Reference / Keyboards

Keyboard switches compared (2026)

A sortable, sourced reference for 18 of the most popular keyboard switches: linear, tactile, clicky, silent, Hall-effect and optical — with actuation force, distance and sound, every number cited.

Last updated July 4, 2026

Every mechanical keyboard's feel comes down to one component: the switch under each key. This is a plain, sourced reference for the switches you'll actually see in 2026 — what they weigh, how far they travel, how loud they are, and what they're good at. It's the companion data behind our keyboard buyer's guides.

Every gram and millimetre below traces to a manufacturer datasheet, a cited RTINGS lab measurement, or a community reference (MKBGuide) where the maker doesn't publish a bottom-out figure (source linked per row). Setup Quarterly does not measure switches first-hand. Manufacturer spring ratings and RTINGS' calibrated force-tester readings sometimes differ by a few grams — where they do, we flag it in the notes and keep the manufacturer figure as the headline. This page was produced with AI assistance as part of our research workflow.

The one gotcha that matters most: Hall-effect (magnetic) and optical switches are not compatible with a normal mechanical (MX) keyboard. They need a board specifically built for them. Standard keycaps still fit, but the switch itself won't work in an MX PCB. Rows marked Hall-effect or Optical below carry this caveat.

The switch comparison table

Click any column header to sort. Force = actuation force in grams (gf); * = software-adjustable actuation (Hall-effect).

Switch Brand Type Force (gf) Actuation (mm) Sound Best for Source
Cherry MX Red Cherry Linear 45 2.0 Moderate Gaming Cherry
Cherry MX Speed Silver Cherry Linear 45 1.2 Moderate Gaming Cherry
Cherry MX Brown Cherry Tactile 55 2.0 Moderate Typing Cherry
Cherry MX Blue Cherry Clicky 60 2.2 Loud Typing Cherry
Cherry MX Green Cherry Clicky 80 2.2 Loud Heavy typing Cherry
Cherry MX Silent Red Cherry Silent linear 45 1.9 Quiet Office / quiet Cherry
Gateron Red (KS-9) Gateron Linear 45 2.0 Moderate Gaming Gateron
Gateron Brown Gateron Tactile 55 2.0 Moderate Typing Gateron
Gateron Silent Red Gateron Silent linear 45 2.0 Quiet Office / quiet MKBGuide
Gateron Oil King Gateron Linear 55 2.0 Moderate Enthusiast typing MKBGuide
Gateron Magnetic Jade (KS-20) Gateron Hall-effect 30 0.1–3.5* Moderate Analog gaming MKBGuide
Boba U4T Gazzew Tactile 62 2.3 Loud (thocky) Typing RTINGS
Glorious Panda Glorious Tactile 67 2.7 Moderate Typing RTINGS
Kailh Box White Kailh Clicky 45 1.8 Loud Typing Kailh
Akko Rosewood Akko Linear 40 2.0 Moderate Gaming Akko
Wooting Lekker (Linear60) Wooting Hall-effect 40 0.1–4.0* Moderate Analog gaming Wooting
Razer Linear Optical Razer Optical 45 1.2 Moderate Gaming Razer
Razer Clicky Optical Razer Optical (clicky) 45 1.5 Loud Gaming Razer

Sources: manufacturer datasheets (Cherry, Gateron, Kailh, Razer, Akko, Wooting) and RTINGS lab measurements, plus MKBGuide community references where a maker doesn't publish bottom-out figures. Forces are actuation (not bottom-out) unless noted; Gateron rates ±15gf batch tolerance. Not first-hand tested.

Reading the numbers honestly

  • Spring rating ≠ lab-measured force. A maker's stated gram weight is the spring's nominal rating; a calibrated force tester (RTINGS) reads the actual actuation and bottom-out, which can differ by several grams — especially on tactile switches (Boba U4T, Glorious Panda). Treat gram numbers as a guide.
  • Hall-effect and optical need matching boards. The Wooting Lekker, Gateron Magnetic Jade and Razer optical switches will not work in a standard MX keyboard. Buy the switch and the board as a system.
  • Batch tolerance is real. Gateron officially rates ±15gf, so two "45gf" Gateron Reds can measurably differ. Boutique switches (Oil King) are tighter.
  • "Silent" is quieter, not silent. Dampeners cut the loud clack but you still hear spring and movement, and bottom-out feels softer.

