Have you ever been in a quiet office or library and suddenly heard the loud clacking sounds of someone typing away on their keyboard? It’s a familiar annoyance that can disrupt the peaceful atmosphere. But have you ever wondered what these loud keyboards are actually called? In this article, we will uncover the intriguing world of loud keyboards and explore the various names used to describe them. From mechanical to clicky keyboards, get ready to discover the true identity behind those noisy typists.
Definition and Function
Mechanical keyboards are a type of computer keyboard that utilizes mechanical key switches instead of the more common rubber dome or membrane switches found in most traditional keyboards. These switches are made up of individual mechanical components, including a spring and metal contacts, which provide a more tactile and responsive typing experience. They are known for their satisfying clicking sound and enhanced tactile feedback.
The function of a mechanical keyboard is to convert the physical act of pressing each key into an electrical signal that can be interpreted by the computer. When a key is pressed, the mechanical switch registers the actuation and sends a signal to the computer, resulting in the corresponding character or action being displayed or executed on the screen.
Different Types of Mechanical Keyboards
There are several different types of mechanical keyboards available, each with its own unique characteristics and advantages. The most common types include clicky switches, tactile switches, and linear switches.
Why Mechanical Keyboards are Loud
Mechanical keyboards are often known for their distinct clicking sound, which can be considered either a benefit or a drawback depending on personal preference and the surrounding environment. The primary reason why mechanical keyboards are louder than other types of keyboards is due to the nature of the mechanical switches themselves. When a key is pressed, the switch mechanism creates a distinctive clicking sound as the components interact and return to their original position.
Types of Mechanical Key Switches
Clicky switches are a type of mechanical key switch that produce an audible “click” sound when pressed. These switches typically have a tactile bump that provides feedback to the user, indicating that the keypress has been registered. The click sound can be quite satisfying and gives a sensation of assurance that the keypress has been recognized.
Tactile switches, as the name implies, provide a tactile feedback or bump when a keypress is registered. However, unlike clicky switches, they do not produce an audible click sound. The tactile feedback can help typists gauge the actuation point and improve typing accuracy.
Linear switches, unlike clicky and tactile switches, do not have a tactile bump or audible click sound. They provide a smooth and consistent typing experience, making them popular among gamers and individuals who prefer a quieter keyboard.
Comparison of Switch Types
When choosing a mechanical keyboard, it is essential to consider the different switch types available and their characteristics. Clicky switches are known for their satisfying click sound and tactile feedback, while tactile switches offer the same feedback without the noise. Linear switches, on the other hand, provide a smooth and quieter typing experience. The choice ultimately depends on individual preferences and the desired level of noise.
Popular Loud Keyboards
One popular mechanical keyboard known for its loud typing experience is the Razer BlackWidow. This keyboard features clicky mechanical switches that produce a distinct clicking sound with each keypress. It is highly regarded among gamers and those who enjoy the tactile feedback and audible click.
The Corsair K70 is another mechanical keyboard that is notorious for its loud typing sound. It features mechanical switches that provide a satisfying click and tactile feedback. The K70 is a preferred choice for gamers and typists who appreciate the audible feedback.
The Logitech G910 is a popular mechanical keyboard that is favored by gamers for its loud and tactile typing experience. It utilizes Romer-G mechanical switches that offer a unique keypress feel and produce an audible clicky sound.
Das Keyboard Model S
The Das Keyboard Model S is known for its high-quality construction and loud typing experience. It features mechanical switches that deliver a distinct clicking sound with each keystroke, providing a satisfying tactile feedback.
The Filco Majestouch is a renowned mechanical keyboard appreciated for its durability and loud key switches. It is highly regarded among mechanical keyboard enthusiasts for its reliable performance and audible clicky switches.
Comparison of Popular Loud Keyboards
When comparing these popular loud keyboards, it is evident that they all offer a distinctive typing experience characterized by audible clicks and tactile feedback. The choice between them depends on individual preferences, such as the desired level of noise, construction quality, and additional features.
Benefits of Loud Keyboards
Enhanced Tactile Feedback
One of the primary benefits of loud keyboards is the enhanced tactile feedback they provide. The distinctive clicking sound and tactile bump offered by these keyboards allow typists to feel each keypress, resulting in improved typing accuracy and increased productivity.
Improved Typing Speed and Accuracy
The tactile feedback provided by loud keyboards can help typists develop a better sense of key actuation and release points, leading to improved typing speed and accuracy. The audible click and tactile bump act as cues for the typist, allowing them to maintain a consistent rhythm and minimize errors.
Satisfying Clicking Sound
Many users enjoy the satisfying clicking sound produced by loud keyboards. The auditory feedback can create a sense of satisfaction and engagement that adds to the overall typing experience. Some individuals find the click sound to be motivating and rewarding, especially during long typing sessions.
Personal Preference and Customization
The preference for loud keyboards is highly subjective and varies from person to person. Some individuals simply enjoy the sound and feel of clicky or tactile switches, while others may find it nostalgic or reminiscent of the mechanical keyboards of the past. Additionally, many mechanical keyboards allow for customization, such as changing keycaps or adjusting actuation force, allowing individuals to tailor their typing experience to their liking.
