Mechanical Keyboard Switch Basics
What Is a Keyboard Switch?
A mechanical keyboard switch is a small mechanical component that sits underneath every keycap on a keyboard. When you press a key, the switch controls how the key feels, sounds, and actuates. Different switches can completely change the typing experience even if the keyboard itself stays the same.
At its core, a switch is made of several major parts:
- Stem
- Top housing
- Bottom housing
- Spring
- Metal leaf/contact system
These parts work together to create movement, tactility, sound, and actuation.
How a keyboard switch works
When you press a key:
- The stem moves downward inside the housing.
- The spring compresses and provides resistance.
- The metal leaf inside the switch gets triggered.
- The keyboard registers the keypress.
- When you release the key, the spring pushes the stem back up.
The entire process usually happens within a few millimeters of travel.
A switch is essentially a controlled mechanical motion system designed to balance:
- Feel
- Sound
- Smoothness
- Stability
- Speed
- Feedback
Types of Keyboard Switches
Linear Switches
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Linear switches have a smooth keystroke from top to bottom with no tactile bump or click. They usually sound clean and consistent, ranging from deep “thocky” to sharper “clacky” depending on materials. Because they are smooth and fast, they are commonly used for gaming and users who prefer uninterrupted keypresses.
Tactile Switches
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Tactile switches include a noticeable bump during the keypress to provide physical feedback when the key actuates. They are usually quieter than clicky switches but more expressive than linears. Tactiles are popular for typing because they give confirmation without requiring a loud click sound.
Clicky Switches
Clicky switches combine tactile feedback with an intentional audible click. They feel sharp and highly responsive, with loud and distinct sound signatures. These switches are often chosen by users who enjoy classic mechanical keyboard feedback and want strong auditory confirmation while typing.
Silent Switches
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Silent switches are designed to reduce bottom-out and return noise using internal dampening structures. They can be linear or tactile, but their primary goal is quiet operation. Silent switches are commonly used in offices, shared spaces, or by users who want a softer and less intrusive typing experience.
Hall Effect Switches
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Hall Effect switches use magnetic sensors instead of physical metal contacts to detect keypresses. They are extremely smooth, highly durable, and support adjustable actuation and rapid trigger features. These switches are mainly used for competitive gaming and users who want highly customizable key response behavior.
Beginner Guide to Keyboard Switch Specifications
If you are new to mechanical keyboards, switch specifications can look very confusing at first. Terms like material, actuation force, spring weight, travel distance, or factory lubed are everywhere, but understanding them is actually much easier than most people think. These specifications mainly determine how a switch feels, sounds, and performs during typing or gaming.
Keyboard Switch Material
The materials used in a switch have a huge impact on both sound and feel. Different plastics create different acoustics, smoothness characteristics, and bottom out behavior. In modern switches, material choice is one of the biggest factors behind whether a switch sounds clacky, poppy, thocky, or creamy.
What Makes a Switch Sound Clacky and Poppy?
Clacky switches usually use harder and reinforced materials that reflect vibration instead of absorbing it. This creates stronger high-frequency resonance, louder bottom out acoustics, and a brighter sound profile.
Common clacky materials include:
- POM
- LY
- Nylon + fiberglass
- PC
- Strengthened POM
- Ceramic infused POM
- P2–P5 materials
- M4–M5 materials
- N1–N5 nylon blends
These materials are commonly found in many HMX-style switches and modern enthusiast switches designed for bright and energetic acoustics.
Mold design also matters heavily. Clacky switches usually use:
- Long pole stems
- Shorter total travel
- Flat stem pole tips
Flat stem tips create a larger contact surface area during bottom out, which produces a louder and higher-pitched impact sound. Combined with harder plastics and shorter travel, the result is the classic clacky and poppy sound profile many enthusiasts love.
What Makes a Switch Sound Thocky and Creamy?
Thocky and creamy switches usually use softer materials that absorb more vibration and reduce harsh resonance. Instead of producing a bright and sharp sound, these materials create deeper, smoother, and fuller acoustics.
Common thocky and creamy materials include:
- PA12
- UPE
- PA66 without fiberglass
- T2–T6 materials
- L4 POM
- U2–U5 UPE blends
These materials lower overall pitch and soften the bottom out sound, which creates the deep and creamy sound profile popular in many modern builds.
