Keyboard technology goes back further than you might think. In 1868 Christopher Latham Sholes invented the first version of the QWERTY keyboard that we use today.
Here is a little-known fact that might surprise you. The company that manufactured the first typewriter is the same company that has made rifles and handguns for more than 200 years.
After some fine-tuning to his original, Sholes sold his design to E. Remington and Sons in 1873.
The First QWERTY Keyboard
Photo: Dr. Bernd Gross – Own work, CC BY-SA 4.0, https://commons.wikimedia.org/w/index.php?curid=47081077
When Sholes sold his design to Remington, the QWERTY keyboard looked like this:
2 3 4 5 6 7 8 9 – , Q W E . T Y I U O P Z S D F G H J K L M A X & C V B N ? ; R
After a few modifications, Remington went live on July 1, 1874, with the Sholes and Glidden typewriter (also known as the Remington No. 1).
About 5,000 of these units were made and sold commercially.
What Are Mechanical Keyboard Switches?
Mechanical keyboard switches are devices underneath each key on a mechanical keyboard.
They regulate key presses and have a range of different response and noise levels making them a crucial part of the keyboard anatomy.
Mechanical keyboard switches are comprised of 5 different parts, which are broken down as follows:
1. Upper Housing
The upper housing is the part of the switch that helps with precision guidance. It is the top base of the mechanical switch.
The stem is housed between the upper housing and the contact component. Stems help regulate the keystroke feel.
3. Crosspoint Contact
This is a smaller metal piece that carries the electrical flow needed to alert the circuit board that a key has been pressed.
4. Coil Spring
The spring sits on the bottom housing and determines the amount of vertical pressure needed for the keystroke to register.
5. Bottom Housing
This bottom housing component is the final part of the keyswtich anatomy. The base housing is where the actual installation of the switch to the keyboard happens. See more about how switches are mounted here.
What Is The Difference Between Mechanical Keyboard Switches?
There are 3 main mechanical switches and their differences primarily boil down to their sound and feel. Before diving in, it’s important to know what a “tactile bump” is.
Simply put, this is a subtle bump you can feel when you press a key to its actuation point (the point in which a key stroke is registered).
The 3 most recognized kinds of mechanical keyboard switches:
Clicky switches have an audible click sound and a tactile bump.
Tactile switches do not have an audible click sound, but do have a tactile bump.
Linear switches do not have either an audible click or a tactile bump.
Mechanical Switch Noise
Do you prefer to hear your keystrokes? Some do and some don’t. Both options and everything in between are available in the world of mechanical keyboard switches!
Some users prefer a loud clicking noise, while others are partial to silence. Let’s take a look at the switch types and which make the most and least amount of noise.
Which Mechanical Keyboard Switch Is The Loudest?
Clicky switches are the loudest.
If you enjoy the sound of the key press and also significant bump feedback, clicky switches are for you. The Cherry MX Blue is the loudest switch in the Cherry family. Here is an example of the sound that the Cherry MX Blues make when pressed.
Which Mechanical Keyboard Switch Is The Quietest?
There are numerous switches out there branded as “silent.” Silent switches are most commonly linear. These are preferred for those who dislike the clicking sound. While not every silent switch on the market is completely inaudible, their sound is greatly reduced when compared to their clicky counterparts.
Unless you are building your own from the ground up and hard-wiring your own circuit board, it will come with a printed circuit board, otherwise known as PCB.
There are 2 different ways that mechanical keyboard switches are mounted. Understanding the difference between these can be important as one requires more hands-on work should you ever want or need to replace your switches.
PCB Mounted Vs Plate Mounted
Simply put, the PCB mounting method is where the switches are mounted directly onto the PCB. This process is more cost-effective from a production stand point, but can result in a less sturdy keyboard.
Plate mounting is when switches are mounted to a metal or plastic plate that sits atop the PCB. After the switches are installed into the plate, they are then soldered into the PCB. This is more expensive for the manufacturer to produce, however it can increase the overall stability of the keyboard.
How To Remove A Mechanical Keyboard Switch?
The cool thing about mechanical keyboards is their potential for customization.
Mechanical switches all come down to preference. They can be fairly easily changed out should you need to replace a faulty one or simply have the desire to change the keyboard feel.
