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Wooting 60HE

Spec sheet

Layout: 60%
Case material: Plastic
Mount style: Tray mount
Hotswap: yes
Wireless: no
Released: Apr 1, 2022

The board thock's Hall-effect coverage keeps citing as the analog-input reference point: hotswappable Lekker Hall-effect switches, true analog input, and per-key adjustable rapid trigger in a tray-mount ABS case. Wired USB-C only, no wireless option. Entered mass production in April 2022 and remains the fixed point reviewers measure newer HE and TMR boards against for rapid-trigger tuning depth and configurator maturity.

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Mentioned in 4 articles

Cross-section of a Gateron Magnetic Jade switch drawn in a single warm-grey stroke — polycarbonate top housing over a closed nylon bottom, a POM stem with a small rare-earth magnet seated in its base, descending toward a Hall sensor pad on the PCB below. A coral callout line picks out the magnet and the sensor, with faint coral field lines tightening between them, and a small warm-bronze theme dot sits in the upper-right margin.

Deep Dives

Gateron Magnetic Jade: the Hall-effect linear built to be argued about like a mechanical one

Pull a Magnetic Jade apart and the parts list reads like a mid-tier mechanical linear: polycarbonate top, nylon bottom, POM stem, factory lube. Where the leaf would be, there is a magnet. That one substitution explains the feel, the sound, and why it will not fit half the Hall-effect boards on the market.

thockAug 21, 202611 min read

Line-drawing comparison of five keyboard case silhouettes shrinking left to right — full-size with numpad, tenkeyless, 75%, 65%, and 60% — arranged like a family tree with a bronze accent dot marking the 60% case as the root the other compact sizes branch from.

Deep Dives

How the 60% became the default custom-keyboard layout

Every custom-keyboard buyer's guide since the mid-2010s opens with the same four-term vocabulary — 60%, 65%, 75%, TKL — as though it always existed. It didn't. One open-source PCB out of a geekhack thread is most of the reason that taxonomy exists at all.

thockJul 29, 202611 min read

Diagram of an optical switch cross-section showing the LED beam and phototransistor sensing pair

Deep Dives

How optical switches actually sense a keypress

An optical switch replaces the metal contact with a beam of light. That one change eliminates contact bounce entirely, reshapes the latency math, and is why some optical boards can offer per-key actuation at 0.1mm granularity. The mechanism is simpler than the marketing makes it sound.

thockJun 7, 202612 min read

Side-view cross-section silhouette of a Hall-effect switch in 2px warm-grey stroke on a transparent canvas — top housing, stem, and lower housing with the sensor seat — overlaid by vivid coral magnetic field lines arcing outward from the stem magnet, with warm-bronze accent hits along the housing edges.

Trends

How Hall-effect quietly became the new mid-premium default

The polling-rate hype is loud and easy to wave off — 8K, 32K, numbers chasing each other up the spec sheet. The quieter story is that the magnetic-switch tier has stopped being a Wooting-shaped niche and has settled into the $100–$230 prebuilt slot the scene actually buys from. The volume has moved, not just the marketing.

thockApr 22, 20267 min read

Wooting 60HE appears in editor-curated build sheets.

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