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The Difference Between Linear and Tactile Switches

Mar 06, 2025 601

When it comes to mechanical keyboards, the type of switches you choose can really impact your performance. Gamers and typists often find themselves weighing the pros and cons of linear vs. tactile switches to figure out what works best for them. This guide is here to help clear things up!

Mechanical keyboard switches

Mechanical keyboard switches

What Linear Switches are

Linear switches are a type of mechanical keyboard switch that provides a smooth and consistent keystroke from the moment you press the key down to when it bottoms out. Here are the main features:

  • Feel: When you press a linear switch, it feels smooth and uninterrupted. There is no bump or click during the keystroke.
  • Feedback: Linear switches do not provide tactile feedback. This means there is no noticeable change in resistance or bump to indicate when the key has been actuated. You need to press the key all the way down (bottom out) to be sure the keystroke has been registered.
  • Speed: Because there are no interruptions in the keystroke, linear switches allow for very fast typing and gaming. This makes them popular among gamers who need quick reflexes and precision.
  • Noise Level: Linear switches are generally quieter than tactile or clicky switches. This makes them suitable for environments where noise is a concern, such as offices or shared spaces.
  • Examples: Cherry MX Red switches are a popular example of linear switches. They require around 45 grams of force to actuate, making them easy to press.

What Tactile Switches are

Tactile switches, on the other hand, provide a distinct bump at the actuation point, giving you feedback during the keystroke. Here are the main features:

  • Feel: When you press a tactile switch, you will feel a noticeable bump at the actuation point, typically about halfway through the keypress. This bump provides tactile feedback, letting you know that the key has been actuated without needing to press it all the way down.
  • Feedback: The tactile bump is subtle but noticeable, providing both physical and auditory feedback. This helps users avoid bottoming out the key, reducing strain and improving typing accuracy.
  • Speed: While not as fast as linear switches, tactile switches offer a balance between speed and accuracy. The tactile bump can slightly slow down keypresses but enhances precision.
  • Noise Level: Tactile switches produce more noise than linear switches due to the tactile bump. However, they are quieter than clicky switches, which produce a loud click sound.
  • Examples: Cherry MX Brown switches are a popular example of tactile switches. They require around 55 grams of force to actuate, providing a bit more resistance than linear switches.

Linear vs. Tactile Switches: A Quick Comparison


Check out the table below to see the main differences between linear and tactile switches. Keep scrolling for more details!

Linear vs. Tactile Switches

Linear vs. Tactile Switches

Cherry MX Red on the left, Cherry MX Brown on the right. Check out the table below to see the main differences between linear and tactile switches. For more info, just scroll down!

Linear SwitchesTactile Switches
Keystroke FeelSmooth and consistentSlight bump
Tactile FeedbackNoYes
SoundNoiselessQuiet
Key AdvantageSpeedAccuracy
Best For (In General)GamingTyping


Linear Switches Are Smooth and Consistent

Linear Switches

Linear Switches

Linear Switches Are Smooth and Consistent


Linear switches give you a super smooth, consistent feel with no bumps when you press down. A lot of folks think this makes them perfect for gaming since you don’t have that tactile feedback that could slow you down a bit. It’s just what people say, but high-end linear switches like Cherry MX Red and Cherry MX Speed Silver are often seen as the top choices for gaming and speed.


Unlike clicky switches, linear ones are really quiet, so they won’t bug your coworkers in shared spaces or mess up your video recordings or live streams. Just keep in mind, keycaps can still make some noise if you bottom them out.


If you’re used to clicky or tactile switches, getting used to the lack of feedback might take a bit. You might feel like your keystrokes aren’t registering, which could lead to some mistakes until you adapt.


Linear Switch Advantages:


  • Smooth, soft-touch
  • Consistent keystroke
  • Noiseless
  • Speed
  • Generally considered best for gaming


Linear Switch Considerations:


  • No tactile feedback
  • Learning curve might reduce accuracy


Popular Linear Switches:


  • Cherry MX Red
  • Cherry MX Speed Silver
  • Cherry MX Black
  • Cherry MX Silent Red
  • Cherry MX Low Profile Speed
  • Gateron Red
  • Gateron Yellow
  • Gateron Ink Black
  • Kailh Red
  • Kailh Black


Tactile Switches Offer Tangible Feedback

Tactile Switches

Tactile Switches

When you press a tactile switch, you get that nice, satisfying bump halfway through the keystroke. That bump gives you instant, physical feedback, so you know your keystroke registered. Tactile switches, like the Cherry MX Brown, are often seen as great all-around switches, and a lot of people think that bump makes them perfect for typing.


