Understanding the sound profile of different keyboard switches is crucial for users, particularly gamers and typists who prefer a certain acoustic ambiance during their activities. This article will delve into a sound test comparison of different keyboard switch types, offering you an expansive guide on what to expect whenever you press those keys.
Mechanical Keyboards
In the world of keyboards, mechanical switches reign supreme due to their longevity, tactile feel, and defined audible characteristics. Below, we analyze the three main types of mechanical switches: linear, tactile, and clicky.
- Linear Switches: Cherry MX Red and Black
Among linear switches, Cherry MX Red and Black are prevalent. Their sound profile is characterized by a smooth, consistent keystroke, with no tactile bump or click.
Cherry MX Reds exhibit a low actuation force (45g), resulting in a quiet, non-clicky sound. The absence of a tactile bump reduces noise, resulting in a smooth, minimalistic aural experience. With Cherry MX Black switches, there’s a higher actuation force (60g), leading to a slightly louder, deeper sound upon bottoming out.
- Tactile Switches: Cherry MX Brown and Clear
Tactile switches have a noticeable bump midway through the key press, providing physical feedback when the key is actuated. Cherry MX Browns have a small tactile bump and a medium actuation force (45g) resulting in a soft, subtle sound.
Cherry MX Clears, on the other hand, have a more pronounced tactile bump and higher actuation force (55g). Consequently, their sound is louder and low-pitched compared to Browns, especially when bottoming out.
- Clicky Switches: Cherry MX Blue and Green
Clicky switches incorporate a physical click mechanism, creating an audible “click” sound upon actuation, providing both audio and tactile feedback. Cherry MX Blues have a lower actuation force (50g), resulting in a high-pitched, crisp, and “clicky” sound. The noise can be satisfying to some typists, but distractingly loud for others.
MX Greens have a higher actuation force (70g) and produce a noticeably deeper, heftier click than the Blues. Owing to their stiff springs, the keys are less likely to bottom out, which reduces the clacking noise but emphasizes the distinctive click sound.
Membrane Keyboards
Membrane keyboards use a completely different switch technology, which results in a different sound profile. They’re characterized by a soft, muted sound, offering a less intrusive acoustic experience. The rubber dome underneath keycap actuates the switch, resulting in a moderate-pitched “squishy” sound.
Topre Keyboards
Topre keyboards blend properties of mechanical and membrane keyboards. They provide a distinctive “thock” sound, regarded as quieter and deeper compared to most mechanical switches. This sound can vary based on the keyboard’s construction material, with plastic cases producing a higher pitched sound, and metal cases creating a deeper resonance.
Hall Effect Keyboards
Hall Effect keyboards are lesser-known but boast unmatched longevity. The switches operate magnetically, reducing noise substantially. They offer a muted, low-pitched sound, even quieter than membrane keyboards, making them ideal for quiet environments.
Optical Keyboards
Optical switches use light for actuation, providing a faster response time. Similar to linear mechanical switches, Soundwise, they’re on the quieter end, closely resembling linear switches’ sound profiles.
Buckling Spring Keyboards
Centered around a spring that buckles under pressure, these keyboards produce a unique “pinging” sound upon actuation, followed by a bottoming-out clatter. These are generally louder and notably distinctive compared to other switch types.
Who knew the typing experience could differ, so vastly, just by the switch under the keycap? Whether you seek a keyboard for gaming, coding, or writing, the sound produced by its keys can dramatically affect your interaction with the device. It’s therefore worth taking the time to understand the audio differences between switch types, and select a keyboard with a noise profile that complements your specific needs and working environment. Remember, it’s not only about how your keyboard sounds, but also about how that sound makes you feel when you are using it.
