medium, but the game looked like a pixelated mess, so that was a hard no. I used a memory profiling tool to force-expand the game's texture pool cache and disabled Windows virtual VRAM mapping. In GPU-Z, the memory clock finally stayed at its peak without those sudden resource-recovery freezes. I had a rough start where the game crashed three times during the cache tweak, but increasing my page file to 32GB stabilized it. Temps are 65-72℃ with fans at 1800 RPM. I exported the peak VRAM logs for verification, and fans stayed steady between 1750-1850 RPM. Last updated onApril 26, 2026 3:00 PM.
The NH-D15S is an absolute unit of a cooler, but Where Winds Meet is such a CPU monster that it actually managed to create localized hot spots, which is just wild. My overall temp looked fine at 70℃, but one single core would spike to 92℃, causing these tiny micro-stutters in physics calculations that felt like the game was trolling me. I tried taking the side panel off my case, but that only dropped temps by 2℃ and just sucked in a mountain of dust—definitely a rookie move. I ended up tweaking the angle of my front intake fans and added a 120mm exhaust at the top to force a direct wind tunnel through the heatsink. According to HWiNFO, the core delta dropped from 15℃ to just 6℃, and those annoying stutters vanished. I actually installed one of the fans backward at first, which just trapped heat inside, but flipping it fixed everything. CPU now stays between 68-74℃ with fans at 1100-1200 RPM. It's a relief to finally have a balanced thermal map. Last updated onApril 29, 2026 10:11 PM.
The scheduling logic on this 9700X feels like a coin toss. I was getting 200 FPS on average, but these random 30ms spikes every few seconds were driving me insane. It's a classic AMD issue where threads jump between CCXs during high-frequency instructions, wrecking the L3 cache hit rate. I tried disabling SMT, but that tanked my multi-threaded performance by 15% and didn't actually fix the feel—just a different kind of lag. I eventually used a process affinity tool to force the game's main thread onto physical cores 0-3 and disabled core parking. In RTSS, the jagged frame time graph finally smoothed out into a straight line, with fluctuations limited to 3-5ms. I did have a brief system hang during the first lock-in attempt until I reallocated the background services. CPU usage is now a steady 45-60% at 62-71℃. Exported logs show fan speeds holding at 1400-1600RPM. Last updated onApril 15, 2026 10:14 PM.
This motherboard is basically fighting for its life trying to run this game. It's wild that a well-optimized title can actually trigger a full system reboot. The VRM voltage was swinging violently between 1.1V and 1.3V, and the moment a complex scene hit, the current peak tripped the overcurrent protection. It felt like the PC was playing a prank on me. I tried Windows Power Saver mode, but that just gutted my performance—load times went from 15 seconds to 40 seconds, which was a non-starter. I ended up using a frequency control tool to hard-lock the CPU at 3.4GHz and disabled all Boost features. According to my analyzer, the current draw flattened out to a steady 45A - 65A range, and the reboots stopped completely. I did hit a snag where the system froze because the voltage was too low for the lock, so I had to manually bump it to 1.18V. Now the board runs hot at 85℃ - 90℃ with fans screaming at 2400 RPM, but it stays on. Logged all the crash timestamps for the record. Last updated onApril 18, 2026 2:38 PM.
Man, every time I launched the game, I had to sit there staring at the motherboard logo for 20 seconds. It was a total test of my patience. After some digging, it looked like the motherboard was having a 'handshake' delay with the PWM headers associated with the AK620, making the POST process drag on forever. I tried enabling 'Fast Boot' in Windows, but that's just a facade—the actual hardware initialization time didn't change at all, which was pretty laughable. I went deep into the BIOS, forced the boot order to NVMe first, and killed all the useless COM ports and redundant USB 2.0 headers. The boot log showed the time from power button to desktop dropped from 26 seconds to 11 seconds. I did accidentally disable my wireless mouse receiver in the process, but I fixed that by re-enabling specific USB power delivery. Chipset temps are steady at 38-44℃, and the fans are humming along at 1400-1600RPM. Exported the boot logs just to be sure. Last updated onMarch 31, 2026 7:23 PM.