Mold design is also extremely important here. Many modern thocky switches use waffle-shaped or grid-shaped stem tips. Unlike flat stem tips, these designs reduce the contact surface area between the stem and bottom housing during bottom out.
This creates:
- Lower pitch
- Softer bottom out
- Reduced harshness
- More muted acoustics
- Slightly cushioned typing feel
This is one of the reasons switches like modern PA12 or UPE-based switches sound much deeper and creamier compared to traditional clacky switches.
Actuation Force
Actuation force refers to how much force is required for the keypress to register on your keyboard.
Lower actuation force means:
- Easier and lighter typing
- Faster feeling keypresses
- Less finger fatigue
Higher actuation force means:
- More resistance
- Heavier typing feel
- More deliberate keypresses
Most people prefer lighter actuation weights around 35g–45g for daily typing and gaming, but this is completely personal preference.
Travel Distance
Travel distance refers to how far the switch moves during a keypress.
There are usually two measurements:
- Pre-travel: distance before the key activates
- Total travel: full distance before bottom out
Shorter travel switches usually feel:
- Faster
- Sharper
- More responsive
Longer travel switches usually feel:
- Softer
- More traditional
- More cushioned during typing
Gaming switches often use shorter pre-travel for faster actuation.
Spring Weight
Spring weight controls how heavy or light the switch feels overall. Most switch specifications show:
- Actuation weight
- Bottom out weight
Bottom out weight is the force required to fully press the switch down.
Lighter springs are usually better for:
- Long typing sessions
- Office work
- Fast gaming
Heavier springs are usually preferred by users who want:
- More control
- Stronger feedback
- Reduced accidental keypresses
Choosing spring weight is mostly about personal comfort and typing habit.
Sound Profile
Sound profile describes how a switch sounds during typing.
Common sound profiles include:
- Clacky
- Thocky
- Creamy
- Poppy
- Deep
- Marbly
Sound is mostly determined by:
- Material choice
- Mold design
- Stem structure
- Keyboard build itself
For example:
- Hard materials and flat stem tips usually sound clacky and loud
- Softer materials and waffle stem tips usually sound deeper and creamier
Factory Lubed
Factory lubed means the manufacturer already applied lubricant to the switch before packaging.
Lubrication helps:
- Reduce scratchiness
- Improve smoothness
- Reduce spring noise
- Create cleaner sound
Modern factory lubrication has improved dramatically in recent years. Good factory lubed switches can already feel extremely smooth without requiring users to hand-lube them manually.
However, lubrication quality still varies between manufacturers. Premium enthusiast switches usually have much more consistent factory lubrication compared to budget switches.
Once you understand these basic specifications, choosing a keyboard switch becomes much easier. Most switches are simply different combinations of materials, spring weights, mold designs, and tuning choices designed to create different typing experiences.
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Best Thocky / Creamy Switches
If you are new to the custom keyboard hobby, “thocky” and “creamy” are probably the two sound terms you will hear the most. While many people focus heavily on spring weight or factory lubrication, the biggest factors that actually determine whether a switch sounds deep, smooth, and creamy are usually just two things: material choice and mold design.
1. Material Matters More Than Most People Think
The materials used for the housing and stem have a huge impact on switch sound. In general, softer plastics tend to produce a deeper, lower-pitched, and smoother bottom out sound. This is what gives many modern switches that signature creamy or thocky typing profile.
Some of the best materials for achieving this sound are:
- PA12 housing
- PA66 without fiberglass
- UPE stems
- Non-strengthened POM
These materials absorb more high-frequency vibration compared to harder or fiberglass-reinforced plastics. The result is a rounder, softer, and less clacky sound profile.
Some excellent examples include:
- Keygeek Y2 Switch
- HMX Dirty Pink Switch
- Keygeek Y3 Switch
- HMX Caramel Pudding V2 Switch
- Keygeek Su Color V2 Linear Switch
One thing many of these switches have in common is the use of PA12 housings or UPE stems, which are both extremely popular choices for building a creamy sounding keyboard.
2. Mold Design Is Just As Important
Even with great materials, the mold design of a switch can completely change the sound and feel.
A perfect example is the stem tip design used in switches like the HMX Caramel Pudding V2 Switch and Keygeek Y2 Switch.
These switches use a waffle-shaped or grid-shaped stem tip design. Instead of having a completely flat stem bottom, the contact surface area between the stem tip and bottom housing is reduced.
