In the , we discovered the "Mass Penalty Rule." For every additional gram of keytop weight, you increase the switch's perceived actuation force by 1.5g and increase return lag by 0.3ms.
Hardware validation
A keycap's profile dictates its geometry and surface area. The larger the surface, the more leverage it has to amplify stem wobble. Taller profiles like SA and OEM provide more surface area, which can lead to more noticeable instability. In contrast, lower profiles like Cherry and DSA minimize leverage, creating a more inherently stable feel. An optimized stem height, as seen in some modern keycap sets, can reduce wobble by minimizing the lever arm. superposition benchmark key top
Casual gamers and mainstream hardware enthusiasts.
: The benchmark utilizes SSRTGI (Screen-Space Ray-Traced Global Illumination) to deliver cutting-edge dynamic lighting and realistic visual effects. In the , we discovered the "Mass Penalty Rule
Install the "Key Top" you wish to test (e.g., OEM profile, PBT plastic). Run the benchmark again.
If you want to see how your PC stacks up against the community, tell me your and your latest 1080p Extreme score . I can help you determine if your hardware is performing at its optimal potential or if there is room to optimize your settings . Share public link Taller profiles like SA and OEM provide more
PBT is widely considered the premium choice. It is a denser, more rigid, and harder plastic than ABS, offering superior resistance to wear and the dreaded "shine". Its higher rigidity is a major advantage; PBT keycaps provide a more stable and consistent typing feel, with better resistance to deformation over time. For benchmark performance, PBT wins.
So, the next time you fire up Unigine Superposition to see if your undervolt is stable, take a moment during the loading screen. Look down at your hands.
Users can interact with over 900 individual physical objects, changing gravity settings, throwing items, and triggering mini-games to see how real-time physics calculations impact frame rates. 4. Comprehensive Virtual Reality (VR) Benchmarking
In the world of PC hardware, "benchmarking" is a well-understood practice. When a new graphics card is released, reviewers fire up demanding 3D applications like to measure GPU performance. But what about the device that arguably plays an even more direct role in how you interact with your computer—your keyboard?