Drawbacks of Loud Keyboards
Noisy Working Environment
One major drawback of loud keyboards is the potential for creating a noisy working environment, especially in shared spaces or offices with open floor plans. The audible clicking sound can be distracting or disruptive to coworkers and may hamper concentration and productivity.
Loud keyboards can also disrupt individuals who are sensitive to noise or have a need for a quiet environment. In shared living spaces, noisy keyboards can disturb roommates, family members, or neighbors, leading to tensions and conflicts.
Limited Use in Public Spaces
The audible nature of loud keyboards makes them less suitable for use in public spaces such as libraries, cafes, or co-working spaces. The noise produced by these keyboards can be seen as inconsiderate and may disturb others trying to work or concentrate in the same area.
Requires Practice for Quieter Typing
Typing on a loud keyboard without producing excessive noise requires practice and proper typing technique. Learning to be gentle with keypresses and avoiding bottoming out keys can help minimize the noise generated by the keyboard. However, this may require an adjustment period for individuals used to typing on quieter keyboards.
Quieting a Loud Keyboard
One method to reduce the noise produced by a loud keyboard is to use O-rings. O-rings are small rubber rings that can be placed under the keycaps, reducing the impact noise when a key is bottomed out. This can help dampen the sound and create a quieter typing experience.
Another approach to quieting a loud keyboard is to lubricate the mechanical switches. Applying a thin layer of lubricant to the switch components can help reduce friction and minimize any audible “scratchiness” or clicking sound produced by the switches.
For individuals looking for a more significant reduction in noise, soundproofing materials can be used to dampen the sound. Adding foam or other sound-absorbing materials inside the keyboard case can help to muffle the sound produced by the switches.
Switch dampeners are small rubber pads that can be placed on top of the switch stem. These pads absorb and dampen the sound produced by the switch when a key is pressed, resulting in a quieter typing experience.
Alternatives to Loud Keyboards
Membrane keyboards are the most common type of keyboard, utilizing a rubber dome or membrane switches. These keyboards offer a quieter typing experience compared to mechanical keyboards, but they often lack the tactile feedback and durability associated with mechanical switches.
Scissor Switch Keyboards
Scissor switch keyboards are a hybrid between membrane and mechanical keyboards. They provide a more tactile feel compared to membrane keyboards and are generally quieter than most mechanical keyboards. Scissor switches are commonly found in laptops and low-profile keyboards.
Optical keyboards use light sensors that detect the interruption of an infrared beam when a key is pressed. These keyboards are known for their remarkably quiet typing experience as they do not rely on mechanical switch mechanisms to register a keypress.
Comparison of Alternate Keyboard Types
When comparing alternative keyboard types to loud mechanical keyboards, it is clear that membrane, scissor switch, and optical keyboards offer a quieter typing experience. However, they may not provide the same level of tactile feedback, durability, or customization options as mechanical keyboards. The choice between these alternatives ultimately depends on individual preferences and specific requirements.
Choosing the Right Keyboard
Consider the Environment
When selecting a keyboard, it is essential to consider the environment in which it will be used. If working in a shared office space, a quieter and less disruptive keyboard may be more suitable. However, in a personal workspace or for gaming purposes, a louder keyboard may be preferred.
Evaluate Typing Style and Preference
Typing style and preference are important considerations when choosing a keyboard. Individuals who prefer a more tactile typing experience and enjoy the audible click may gravitate towards mechanical keyboards with clicky or tactile switches. Those who require a quiet typing experience may opt for membrane, scissor switch, or optical keyboards.
Assess Budget and Requirements
Budget is another crucial factor to consider when choosing a keyboard. Mechanical keyboards tend to be more expensive compared to membrane or scissor switch keyboards. It is also essential to evaluate specific requirements, such as the need for programmable keys, backlighting, or ergonomic features.
Seek User Reviews and Recommendations
To make an informed decision, it is beneficial to seek user reviews and recommendations when choosing a keyboard. Reading about other users’ experiences and preferences can provide valuable insights and help narrow down the options.
In summary, mechanical keyboards are a popular choice among enthusiasts and individuals seeking a more tactile and responsive typing experience. They are known for their distinct clicking sound and enhanced tactile feedback. While loud keyboards can be disruptive in certain environments, they offer benefits such as improved typing speed and accuracy, enhanced tactile feedback, and a satisfying clicking sound. However, it is essential to consider the drawbacks, such as a noisy working environment and limited use in public spaces. Quieting a loud keyboard can be achieved through methods such as using O-rings, lubrication, soundproofing, and switch dampeners. Alternatives to loud mechanical keyboards include membrane, scissor switch, and optical keyboards, each offering a quieter typing experience with varying levels of tactile feedback. When choosing the right keyboard, it is important to consider the environment, evaluate typing style and preference, assess budget and requirements, and seek user reviews and recommendations.