This creates several benefits:
- Lower overall bottom out pitch
- Reduced harshness and volume
- Softer and more cushioned bottom out feeling
- Less finger fatigue during long typing sessions
Because the impact surface is smaller and more controlled, the switch sounds deeper and smoother instead of sharp or loud. This is one of the reasons these switches are considered some of the best choices for building a truly thocky and creamy keyboard.
Beginner Recommendation
If your goal is a keyboard with a deep, smooth, and satisfying sound profile, focus on switches with:
- PA12 housings
- UPE stems
- Non-fiberglass nylon materials
- Modern stem tip mold designs
For beginners, switches like the Keygeek Y2 Switch or HMX Caramel Pudding V2 Switch are some of the easiest ways to achieve that signature creamy and thocky typing sound without needing heavy modifications.
Best Clacky and Poppy Keyboard Switch Guide for Beginners
If you are new to the custom keyboard hobby, “clacky” switches are probably one of the first sound profiles you will come across. Clacky switches are known for their sharp, bright, poppy, and energetic sound signature. While many beginners think lubrication or spring weight creates clack, the reality is that switch sound is mostly determined by two things:
- Material composition
- Mold design
Once you understand these two factors, it becomes much easier to find the perfect clacky switch for your build.
1. Material Is the Biggest Factor Behind Clack
In general, harder and reinforced plastics produce a brighter, sharper, and louder sound profile. These materials reflect vibration instead of absorbing it, which creates more high-frequency resonance and stronger bottom out acoustics.
Some of the best materials for clacky switches are:
- Strengthened POM
- LY stem materials
- Nylon with fiberglass
- PC (Polycarbonate)
- POM with ceramic powder
These materials create the crisp and lively sound that many people associate with modern “HMX-style clack”.
Some excellent examples include:
- HMX Yogurt S Switch
- HMX Cthulhu Switch
- Keygeek Crepe Switch
- Keygeek T2 Switch
- Keygeek M3 Switch
- Ding Ding Switch
One thing many of these switches have in common is:
- POM or LY stems
- Fiberglass reinforced nylon bottom housings
This combination creates a clean, bright, and highly defined bottom out sound with strong top-end resonance.
2. Mold Design Matters Just As Much
Material alone does not create clack. Mold geometry and stem design are equally important.
Most modern clacky switches use:
- Long pole stems
- Shorter total travel
- Flat stem pole tips
This design changes how the stem impacts the bottom housing during bottom out.
Why This Creates Clack
Flat stem pole tips create a larger surface contact area between the stem and bottom housing. This creates:
- Louder bottom out
- Higher pitched acoustics
- More aggressive impact sound
- Faster and sharper bottom out feeling
At the same time, long pole stems reduce total travel distance. The shorter travel creates a more immediate and rapid bottom out, which further increases perceived sharpness and pop.
Combined with harder materials, this creates the signature:
- Clacky
- Poppy
- Crisp
- Bright
- Energetic sound profile
that modern enthusiasts love.
What Makes a Switch Sound Clacky?
In simple terms, the formula is usually:
- Hard materials
- Reinforced housings
- Long pole stem
- Short travel
- Large flat contact surface
With harder materials, shorter travel, and rapid bottom out between the stem and housing, the switch produces a sharper and more resonant impact sound.
Beginner Recommendation
If you want a keyboard with strong clack and pop, look for switches with:
- LY or strengthened POM stems
- Fiberglass nylon bottom housings
- Long pole stems
- Short travel designs
- Flat stem pole bottoms
For beginners, switches like the HMX Yogurt S Switch or Keygeek Crepe Switch are excellent starting points for building a bright, lively, and satisfyingly clacky keyboard.
Best Linear Switch Guide for Beginners
Linear switches are the most popular type of mechanical keyboard switches because of their smooth and uninterrupted keypress. Unlike tactile or clicky switches, linear switches do not have a bump during travel, which makes them feel smoother, faster, and easier to type on for both gaming and daily use.
One of the best things about linear switches is that they can come in many different sound profiles. Depending on the materials and mold design, a linear switch can sound:
- Clacky
- Thocky
- Creamy
- Poppy
- Deep
- Marbly
Understanding the materials and molding behind a switch makes it much easier to predict how it will sound and feel before buying.
1. Material Determines the Sound Profile
The easiest way to understand a linear switch is by reading the switch material specifications. Different plastics create very different acoustics.