Clicky switches could be considered a type of tactile switch since they also give feedback. But the difference is tactile switches are quiet, making them great for shared spaces or video recordings. On the other hand, clicky switches, like the Cherry MX Blue or Green, are built to make that audible “click,” which some people love but might annoy others. Tactile switches might even help reduce typos for people with twitchy fingers because they tell you exactly when a key is registered, though some feel the feedback can slow down their typing a bit.


Tactile Switch Advantages:


  • Instant, physical feedback
  • Satisfying bump
  • Quiet
  • Accuracy
  • Often considered the best for typing and general use


Tactile Switch Considerations:


  • The feel can be a little inconsistent through the keystroke
  • May reduce typing speed


Popular Tactile Switches:


  • Cherry MX Brown
  • Cherry MX Clear
  • Cherry MX Grey
  • Das Keyboard Gamma Zulu Soft
  • Gateron Brown
  • Kailh Brown
  • Kailh Speed Copper
  • Boba U4
  • Glorious Panda
  • Durock T1


Linear vs. Tactile Switches: Common Misconceptions


There are a few misconceptions that come up when comparing tactile and linear switches.


Linear and Tactile Switches Have Different Resistance


Some articles say that tactile switches have more resistance than linear ones, which could slow down response times. But remember, “linear” and “tactile” refer to how they actuate, not their resistance ratings. For example, Cherry MX Browns are tactile with 55 cN resistance, while Cherry MX Blacks are linear with 60 cN resistance. So in this case, the linear switch has more resistance!

Linear switches usually have less resistance than tactile ones (like Cherry MX Reds and Speed Silvers at 45 cN), but that doesn’t apply to every model.


Travel Distance


Some folks also think linear switches have a shorter travel distance, making them faster and more responsive. That’s not always true! For instance, Cherry MX Browns have a 2.0 mm pre-travel and 4.0 mm total travel, which is the same as the Cherry MX Red and Black linear switches.

That said, some manufacturers do cut down travel distance to boost speed. For example, the Cherry MX Speed Silver has a 1.2 mm pre-travel and 3.4 mm total travel. But just looking at travel distance won’t tell you if a switch is linear or tactile.


Colors


Cherry MX switches are color-coded by type, and brands like Gateron and Kailh follow suit, making it easier for buyers. Here’s a quick rundown:

  • Linear: Red, yellow, and black stems
  • Tactile: Brown, grey, and clear stems
  • Clicky: Blue and green stems

However, just because a switch is a certain color doesn’t mean it’s a linear switch. For example, Gateron Yellow is linear, but Glorious Panda is tactile, and both have yellow stems. Plus, there are switches with colors not in the Cherry MX lineup, like pink, orange, and white.


How to Choose Between Linear vs. Tactile Switches

Both linear and tactile switches have their own unique traits that can really boost your mechanical keyboard experience. While some people say linear switches are best for gaming and tactile ones are great for typing, there’s no clear winner. It really comes down to what you like!


If you want a smooth, consistent, and quiet keystroke with no bumps, linear switches might be your best bet. On the other hand, if you enjoy a satisfying, tangible feedback while keeping things quiet, then tactile switches are the way to go.


Make sure to do your research and steer clear of generalizations that might lead you to the wrong switches. If you can, try both types before you make a decision. Testing them out is the best way to figure out which switch you really prefer, and who knows, you might just discover a new favorite for typing or coding!


Frequently Asked Questions

Is tactile better than linear?

In the end, choosing between linear, tactile, or clicky switches really comes down to what you like. But if you're new to this, here's a quick tip: go for linear switches for gaming, tactile for work, and clicky for casual browsing and typing.


Is tactile the best switch?

Tactile switches are great because they balance the smoothness of linear switches and the clicky feedback, making them perfect for both typing and gaming, especially in quieter environments.


Why do people prefer linear switches?

Linear switches have a smooth actuation force throughout the keypress, giving you a predictable feel and quick responsiveness. This smooth action is why many gamers and typists love them for long typing sessions.


Can tactile switches be thocky?

Most importantly, these switches are known for that deep, rich 'thocky' sound that many tactile fans are after.


Why do gamers like clicky switches?

Gamers often choose clicky switches because they enjoy the tactile and audio feedback. It’s all about personal preference—there’s no performance difference!


If you want to learn more then you can check the JMBom website.

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Christopher Anderson

Christopher Anderson has a Ph.D. in electrical engineering, focusing on power electronics. He’s been a Senior member of the IEEE Power Electronics Society since 2021. Right now, he works with the KPR Institute of Engineering and Technology in the U.S. He also writes detailed, top-notch articles about power electronics for business-to-business electronics platforms.

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