February 1, 2023

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Linear and tactile switches are the two primary types used in mechanical keyboards. Each has unique characteristics, and the choice between them often comes down to your preference.

I'm in love with tactile switches, for their tactile feedback allows for more accurate and comfortable typing.

I like linear switches for their fast and precise key pressing, making them a good choice for the office or shared spaces.

I call them the lords of mechanical switches. Linear switches are masters of gaming, and tactile switches are the lords of typing. Linear switches have a smooth, consistent keypress, while tactile switches have bump/tactile feedback when the key actuates. Linear switches are also typically quieter than tactile switches, helping professionals to maintain focus.

Linear Vs Tactile Switches

In summary, tactile switches are louder than linear switches, and some people may find them distracting, including introverts. The choice between the two often comes down to personal preference, and users may prefer one over the other depending on their specific needs and usage.

In addition to the differences in keypress and tactile feedback, linear switches are typically less complex than tactile switches, which makes them more reliable and less prone to failure.

What is the difference between linear and tactile?

Linear switches are tended to be slightly cheaper than tactile switches, making them a more budget-friendly option.

However, they offer a wider range of options and variations, such as different levels of tactile feedback, different actuation forces, and switch stems. On the other hand, tactile switches are typically more complex than linear switches are can be more prone to failure.

Many, including myself, enjoy the smooth and consistent experience linear switches offer, which is something tactile switches lack. But the tactile switches have a distinct tactile bump that provides feedback to the user when the key actuates.

The level of resistance each mechanical switch provides is another difference between linear and tactile switches. Linear switches have a consistent level of resistance throughout the keystroke, whereas tactile switches have a higher resistance before the tactile bump and a lower resistance after that.

The lower actuation force linear switches require means that less pressure is required to register a key press, and this is an "all good!" situation for users who experience hand fatigue while long gaming sessions.

Cherry MX Red, Cherry MX Black, and Gateron Red switches are some of the best linear switches in the market, and as these are linear, they are still different from each other in experience. The actuation force on tactile switches is higher, which is great and not-so-great news at the same time.

Its audible click and lower resistance develop a sensation of resistance that's addictive and satisfactory at the same time. Tactile switches are also prone to mistakenly pressing the keys, which leads to increasing typing accuracy.

Cherry MX Brown, Cherry MX Blue, and Gateron Brown are some popular tactile switches, each producing a unique typing experience.

Are tactile or linear switches louder?

There're several factors responsible for the loudness of a mechanical switch, including:

  • Its design
  • Its type
  • Its material
  • Its mechanism

In general, tactile switches tend to be louder than linear switches due to their tactile feedback and key-pressing mechanism.

The tactile switch sound is generated by the spring inside it colliding with the internal metal parts, which makes it louder, in my experience. However, another thing to remember, is that tactile switches can also differ in loudness, as the Cherry MX Blue is known to be the loudest.

Let me also tell you something that you'll not regret reading, the O-rings in linear switches are what reduce the click sound. In addition to the factors I mentioned earlier, there're a few elements that can also affect the loudness of a switch:

  • The switch spring, which is responsible for providing the resistance and feedback and a stiffer spring will result in a louder switch, while a softer spring will result in a quieter switch.
  • The plastic or metal housing or casing of a switch can produce sound, and metal can amplify the sound, while plastic can dampen it.
    The thickness of the switch keycap can lead to reducing or amplifying the sound.
  • The switch stabilizers can keep them from wobbling, but a loose stabilizer can cause the keycap to rattle, resulting in a loud switch.
  • The surface of your mechanical keyboard affects the switch's loudness, whereas a hard surface can amplify the sound.

Your typing speed also matters as the higher actuation rate leads to generating more sound and for flash-like fast typists, there're switches designed to be quieter than traditional mechanical switches, such as the Cherry MX Silent Red with a special sound dampening mechanism to reduce the noise of the switch.

Tactile vs linear vs clicky switches

Bear in mind that the tactile, linear, and clicky switches cater to different typing preferences and styles.

Tactile switches have a noticeable bump in the keystroke that is something linear switches lack, and clicky switches enhance this bump concept to another level and produce audible feedback and the feel of a tactile switch.