Clacky and Poppy Materials
If you want a brighter, louder, and sharper sound profile, look for materials such as:
- POM
- LY
- Nylon + fiberglass
- P2, P3, P4, P5
- M4, M5
- PC
- N1–N5
These materials are harder and reflect more vibration, which creates:
- Higher pitch
- Stronger resonance
- Sharper bottom out
- More pop and clack
These are commonly used in many HMX-style switches and modern clacky builds.
Thocky and Creamy Materials
If you want a deeper, smoother, and softer sound profile, look for:
- PA12
- UPE
- T2–T6
- L4 POM
- PA66
- U2–U5 UPE
These materials absorb more high-frequency vibration and usually create:
- Lower pitch
- Creamier sound
- Softer acoustics
- Fuller bottom out
These are commonly found in deeper sounding modern switches designed for creamy and thocky builds.
2. Spring Weight Matters for Comfort
Spring weight is one of the most important things beginners should pay attention to. When shopping for switches, always check both:
- Actuation weight
- Bottom out weight
For most people, especially office users or heavy typists, we usually recommend:
- Actuation weight below 40g–45g
- Bottom out weight below 55g
This range is usually the most comfortable for long typing sessions without causing finger fatigue.
Some users may prefer even lighter springs. In that case, they can look for switches that bottom out below:
- 45g
- or even 40g
This part is completely personal preference. Some people love ultra-light typing while others prefer slightly heavier switches for more control and feedback. Choose what matches your own typing habits best.
3. Mold Design and Tolerances Are Extremely Important
Besides material, molding quality and tolerance precision are what separate average switches from truly premium switches.
A well-designed switch should have:
- Tight stem fit
- Minimal stem wobble
- Smooth travel
- Consistent feel
- Clean and solid bottom out
Good molding and precise tolerances are a huge reason why modern enthusiast switches feel so refined compared to older generations.
Different mold designs also create very different sound and feel characteristics.
For Scratchy or Textured Feel
Look for:
- Scratchy top housing designs
- Grainy PA66 surfaces
- Textured stem rails
Some enthusiasts actually enjoy controlled scratchiness because it creates a more raw and textured typing feel.
For Super Quiet and Thocky Bottom Out
Look for:
- Waffle-shaped stem tips
- Grid-shaped stem tips
These designs reduce contact surface area during bottom out, creating:
- Lower pitch
- Softer acoustics
- Deeper and creamier sound
For Loud and Poppy Bottom Out
Look for:
- Flat stem tips
- Harder materials
- Long pole stems
These designs increase contact surface area and create:
- Louder bottom out
- Sharper impact sound
- Stronger clack and pop
At the end of the day, the best linear switch comes down to personal preference. Some people love bright and clacky switches while others prefer deep and creamy acoustics. Once you understand material choices, spring weights, and mold design, it becomes much easier to find the perfect linear switch for your own build.
Best Tactile Switch Guide for Beginners
When choosing a tactile switch, the two most important things are:
- Tactile bump design
- Material choices
A great tactile switch is not just about having a strong bump. The best tactile switches combine a satisfying tactile event with smart material tuning to create a switch that feels comfortable to type on while also sounding amazing. A well-designed tactile switch can genuinely become music to the ears.
One of the best examples is the Gateron Type R Tactile Switch. These switches became extremely popular in 2025 and 2026 because of their patented tactile bump design. Unlike traditional tactile switches that still have noticeable linear pre-travel and post-travel, the Type R design removes almost all of it. What remains is almost entirely tactile travel, which creates a very direct and engaging typing experience.
Sillyworks also carefully tuned the materials on the Type R:
- Modified PA66 housing
- POM stem
- Sharp but controlled acoustics
- Poppy and clacky sound profile
- Strong tactility without excessive harshness
This combination makes the Type R feel highly tactile while still sounding clean and enjoyable instead of overly loud or fatiguing.
Another great example is the Wingtree Golden Apple V2 Switch. This switch is notable for being one of the first keyboard switches to use PEI material. The PEI gives the switch a unique translucent appearance while also helping create a deeper, creamier, and thockier sound profile.