Trying switches before you commit

The cheapest way to find your switch is a switch sample/tester pack — a small board of assorted switches you can press side by side — and, if you want to swap them yourself, a hot-swap keyboard (no soldering). Remember Hall-effect and optical switches need their own board type.

  • A switch tester / sample pack — press linear, tactile and clicky next to each other before buying a full set. Browse on Amazon →
  • Hot-swap switches (5-pin) — Cherry, Gateron and Akko linears and tactiles for a hot-swap board. Browse on Amazon →
  • A keycap puller + switch puller — the two-dollar tool that makes swapping switches painless. Browse on Amazon →

Frequently asked questions

What's the difference between linear, tactile, and clicky switches?

Linear switches move straight down with a smooth, consistent feel and no bump — favoured for fast gaming (Cherry MX Red, Gateron Red). Tactile switches have a noticeable bump partway through the press that tells your finger the key has registered, without a loud noise — popular for typing (Cherry MX Brown, Boba U4T, Glorious Panda). Clicky switches add a distinct audible click on top of that bump via a click-jacket or click-bar — satisfying but loud (Cherry MX Blue, Kailh Box White). All clicky switches are tactile, but not all tactile switches are clicky.

Which switches are best for gaming versus typing?

For gaming, most players prefer light linear switches for rapid repeated presses without a bump — Cherry MX Red or Speed Silver, Gateron Red, or optical switches like Razer's for faster actuation. Competitive players increasingly choose Hall-effect magnetic switches (Wooting Lekker, Gateron Magnetic Jade) because the actuation point is software-adjustable and supports Rapid Trigger. For typing, tactile switches (Cherry MX Brown, Glorious Panda, Boba U4T) give feedback that improves accuracy, and some typists love clicky switches for the sound — though clicky switches are too loud for shared offices.

What are Hall-effect (magnetic) switches, and will they fit any keyboard?

Hall-effect switches use a magnet in the stem and a magnetic sensor in the board to detect how far a key is pressed, instead of two metal contacts touching. Because the board reads continuous depth, you can set your own actuation point in software (a hair-trigger 0.1mm, or deeper to avoid mistakes) and use Rapid Trigger, which resets the key the instant you lift. The critical catch: they only work in keyboards specifically built for Hall-effect switches (like the Wooting 60HE/80HE or compatible magnetic boards). They will NOT work in a normal MX keyboard, even though standard keycaps fit the stem. The same is true of optical switches like Razer's — they need a matching optical board.

Does a heavier switch (higher gram rating) make me type better?

Not necessarily — it's about preference and fatigue, not skill. The gram (gf) rating is roughly the finger force needed to press the key: lighter switches (35–45gf, like Akko Rosewood or Cherry MX Red) are easy to press quickly and reduce strain over long sessions but are easier to actuate by accident. Heavier switches (60–80gf, like Cherry MX Green) resist accidental presses and feel deliberate but tire your hands faster. Most people land comfortably in the 45–67gf range. Note that manufacturer spring weight and lab-measured force (e.g. RTINGS) often differ by several grams, so treat gram ratings as a guide, not an exact promise.

What does a 'silent' switch actually mean — and is it truly silent?

A silent switch (Cherry MX Silent Red, Gateron Silent Red) has small rubber dampeners built into the stem that cushion the key at the top and bottom of each press. This muffles the sharp clack of the keycap hitting the housing — the loudest part of typing. The trade-off is a slightly softer, 'mushier' bottom-out and marginally shorter travel (Cherry MX Silent Red is 3.7mm vs 4.0mm). Silent switches are much quieter than normal ones — ideal for offices or calls — but 'silent' means greatly reduced noise, not literally soundless; you'll still hear the spring and some key movement.

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