Certainly! The choice between tactile, linear, and clicky switches also depends on factors such as durability and actuation force and here's an in-depth look at the different aspects of tactile, linear, and clicky switches:

  1. Actuation Force: It's the amount of force required to press a key and can range from 45g to over 60g, depending on the switch type. Linear switches tend to have a lower actuation force, making them easier to press, while tactile and clicky switches have a slightly higher actuation force, making them more durable.
  2. Actuation Point: It's the keystroke register point and can range from 1.5mm to 3.5mm, and shorter actuation points mean faster typing. Tactile and clicky switches provide more feedback and a slower typing experience because of longer actuation points.
  3. Key travel: It's the distance the key travels from its resting position to its bottom position and can range from 4mm to over 5mm, and shorter key travel allows faster typing, while longer key travel affects the typing speed but provides more feedback.
  4. Feedback: Sensation and sound generated by a keypress is feedback which linear switches have none.
  5. Durability: I found a switch with more actuation force, key travel, and ergonomically designed to be more durable. Linear switches tend to be less durable than tactile and clicky switches due to their lower actuation force and shorter key travel.
  6. Noise: The noise generated by a switch depends on its feedback and design. Linear switches are generally the quietest, while clicky and tactile switches are the loudest.

In conclusion, the differences between tactile, linear, and clicky switches are largely a matter of these factors, and understanding them is the key to choosing the right switch type for you.

Is tactile or linear better for gaming?

In general, linear switches are preferred by gamers, and tactile switches are loved by typists alike.

Professional gamers like me who don't get any internet recognition tend to prefer linear switches because they offer a soft and smooth typing experience, ideal for fast-paced gaming.

On the other hand, low-budget typists like Mike Tyson tend to prefer tactile switches because they offer distinct tactile feedback when the key actuates, resulting in a moderate increase in typing accuracy and comfort.

linear vs tactile switches for gaming

The human mind is awesome, and you may find it completely opposite, and linear switches can benefit you in typing, or there is another term used for people looking for a switch that is in between linear and tactile switches called the hybrid switches.

These switches hold both linear and tactile switch characteristics. Linear and tactile switches have their own advantages and disadvantages when it comes to gaming, and you should consider your specific needs and usage before making a decision.

Don't forget to try one out before buying it to see if you are even comfortable with the typing experience they are going to offer you.

Linear vs tactile switches for gaming

For gaming, linear switches are often considered better due to their low actuation force and shorter key travel, which allow for faster and more precise key presses and responses in fast-paced games so that I can die and restart the game really quickly.

The smooth and consistent typing allows faster responses to enhance speed and accuracy in games where it matters the most.

On the other hand, tactile switches are not better suited for gaming as they provide a tactile bump and a slightly higher actuation force, which can reduce the risk of accidental key pressing at the cost of speed.

Ever heard of anti-ghosting? Linear switches tend to have better anti-ghosting capabilities as they've fewer moving parts thanks to their simpler design and enhanced responsiveness for quick and precise inputs.

In conclusion, while both tactile and linear switches have their pros and cons for gaming, linear switches are often considered the better option due to their fast and responsive keystroke, anti-ghosting capabilities, customization options, and compatibility with N-key rollover.

Linear vs Tactile Switches for Typing

Linear switches are characterized by a smooth, consistent keypress from top to bottom. This makes them ideal for fast-paced gaming or for typists who want a clean, uninterrupted keystroke.

However, because there is no "bump" in the keypress, some people find linear switches less satisfying to use than tactile switches.

Tactile switches, on the other hand, have a small bump near the actuation point (the point at which the switch is triggered). This provides a physical feedback that many people find more satisfying to use.

In addition, because the actuation point is more clearly defined, it can be easier to type on tactile switches with greater accuracy. However, some people find that the bump makes tactile switches more difficult to double-tap quickly.

So which type of switch is better for typing? There is no clear "winner" when it comes to linear vs tactile for typing - it's simply a matter of what you prefer.

Linear vs tactile switches for programming

Linear Vs Tactile Switches For Programming

Programming is demanding, as it requires high levels of precision, accuracy, and speed. I myself need speed when I do programming, other than sitting around thinking for hours about how to write code, which is something a linear switch can't fix.

The type of mechanical switch used can have a significant impact on a programmer's efficiency and comfort. Tactile and linear switches are most recommended for programming.

Linear switches are ideal for fast-paced programming tasks as they allow for quick and accurate inputs, and this is where the anti-ghosting capabilities of a switch matter the most.

On the other hand, tactile switches reduce the risk of accidental key presses, which is something programmers appreciate as it leads to high levels of accuracy.

Tactile switches also have a slightly higher actuation force, which can help reduce the risk of muscle fatigue during long programming sessions.

In conclusion, linear switches are ideal for fast-paced programming tasks, while tactile switches are better suited for tasks that require high levels of accuracy.

Psst! If you want to dive further in this topic & know our top pick keyboard for programming than read my article on Are Mechanical Keyboards Good for Programming?

How to choose between linear vs tactile switches?

Factors like keystrokes, actuation force, sound, and budget are important to consider when making a choice. Linear switches have a smooth and consistent keystroke with a lower actuation force and are generally quieter, while tactile switches provide a tactile bump with a slightly higher actuation force.

Both linear and tactile switches offer unique characteristics designed to enhance your experience, immersiveness, and performance.