Compared to the more aggressive Type R bump design, the Golden Apple V2 uses a more traditional tactile structure:
- Rounded tactile feedback
- Easier to get used to
- Comfortable for long typing sessions
- Creamy and deeper sound profile
- More beginner-friendly tactile feel
In general:
- Aggressive bump + harder materials = poppy and clacky tactile switches
- Traditional bump + softer/deeper materials = creamy and thocky tactile switches
Some people may also prefer lighter tactile switches with smaller bumps, such as the classic Cherry MX Brown Switch style tactile design. In this case, stem design becomes even more important. Designing a strong tactile bump is relatively straightforward, but designing a small and subtle bump that still feels noticeable during real typing is actually much harder. If the bump is too weak or poorly shaped, many users may barely feel the tactile feedback at all, which defeats the purpose of using a tactile switch in the first place. A good light tactile switch needs to have a bump that is subtle enough to stay comfortable for long typing sessions while still being noticeable during everyday use. This balance requires extremely careful stem geometry and mold tuning. Companies like Cherry, HMX, and Wingtree have done an excellent job designing lighter tactile switches that maintain clear tactile feedback without becoming overly aggressive or fatiguing.
For beginners, the Gateron Type R Tactile Switch is excellent if you want a modern and highly tactile experience, while the Wingtree Golden Apple V2 Switch is perfect if you prefer a smoother and more relaxed tactile typing feel.
Best Gaming Keyboard Switch Guide for Beginners
If you are new to the keyboard hobby, choosing a gaming switch can feel confusing because many brands advertise their switches as “ultra-fast” or “esports ready”. In reality, what makes a good gaming switch usually comes down to two important things: actuation consistency and fast trigger response.
A good gaming switch should activate consistently every single time you press it. This is especially important in competitive games where timing and precision matter. The second factor is quick actuation, which usually means shorter pre-travel distance and faster trigger response. A switch that activates earlier allows your inputs to register more quickly, which can feel more responsive during gaming.
For regular mechanical keyboard switches, many gamers prefer switches with shorter pre-travel and lighter, smoother actuation. Some excellent examples are the HMX Citrus Silver V2 Switch and Wingtree Jadeite Switch. These switches are designed with fast actuation in mind and feel very responsive during FPS, rhythm, and competitive games. They still maintain the traditional mechanical keyboard feel while offering quicker input response compared to standard full-travel switches.
Another major category is HE (Hall Effect) magnetic switches. Unlike traditional mechanical switches, HE switches use magnetic sensing instead of physical metal leaf contacts. This allows the keyboard firmware to dynamically adjust actuation distance to your preference. In other words, you can configure how early or late the key activates.
For HE keyboards, switches such as the OWlab Ti HE Switch are excellent choices. The biggest advantage of HE switches is customization and precision. Many gamers set extremely short actuation distances for rapid movement inputs and faster reaction times. Features like rapid trigger and adjustable actuation also make HE switches especially popular in competitive FPS and rhythm gaming.
In general:
- Regular mechanical switches are great if you want a traditional typing feel with fast actuation.
- HE magnetic switches are best if you want maximum gaming performance, rapid trigger, and highly adjustable actuation settings.
If you mainly play competitive games and require very fast trigger response and precision movement, HE switches are usually the better choice. However, if you still want the classic mechanical keyboard experience while gaming, fast linear switches like the HMX Citrus Silver V2 Switch or Wingtree Jadeite Switch are excellent beginner-friendly options.
Best Silent Keyboard Switch Guide for Beginners
If you are new to the keyboard hobby, silent switches can be surprisingly difficult to choose. Many silent switches are quiet, but they often feel overly soft or mushy during bottom out. A good silent switch should not only reduce noise — it should also maintain a clean and satisfying typing feel.
The most important thing in a silent switch is achieving the balance between being quiet enough while still feeling solid and responsive. Older silent switch designs usually relied on large rubber dampening pads that heavily softened the bottom out. While this reduced sound, it also made the typing experience feel mushy and less precise.
The best modern silent switches solve this problem using dual-shot injection molded stems. This design combines a regular plastic stem with soft TPU gel material molded directly into the stem structure. Instead of covering the entire bottom out surface with soft material, the TPU only dampens the impact area that creates noise. This allows the switch to stay quiet without completely killing the bottom out feel.
Because the TPU gel only absorbs the harsh impact sound, the switch still maintains a relatively firm and stable typing experience. The stem and bottom housing can still make proper structural contact instead of sinking entirely into soft rubber. This is why newer silent switches feel much less mushy compared to older generations.
Lichicx is currently one of the best examples of this engineering approach. Their patented silent stem designs are specifically developed to reduce noise while preserving a crisp and usable bottom out feel. Many enthusiasts consider modern Lichicx silent switches some of the best silent switches currently available because they achieve a rare balance between silence and typing satisfaction.
