A recent experiment delved into an unconventional modification of gaming PCs: the integration of anime figurines within the chassis. This investigation aimed to quantify the effect of these decorative items on the system's thermal performance, a topic often debated among PC enthusiasts. Surprisingly, the findings indicate that even a considerable number of figurines have a negligible impact on crucial metrics like GPU temperature and frame rates during intensive benchmarks, challenging prevailing beliefs about airflow obstruction.

The experimental setup involved a Hyte Y40 PC case, chosen for its user-friendly, tool-free removable panels, and an iBuyPower RDY Y40 Valorant VCTA R003 system equipped with an RTX 4070 Super graphics card. The methodology was straightforward: figurines were incrementally introduced into the PC, and after each addition, the system underwent rigorous testing using FurMark 2 benchmarks at both 1080p and 1440p resolutions. The initial baseline, established on a mild September day, showed the RTX 4070 Super maintaining an ambient temperature of approximately 34°C (93.2°F), which escalated to 83°C (181.4°F) under a full GPU load during the benchmark. The 1080p benchmark yielded a score of 11568 with 195 frames per second (fps), while the 1440p test resulted in a score of 7812 with 132 fps.

As the experiment progressed, starting with a single 10 cm Miku Hatsune figure, the ambient temperature within the PC case showed minor, transient increases of a couple of degrees each time the glass panel was re-secured, but quickly reverted to the baseline 34°C. Remarkably, the GPU temperatures under 100% load remained consistently around 83°C, even as more figurines were added. Frame rates also held steady; for instance, the 1440p benchmark recorded a brief dip to 130 fps with eight figures but soon stabilized at 132 fps. Intriguingly, the 1080p benchmark even registered a slight peak of 198 fps with eight figurines, although this is unlikely to indicate a performance enhancement.

The primary limitation encountered was not thermal throttling but rather physical space. As the number of figures grew, accommodating them without interfering with internal components became increasingly difficult. Taller figurines required larger base areas for stability, consuming valuable space. A significant challenge arose when a rapidly spinning fan would occasionally strike a figurine, producing a loud noise, which necessitated careful repositioning to ensure adequate clearance. This led to creative, albeit unconventional, stacking methods to maximize the limited internal volume, incorporating various types of figures, including those from other franchises like Lupin III and Amiibos.

In conclusion, the experiment demonstrated that the presence of anime figurines inside a gaming PC does not significantly impair thermal performance under benchmark conditions. While the aesthetic choice of decorating a PC interior with figures is subjective, users can rest assured that a reasonable number of such items is unlikely to cause overheating or noticeable performance drops during typical gaming sessions. The main constraint lies in the physical arrangement and ensuring components like fans are unobstructed rather than any inherent thermal properties of the figures themselves.