Chilkey’s Slice68 HE takes a fresh swing at the compact Hall effect gaming keyboard by focusing as much on acoustics and feel as it does on raw speed. Wrapped in a slick Evangelion-inspired design, this board pairs enthusiast-grade materials with esports-ready features to deliver a fast, finely tuned experience.
Instead of a typical tray or top mount, the Slice68 HE uses a silicone particle gasket mount to isolate the plate from the case. The result is a slightly cushioned, more controlled keypress and cleaner overall sound. A cork sheet sits between the plate and PCB, lending a distinctive, organic tone that stands apart from the usual foam-heavy stacks. Rounding out the sound profile are an IXPE switch pad for crisp feedback and Poron case foam for extra damping, reducing unwanted resonance without muting character.
Lighting is thoughtfully handled. While the south-facing RGB won’t maximize shine-through keycaps, a customizable RGB strip along the front edge adds a dramatic glow that fits the Evangelion theme and looks great across a desk setup.
Performance is where the Slice68 HE pushes hardest. Chilkey claims ultra-low 0.1 ms latency and lets you dial in per-key actuation distances with up to 0.01 mm precision, so you can tune keys for everything from feather-light taps to deeper, deliberate presses. It supports rapid trigger for lightning-fast repeats, DKS for dual-stage actions on a single key, and SOCD handling for clean directional inputs in competitive titles. The entire layout is fully remappable, giving tinkerers the freedom to create game-specific layers and macros. It doesn’t offer analog input, but focuses squarely on speed, consistency, and precise control.
Who is it for? Players chasing every millisecond, creators who care about a refined acoustic signature, and anyone who wants a compact Hall effect keyboard that’s both customizable and desk-friendly. With its gasket-mounted structure, cork-infused sound stack, and deep software tuning, the Slice68 HE aims to deliver a standout blend of feel, flair, and performance.