Other manufacturers such as HMX and Outemu also make very solid silent switches. Their newer silent designs have improved significantly compared to older silent switch generations and provide a much cleaner typing experience overall.
In general, if you are shopping for a silent switch, look for:
- Dual-shot injection molded silent stems
- TPU dampening integrated into the stem itself
- Firm bottom out structure
- Minimal mushiness during typing
For beginners, modern silent switches from Lichicx are some of the best starting points if you want a keyboard that is quiet enough for office or late-night use while still feeling satisfying to type on.
Best Office Keyboard Switch Guide for Beginners
When choosing a keyboard switch for office use, comfort and noise level matter much more than extreme tactility or aggressive sound profiles. Most office users spend hours typing every day, so the goal is to build a keyboard that feels smooth, light, and quiet enough to avoid disturbing people nearby.
For office environments, we usually recommend switches based on these aspects:
1. Linear Switches for Easier Typing
For office use, we generally recommend choosing linear switches only. Linear switches have a smooth and uninterrupted keypress without a tactile bump, which makes them easier and lighter to type on during long work sessions.
Tactile switches usually require more force to overcome the tactile bump during each keypress. Because of this, they are generally:
- Louder
- More fatiguing over time
- Less smooth for rapid typing
Linear switches tend to feel more effortless and are usually quieter overall, making them the best option for shared office spaces.
2. Light Spring Weight for Long Typing Duties
Spring weight is one of the most overlooked parts of switch selection for office users. A lighter spring reduces finger fatigue and makes long typing sessions much more comfortable.
When shopping for switches, it is important to read the switch specifications carefully and check both:
- Actuation weight
- Bottom out weight
For most office users, we usually recommend:
- Actuation weight below 40g–45g
- Bottom out weight below 55g
This range is usually the sweet spot for comfortable daily typing.
Some people may prefer even lighter switches. In that case, they can look for switches that bottom out under:
- 45g
- or even 40g
This part is completely personal preference. Some users enjoy ultra-light switches for effortless typing, while others prefer slightly more resistance for better control. Choose what suits your own typing habits best.
3. Either Very Thocky and Quiet or Completely Silent
In an office environment, the keyboard should be as quiet as possible to avoid disturbing coworkers or people nearby.
Many modern switches achieve quieter acoustics through softer and deeper sounding materials. When shopping for switches, users can look for material tags such as:
- UPE
- PA12
- PA66
- T2–T6
- L4 POM
These materials are commonly associated with quieter, deeper, and more thocky sound profiles that are more office-friendly compared to bright and clacky switches.
Of course, the easiest solution is simply choosing dedicated silent switches for the build.
4. Silent Tactile Switches Are Also Great for Office Use
While we usually recommend linear switches for office typing, some people still prefer tactile feedback during work. In that case, silent tactile switches are an excellent compromise.
Modern silent tactile switches provide:
- Noticeable tactile feedback
- Much quieter bottom out
- Better office friendliness
- Less disturbance to others nearby
Brands like Lichicx, HMX, and Outemu all make very solid silent switches suitable for office environments.
In general, the best office keyboard switches should feel:
- Smooth
- Light
- Quiet
- Non-fatiguing
- Comfortable during long typing sessions
For most beginners, a light linear switch with a deeper or silent sound profile is usually the best starting point for building an office keyboard.
Compare Different Switch Types
Linear Switch VS Tactile Switch
Understand the differences between Linear And Tactile switches
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Mechanical Switch VS Hall Effect Switch
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Switch Brand Comparison
Compare features and specifications across different keyboard switch brands
| Brand | Price Range | Material Variety | Sound Style | Stem Wobble | Quality |
|---|---|---|---|---|---|
| HMX | 0.25-0.5 USD/Per | Medium to High | Clacky / Creamy / Medium Thocky | Very Minimum | HIgh |
| Keygeek | 0.25-0.45 USD/Per | Very High | Clacky / Mid Pitched / Deep and Thocky | Minimum | HIgh |
| Wingtree | 0.25-0.5 USD/Per | Low | Classic / Clacky / Thocky | Medium to Minimum | High |
| Cherry | 0.25-0.5 USD/Per | Very Low | Crispy / Deep / Medium Toned | Medium | High |
| Gateron | 0.2-0.8 USD/Per | Low | Clacky / Creamy / Thocky | Medium to High | High |