Superposition Benchmark Key Top May 2026
| Load condition | Max displacement (mm) | Stem tilt angle (deg) | Tactile feedback consistency | |----------------|----------------------|----------------------|------------------------------| | F1 only | 0.31 | 0.0 | Uniform | | F1 + F2 | 0.58 | 2.1 | Slight edge softness | | F1 + F2 + F3 | 0.79 | 3.4 | Mushy, reduced click clarity |
Key observation: Under full superposition (three-point loading), key top deflection exceeded linear elastic range by 27%, causing the stem to bind against the switch housing.
Based on aggregated data from the superposition benchmark key top community, here is how popular caps perform:
| Key Top Profile | Material | Superposition Score (Latency) | Wobble Index | Best Use Case | | :--- | :--- | :--- | :--- | :--- | | Cherry OEM | PBT | 92/100 | Low | General Typing | | SA | ABS | 78/100 | High (2.1°) | Aesthetic/Retro | | XDA | PBT | 96/100 | Very Low | Fast Gaming | | MT3 | PBT | 85/100 | Moderate | Ergonomic | | Low Profile (LAM) | ABS | 99/100 | Minimal | Esports |
When thermal paste degrades, temperatures spike instantly under load. Because the Key Top scene lacks cinematic variation (fade-to-black transitions), the thermal load is linear. If your hotspot temp hits 105°C within 60 seconds of this scene, your cooling solution is failing. superposition benchmark key top
The superposition benchmark key top is not a gimmick. For competitive gamers, a 10ms reduction in key return speed translates directly to higher reaction scores. For programmers, reducing the "mushy" superposition zone reduces RSI fatigue because you no longer need to bottom out.
Stop testing your switches naked. Start benchmarking your key tops.
Action Step: Download a free force curve analyzer (like Switch Comparator) and manually enter the weight of your keycap. If your key top mass exceeds 2.8g, swap to an XDA profile immediately. Your APM will thank you.
Keywords integrated: superposition benchmark, key top, keycap performance, keystroke latency, XDA profile, GMK vs PBT. | Load condition | Max displacement (mm) |
We chase the Superposition score because we want to know our $2,000 GPU is "working." But a GPU either renders the frame or it doesn't. It is binary.
A key top is analog. It degrades. ABS shines (literally—it develops a greasy patina called "shine" after months of use). PBT warps. Legends fade.
The ultimate benchmark isn't whether you can run Superposition at 200 FPS. It is whether you can use the machine running Superposition for 10 years.
When you look at a vintage IBM Model M, you aren't looking at the benchmark scores of 1985. You are looking at the key tops—dye-sublimated PBT that have outlived three generations of GPUs. Keywords integrated: superposition benchmark
Intel's hybrid architecture (P-cores + E-cores) sometimes misallocates the render thread in Superposition. The Key Top scene is heavily draw-call dependent.
Unigine Superposition offers three primary scenes: Camera 1, Camera 2, and the infamous Key Top.
If you load the standard "1080p Extreme" preset, the benchmark runs through a scripted series of scenes focused on volumetric lighting and particle effects in a temple environment. However, the Key Top scene is different.