Dealing with the physics-heavy building collapses in Control 2 was a nightmare. I watched my CPU core temps rocket from 62,0C to 94,0C in seconds, which triggered the motherboard's thermal trip and tanked my frame rate from 90 FPS to a stuttery 32 FPS. The stock fan profile on the Jonsbo CR-1400 ARGB Black is way too passive, barely ramping up until 80,0C. I tried Windows Extreme Performance mode, but that just dumped more wattage into the chip and hit the thermal wall even faster. I eventually dove into the BIOS -> Monitor -> Fan Curve and dropped the trigger point to 55,0 Last updated on2026-03-12 18:05:23。
I started noticing horizontal tears and micro-stutters during intense firefights, so I checked my telemetry. It was wild—even with a beast like the Noctua NH-D15 G2 chromax.black, Core 2 was hitting 91,0C while the others were chilling at 72,0C - 78,0C. That kind of delta is a dead giveaway for a mounting gap. My first instinct was to cap the single-core boost in software, but that just nuked my overall FPS by 12%, which was a total waste of time. I ripped the cooler off and found the pre-applied paste was a mess. I swapped it for high-conductivity liquid metal and used a d Last updated on2026-03-13 08:51:39。
During fast-paced boss encounters, I kept feeling this tiny 'hitch' in the action that completely threw off my combat rhythm. The default 4800MHz speed on this Crucial kit just can't keep up with the real-time physics calculations, with latency hitting 82-90ns. I tried disabling all background services first, but the latency numbers barely budged, which actually made me excited to finally try some manual overclocking. I jumped into the BIOS, enabled the XMP profile to push the frequency to 5200MHz, and tweaked the DRAM voltage from 1,1V to 1,25V. AIDA64 showed the memory la Last updated on2026-04-28 14:30:59。
Exploring the castle, every time I flicked the camera quickly, I'd get these rhythmic micro-stutters that were incredibly noticeable at 4K. The default XMP profile for this Gloway DDR5 6000 kit was causing the memory controller voltage to fluctuate around 1,35V, leading to latency jumps between 65-72ns. I tried lowering the shadow quality in-game, which boosted the raw FPS, but the stutters remained, proving that a cautious approach wasn't going to cut it. I went into the BIOS, locked the SoC voltage at 1,25V, and tightened the tRFC from 480 down to 420. RTSS showed the fra Last updated on2026-05-07 13:54:49。
It's absolutely ridiculous that a top-tier 96GB kit can be crashed by a single game—the stability is honestly a joke. When loading massive map assets, the memory controller just choked on the sudden surge of address requests and crashed the game to desktop, which was a total nightmare. I tried updating the motherboard BIOS, but that didn't fix the crashes and actually wiped my XMP profiles, which was a complete waste of time. I finally went into the BIOS, dropped the frequency from 6000MHz to 5600MHz, and loosened the primary timings from 36-36-36-76 to 38-40-40-80. After 5 Last updated on2026-05-10 15:00:35。
