How to Make a Mechanical Keyboard Quieter
A mechanical keyboard is a popular choice among gamers, programmers, and writers due to its tactile feedback, speed, and durability. However, one of the most frustrating aspects of a mechanical keyboard is the noise it produces. The noise can be caused by the mechanical switches, the keyboard’s mechanical components, or the user’s typing style. In this article, we will explore the best ways to make a mechanical keyboard quieter.
Understanding the Noise Sources
Before we dive into the solutions, it’s essential to understand the noise sources that contribute to the sound of a mechanical keyboard. The main noise sources are:
- Switch noise: The sound of the mechanical switches, which are the individual components that register keystrokes.
- Mechanical component noise: The sound of the keyboard’s mechanical components, such as the actuation points, the spring, and the cable.
- User typing noise: The sound of the user’s typing, which can be caused by the keyboard’s layout, the user’s typing style, and the keyboard’s sensitivity.
Solutions to Reduce Switch Noise
Switch noise is one of the most common sources of noise in mechanical keyboards. Here are some solutions to reduce switch noise:
- Switch type: Penny switches are known for their smooth and quiet operation. They are a popular choice among gamers and typists due to their low actuation force and high durability.
- Switch height: Lower switch heights can reduce switch noise by allowing the switches to register keystrokes more quickly.
- Switch actuation point: Lower actuation points can reduce switch noise by allowing the switches to register keystrokes more quickly.
- Switch spring tension: Looser spring tension can reduce switch noise by allowing the switches to register keystrokes more quickly.
Solutions to Reduce Mechanical Component Noise
Mechanical component noise is another common source of noise in mechanical keyboards. Here are some solutions to reduce mechanical component noise:
- Cable management: Cable management can reduce mechanical component noise by keeping the cables organized and untangled.
- Cable routing: Cable routing can reduce mechanical component noise by routing the cables under the keyboard or using cable ties to keep them organized.
- Keyboard design: Keyboard design can reduce mechanical component noise by using a more compact design that minimizes the movement of the components.
Solutions to Reduce User Typing Noise
User typing noise is the most common source of noise in mechanical keyboards. Here are some solutions to reduce user typing noise:
- Keyboard layout: Keyboard layout can reduce user typing noise by using a more ergonomic layout that minimizes the movement of the keys.
- Typing style: Typing style can reduce user typing noise by using a more relaxed typing style that minimizes the movement of the keys.
- Keyboard sensitivity: Keyboard sensitivity can reduce user typing noise by using a keyboard with a lower sensitivity setting.
Additional Tips to Reduce Noise
In addition to the solutions mentioned above, here are some additional tips to reduce noise in mechanical keyboards:
- Use a keyboard cover: Keyboard covers can reduce noise by keeping the keyboard clean and organized.
- Use a keyboard tray: Keyboard trays can reduce noise by keeping the keyboard at a comfortable height and minimizing the movement of the keys.
- Use a noise-reducing keyboard: Noise-reducing keyboards are designed to reduce noise by using special materials or designs that minimize the movement of the components.
Conclusion
Making a mechanical keyboard quieter is a matter of understanding the noise sources and using the right solutions. By using penny switches, lower switch heights, lower actuation points, and looser spring tension, you can reduce switch noise. By managing the cable, routing, and design of the keyboard, you can reduce mechanical component noise. By using a keyboard layout, typing style, and keyboard sensitivity, you can reduce user typing noise. By using a keyboard cover, keyboard tray, and noise-reducing keyboard, you can further reduce noise.
Table: Comparison of Mechanical Switch Types
| Switch Type | Noise Level | Actuation Force | Durability |
|---|---|---|---|
| Cherry MX Red | Low | 45g | High |
| Cherry MX Black | Low | 50g | High |
| Cherry MX Brown | Medium | 55g | Medium |
| Cherry MX Blue | Medium | 60g | Medium |
| Kailh Red | Low | 45g | High |
| Kailh Black | Low | 50g | High |
| Kailh Brown | Medium | 55g | Medium |
| Kailh Blue | Medium | 60g | Medium |
Table: Comparison of Mechanical Component Noise Reduction
| Component | Noise Reduction | Effectiveness |
|---|---|---|
| Cable Management | High | High |
| Cable Routing | High | High |
| Keyboard Design | High | High |
| Cable Ties | Medium | Medium |
Note: The noise levels and actuation forces listed in the table are approximate and may vary depending on the specific switch or component.