There are 2 different methods for the removal and replacement of mechanical keyboard switches. Each have their pros and cons which we will break down below.
Let’s start off looking at the hot swap, which is the simpler of the two techniques, the hot swap method.
Hot Swap Method
The hot swap approach is largely regarded as the simplest way to replace keyboard switches. However, in order to utilize this technique, the keyboard itself has to be “hot-swappable.”
In other words, the switches need to be mounted directly to the PCB with no plate separating the two. Keyboards that are hot-swappable have built-in sockets on their PCB, which makes it easy to attach and detach switches without the need for a soldering gun.
Hot Swap Method Pros:
Much less risk of damage to the circuit board when replacing or upgrading switches
Allows for easier and less time-consuming switch replacement
Hot Swap Method Cons:
Arguably less stability in the switches versus the soldering method
Potential for sockets on circuit board to become loose if too much pressure exerted while replacing
Could argue that the switches are less secure, but I’ve never noticed that
Supplies you will need for the hot swap method:
The soldering method is typically reserved for mechanical keyboard enthusiasts, however anyone can learn how to do it and it can be very rewarding. It is definitely more time-consuming, but it affords you the opportunity to learn how to solder.
Soldering Method Pros:
Switches are generally more secure
Allows for a large degree of creativity and more ways to customize the keyboard
Opportunity to learn how to solder and unsolder
Soldering Method Cons:
Easier potential to possibly damage your circuit board
More time-consuming to change out switches when needed
Supplies you will need for the soldering method:
Solder (make sure it is electronics grade)
Small pair of tweezers
Wire cutters (make sure they’re LED compatible if the keyboard has back lighting)
If you don’t want to buy all of those items one by one, you can also order a soldering iron kit for $20 that should include everything you need to get the job done.
Best Switches For Gaming And Typing
This is a fairly subjective topic, which ultimately boils down to user-preference. With that said, there is data to back which mechanical switches are best for gaming and which are best for typing.
Which Mechanical Keyboard Switches Are Best For Gaming?
These are the top 5 rated mechanical switches for gaming as voted on by verified purchases from mechanicalkeyboards.com are:
Cherry MX Silver
Cherry MX Red
Cherry MX Silent Red
Kailh BOX White
Which Mechanical Keyboard Switches Are Best For Typing?
According to mechanicalkeyboards.com user ratings, these are the top 5 switches for typing:
Kailh BOX White
Cherry MX Blue
How To Clean Mechanical Keyboard Switches?
Spills happen. Especially if you’re gaming late into the night or eating lunch at your desk. With that said, if liquid or other debris does get inside your keyboard, it can affect the mechanical switches and cause a delayed or loss of action.
This maintenance can go along way in prolonging the life of your switches.
Here is a 6-step guide to cleaning your mechanical switches:
Remove the keycaps using a keycap remover
Use a small brush with delicate brissels (good example here)
After the brushing, if you want to go deeper on the cleaning, you can use a slightly damp microfiber cloth
Once steps 1-3 are complete, let the switches air dry
From there, to blow away remaining debris, you can use a compressed air product
Finally, reinstall the keycaps
Popular Keyboard Switch Brands
Ace Ped Tech
Mechanical Keyboard Switch Glossary of Terms
The point at which a keystroke is recognized by the keyboard
The amount of force needed for a key to be recognized
The distance keys have to travel before the keystroke is recognized
Type of switch that makes an audible clicking sound when pressed
Key Life cycle
The lifespan of a keyboard switch
Type of switch that does not make an audible sound and does not have a tactile bump
Pushing a switch all the way down
A feature on a switch that allows the switch to be mounted to attach to the keyboard
The measurement of how hard a key is pressed, usually measured in centinewton (cN) or gram-force (gf)
A method in which switches are mounted to a metal or plastic plate that sits atop the PCB
A method in which switches are mounted directly onto the PCB (circuit board)
Type of switch that typically does not have an audible sound, but does have a tactile bump
The world of mechanical keyboard switches is vast. There is a lot to learn, and we sincerely hope that this write-up has provided some useful information for you. If you have any questions or simply want to say hi, please leave a comment or contact us.