In everything we have discussed so far, there's nothing concrete that can decide which switch is inherently better than the other, and the choice comes down to personal preference.

How To Choose Between Linear Vs Tactile Switches?

There's something unique about every switch as linear switches require a low actuation force, making them ideal for fast-paced tasks, and tactile switches require a higher actuation force, which makes them slower, but enhances their durability and typing accuracy.

They offer different feedbacks, produce different levels of sound and are used to prefer different types of work. If you are performing fast-paced tasks, such as gaming or typing, linear switches may be the better option.

However, if you will be performing tasks that require a high level of accuracy, such as programming or data entry, tactile switches may be a better choice.

This study leads us to personal preference, which you can develop or enhance through experience or knowledge.

Why get a mechanical keyboard?

Mechanical keyboards are popular among gamers and professionals due to their durability, comfort, and versatility.

They're built to last and use individual switches for each key. This not only makes the keyboard more durable but also provides a better typing experience with more tactile feedback.

First, mechanical keyboards are more comfortable to use. With their customizable key switches, you can choose a switch type that best suits your typing style.

It leads to reducing the likelihood of wrist strain or other repetitive stress injuries and improves performance and speed.

The key switches of mechanical keyboards also have a longer lifespan, meaning users won't need to replace the keyboard as often.

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Why Get A Mechanical Keyboard?

Second, mechanical keyboards offer a higher degree of customization.

With various switch types, keycap materials, and backlighting options, you can easily create an ideal keyboard. From gaming to programming, mechanical keyboards can be tailored to provide the best experience for any task.

Third, mechanical keyboards offer a higher level of accuracy and speed. The tactile feedback from the tactile switches makes it easier to identify when a keystroke has been registered, leading to fewer mistakes when typing.

Additionally, the availability of linear switches allows for faster actuation, providing an advantage for gamers or those who need to work quietly. A mechanical keyboard is a worthwhile investment for anyone who spends a significant amount of time on their computer playing games or calculating taxes.

With their durability, comfort, versatility, and improved typing experience, mechanical keyboards offer a clear advantage over traditional membrane keyboards.

What switches are best for typing?

How many times do I have to say that, Tom? It depends on your personal preference. However, there're certain switches that are considered ideal for typing based on their characteristics, and tactile switches shine the most in typing.

Cherry MX Browns are one of the most popular switches for typing as they allow for a satisfying typing experience by providing a soft and tactile bump when a key is pressed. Its switch actuation point is in the middle, making it ideal for typists who need to type quickly and accurately.

Cherry MX Blues is another popular tactile switch that provides an audible click when the keystroke is registered, which can be satisfying for some users. It has a slightly higher actuation point than browns and is ideal for users who prefer more pronounced feedback.

Romer-G and Topre switches are also a great choice for typists as they are extremely durable, with a longer lifespan, making them a great investment.

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What do different switch colors mean?

Different switch colors represent different switch types, and the colors provide a way to easily identify them, allowing you to choose the right switch for your gaming or typing needs.

Below I mentioned a collection of the most common mechanical switch colors and their characteristics:

  • Red: These switches are linear in nature and provide a smooth typing experience with no tactile bump. Reds have a low actuation force and are fast and quiet, making them ideal for gaming.
  • Brown: These switches are tactile in nature and provide a soft bump when the key is pressed. Browns have a low to medium actuation force and are fast and quiet, making them ideal for both typing and gaming.
  • Blue: These switches are tactile and clicky in nature and provide an audible click and a tactile bump when the key is pressed. Blues have a medium actuation force and are ideal for typing, but they're also one of the loudest.
  • Black: These switches are linear in nature, similar to red, but with a higher actuation force. Blacks are fast and quiet, making them ideal for gaming.
  • Green: These switches are clicky in nature, with the heaviest actuation force of 80g. Greens are ideal for typists who prefer stronger tactile feedback and an audible click.

It's important to note that not all switch colors are created equal, and there may be variations between different manufacturers.

Additionally, the actuation force, travel distance, and other key characteristics can also vary within a specific switch color.

It's important to research (which you are currently doing) and try out different switches to ensure you are getting the right switch for your need.


We can see that linear switches and tactile switches each have their own advantages and disadvantages. Depending on your requirements, one type may be more suitable than the other.

If you are looking for a switch that has a consistent feel throughout the keystroke, then a linear switch is likely to be better suited to your needs.

On the other hand, if you are looking for a switch with good feedback during the keystroke cycle then tactile switches will provide you with this feedback.

Ultimately, it all comes down to personal preference when choosing between these two types of keyboard switches.

About the author 


Hussain is a self-taught "tech nerd" and has been tinkering with computers & keyboards since he was a kid. After working in the IT industry for a few years, he decided to start this blog as a way to share his knowledge with others.


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