Key takeaways

• The three families differ only in what happens during the downstroke — all register a keypress the same way.
• A typical switch actuates at 2.0 mm with 4.0 mm total travel; lighter springs sit around 45 gf, heavier around 60–70 gf.
• Linear is the default for competitive gaming because there is no bump to push past on fast repeated presses.
• Clicky switches are genuinely disruptive in shared rooms — the click is a separate mechanism, not just loud bottom-out.
• Silent variants use rubber dampers inside the stem and cut noise more than any keyboard mod can.

How mechanical switches work

A mechanical switch has a spring, a stem and a contact mechanism inside a plastic housing. Pressing the key compresses the spring and pushes the stem down until the contact closes and the keypress registers. The distance at which this happens is the actuation point, and the distance to the bottom of the housing is the total travel.

Every switch family uses this same principle. What separates them is the shape of the stem, which determines the force you feel across the downstroke.

Linear switches

A linear switch has a smooth, straight-sided stem, so resistance increases evenly from the top of the stroke to the bottom. There is no bump and no click — just a consistent push.

This makes linears predictable, which is why they dominate competitive gaming. There is no tactile event to press through, so rapid repeated presses feel effortless, and the lack of a bump makes light, partial presses easier to control. They are also the quietest non-silent option.

The downside is feedback. Because nothing signals that the key has registered, light typists sometimes bottom out harder than necessary just to be sure. Common examples: Cherry MX Red (45 gf), Cherry MX Black (60 gf), and creamy house linears such as the pre-lubed Gateron Cloud Cream.

Tactile switches

A tactile switch has a stem with a raised section that creates a distinct bump partway through the downstroke, positioned at or just before the actuation point. You feel the key register.

That feedback is why tactiles are the most recommended all-round choice. You can type accurately without bottoming out, which reduces both noise and finger fatigue over a long session. The bump is felt, not heard — a tactile switch is only slightly louder than a linear.

For gaming, tactiles are perfectly usable; the bump is a minor obstacle only in very fast repeated-press scenarios. Common examples: Cherry MX Brown (45 gf, light bump) and MX Clear (65 gf, pronounced bump).

Clicky switches

A clicky switch produces both a tactile bump and a deliberate audible click, generated by a separate mechanism — either a click jacket sliding on the stem, or a click bar snapping against the housing.

The result is unmistakable and, for some people, deeply satisfying. It is also loud: a clicky board is audible across an open-plan office and clearly picked up by a microphone. Click bar designs are generally louder and crisper than click jacket designs.

Choose clicky only if you type alone or already know you love the sound. Common examples: Cherry MX Blue (50 gf) and MX Green (80 gf, much heavier).

Switch families compared

Family	Feel	Noise	Best for	Avoid if
Linear	Smooth, no bump	Low to medium	FPS, fast repeated inputs, shared rooms	You want confirmation you pressed a key
Tactile	Bump at actuation	Medium	Typing, coding, mixed work and play	You spam a key constantly
Clicky	Bump plus click	High	Solo desks, typewriter feel	Anyone shares your room or calls
Silent linear	Smooth, damped	Lowest	Offices, night use, streaming	You want crisp acoustics

What do switch weight and actuation numbers mean?

Switch weight is quoted in gram-force (gf) and describes the force needed to actuate. Around 45 gf is light, 55 gf is medium, and 65 gf and above is heavy. Lighter springs are faster and less tiring but easier to trigger accidentally; heavier springs give more control and suit people who rest their hands on the keys.

Actuation point is where the press registers. Standard is around 2.0 mm. "Speed" or "silver" linears actuate at roughly 1.2 mm, which is measurably faster but also far easier to trigger by accident while typing.

If you want to change your mind later, buy a hot-swappable board. Most of the EWEADN mechanical keyboards use hot-swap sockets, so switching families costs the price of a switch set rather than a new keyboard.

Which switch should you buy first?

• Mostly gaming, want speed → light linear, 45 gf, 2.0 mm actuation.
• Mostly typing or coding → tactile, 45–55 gf.
• Shared office or voice calls → silent linear.
• You want the classic mechanical sound → clicky, and check with your housemates first.
• You genuinely cannot decide → tactile. It is the least likely to be disliked.

Frequently asked questions

Are linear switches better for gaming?

Generally yes, for fast-paced games. Removing the tactile bump makes rapid repeated presses smoother and light partial presses easier to control. The advantage is real but modest — a tactile switch will not cost you matches.

What is the difference between tactile and clicky?

Both have a bump you can feel. Clicky switches add a separate mechanism that produces an audible click at the same moment. A tactile switch is quiet; a clicky switch is not.

Are silent switches actually silent?

No, but they are dramatically quieter. Rubber dampers on the stem absorb both the bottom-out and the return, removing most of the sharp noise. You still hear the keycap and the case.

Do heavier switches cause more finger fatigue?

Over long sessions, yes — you are lifting more weight per keystroke. However, very light switches can cause a different kind of fatigue, because you must actively hold your fingers off the keys to avoid accidental presses.

Can I mix switch types on one keyboard?

Yes, on a hot-swappable board. A common setup uses linears on WASD for gaming and tactiles everywhere else. There is no electrical issue with mixing families.