Glossary
The mechanical keyboard terms behind our rankings — switches, layouts, build quality, and the spec language we use when we explain why a board places where it does.
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- 65% layout
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Compact layout keeping arrows and a few nav keys (~68 keys). We weigh its compactness against the learning curve of layered navigation.
See also: Tenkeyless (TKL), Layer
A
- ABS components
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Common, smoother keycap plastic prone to shine over time. Not a disqualifier — many good boards ship ABS and caps are replaceable.
- Actuation force switches
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Force in grams-force to register a keypress. We treat it as a fit factor, not a score: light switches suit fast typists, heavier ones resist accidental presses. We never rank a board down for a preference-based spec.
See also: Linear switch, Tactile switch, Bottom-out force
B
- Bottom-out force switches
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Force needed to press a key fully to the bottom. Often higher than actuation force; relevant for typists who bottom out every keystroke.
See also: Actuation force
C
- Clicky switch switches
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Tactile plus an audible click. We flag it as a context-sensitive choice (loud) and rank it within its category, not against quiet switches.
See also: Tactile switch, Linear switch
F
- Form factor layout
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The board's size class — full-size, TKL, 75%, 65%, 60%. We rank within form factors, because a 60% and a full-size serve different needs and aren't directly comparable.
See also: Tenkeyless (TKL), 65%
G
- Gasket mount build
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Plate suspended on gaskets for a softer typing feel. Common in higher-tier boards; a contributing, not decisive, factor in our build-quality assessment.
See also: Mounting style, Tray mount
H
K
- Keycaps components
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Material (PBT/ABS), profile, and legend method. We note keycap quality as a value factor since cheap caps are an easy, cheap upgrade.
See also: PBT, ABS, Stabilizers
L
- Layer layout
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A secondary key set accessed via a modifier. We factor layer ergonomics and remappability into rankings of smaller boards.
- Linear switch switches
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Smooth travel, no bump or click. We assess linears on consistency and scratch, not on a single 'best' verdict, since use case dominates.
See also: Tactile switch, Clicky switch
M
- Mounting style build
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How the plate/PCB attaches to the case — tray, top, gasket, etc. It shapes typing feel and sound; we describe its effect rather than scoring feel as if it were objective.
See also: Gasket mount, Tray mount
P
- PBT components
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Dense, shine-resistant keycap plastic, generally preferred for longevity. A small positive in value scoring when included stock.
- PCB build
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The circuit board that registers keypresses; determines hot-swap, wireless, RGB, and firmware support. A frequent source of value differences between similar-looking boards.
- Polling rate firmware
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How often the board reports state, in Hz. 1000 Hz is standard; we note diminishing returns above it rather than treating higher numbers as better.
See also: Wireless
Q
S
- Soldered build
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Permanently fixed switches. Not penalized in our rankings — it's common at every price tier and only matters if you plan to swap switches.
See also: Hot-swap
- Stabilizers components
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Mechanisms keeping wide keys level. Stock stabilizer quality strongly affects out-of-box feel and is one of the few build details we weight heavily.
See also: Keycaps
T
- Tactile switch switches
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A bump at actuation without a click. We grade tactiles on bump definition and consistency rather than declaring one universally superior.
See also: Linear switch, Clicky switch
- Tenkeyless (TKL) layout
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Full-size without the numpad (~87 keys). A frequent value sweet spot in our rankings: ergonomic desk savings with no functional layer compromises.
See also: Form factor, 65%
- Tray mount build
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PCB screwed to case posts — the most common budget style. Adequate; we don't down-rank a board solely for using it.
See also: Mounting style, Gasket mount
V
- Value tier methodology
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Our internal price banding (budget, mid, high-end). Rankings are reported within tiers so a $40 board isn't unfairly compared against a $200 one.
See also: Form factor
W
- Wireless connectivity
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2.4 GHz (near-wired latency, best for gaming) vs Bluetooth (multi-device convenience, slightly higher latency). We rank wireless boards on the connection that matches their intended use.
See also: Polling rate