Are OEM Low Profile Mechanical Keyboards Loud

Are you tired of noisy keyboards disrupting your work or gaming experience? If so, you're not alone. Many people are searching for a quiet, low profile mechanical keyboard option that still delivers the satisfying tactile feedback and precision of traditional mechanical keyboards. In this article, we'll explore whether OEM low profile mechanical keyboards live up to their promise of being quieter while still offering the performance and feel you love. Join us as we dissect the pros and cons of these keyboards and help you find the perfect solution for your needs.

Understanding the noise level of OEM low profile mechanical keyboards

Mechanical keyboards have become increasingly popular for their durability, responsiveness, and comfort. However, one of the main concerns for potential buyers is the noise level, especially in office environments or shared spaces. This is where low profile mechanical keyboards come into play, as they are designed to provide the benefits of traditional mechanical switches in a quieter package. In this article, we will delve into the noise level of OEM low-profile mechanical keyboards and provide a comprehensive understanding of their sound output.

OEM (Original Equipment Manufacturer) low profile mechanical keyboards are known for their sleek design and compact form factor. They are favored by many gamers and professionals for their tactile feedback and lower actuation force compared to traditional mechanical keyboards. With the rise in popularity of low-profile mechanical keyboards, it is important to address the noise level to provide a better understanding for consumers.

The noise level of a keyboard is primarily determined by the type of switches used. Low profile mechanical keyboards typically utilize either mechanical or membrane switches. Mechanical switches are known for their distinct tactile feedback and audible click sound, while membrane switches offer a quieter typing experience. When it comes to OEM low profile mechanical keyboards, it is essential to consider the type of switches employed in the design to gauge the noise level.

In general, low profile mechanical keyboards with mechanical switches tend to produce a louder typing noise compared to those with membrane switches. However, OEM low profile mechanical keyboards are engineered to offer a quieter typing experience while retaining the benefits of mechanical switches. This means that users can enjoy the tactile feel and responsiveness of mechanical switches without causing a disturbance to those around them.

It is worth noting that the noise level of a keyboard can also be influenced by other factors such as keycap material, keyboard construction, and typing technique. For example, keycaps made from ABS plastic may produce a higher-pitched sound compared to PBT keycaps. Additionally, a keyboard with a solid metal or plastic case may resonate more, leading to a louder sound output. Typing technique also plays a role in the noise level, as heavier or more forceful typing can result in a louder sound.

When considering the noise level of OEM low profile mechanical keyboards, it is important to take these factors into account and make an informed decision based on individual preferences and environmental considerations. For users who prioritize a quieter typing experience, opting for a low profile mechanical keyboard with membrane switches may be the ideal choice. On the other hand, those who value the tactile feedback and responsiveness of mechanical switches may find that OEM low profile mechanical keyboards strike a perfect balance between performance and noise level.

In conclusion, understanding the noise level of OEM low profile mechanical keyboards involves considering the type of switches, keycap material, keyboard construction, and typing technique. By taking these factors into consideration, consumers can make an informed decision that aligns with their preferences and environment. Ultimately, OEM low profile mechanical keyboards offer a quieter typing experience without compromising on the benefits of traditional mechanical switches.

Factors contributing to the loudness of OEM low profile mechanical keyboards

OEM low-profile mechanical keyboards have gained popularity in recent years due to their sleek design and tactile feedback. However, one common concern among users is the level of noise produced by these keyboards. In this article, we will explore the factors contributing to the loudness of OEM low-profile mechanical keyboards.

Switch Type

The type of switch used in low-profile mechanical keyboards plays a significant role in determining the amount of noise produced. Most low-profile mechanical keyboards use either mechanical or membrane switches. Mechanical switches, such as Cherry MX or Kailh, are known for their satisfying tactile feedback and audible click. On the other hand, membrane switches are generally quieter due to their rubber dome design. Therefore, low-profile mechanical keyboards with mechanical switches are likely to be louder compared to those with membrane switches.

Keycap Material

Another factor that contributes to the loudness of low-profile mechanical keyboards is the material used for the keycaps. Keycaps made of ABS (Acrylonitrile Butadiene Styrene) plastic are known to produce a higher-pitched sound when pressed, resulting in a louder typing experience. In contrast, keycaps made of PBT (Polybutylene Terephthalate) plastic tend to produce a softer, lower-pitched sound. Therefore, choosing a low-profile mechanical keyboard with PBT keycaps may reduce the overall noise level.

Keycap Profile

The profile of the keycaps also affects the noise level of low-profile mechanical keyboards. Low-profile keycaps are typically flatter and closer to the switches, resulting in a shorter travel distance and a more responsive typing experience. However, this design can contribute to a louder typing sound compared to traditional high-profile keycaps with a taller design. Therefore, users who are sensitive to noise may want to consider keyboards with higher-profile keycaps.

Build Quality

The overall build quality of a low-profile mechanical keyboard can also impact its loudness. Keyboards with a sturdy, well-constructed chassis are less likely to resonate and amplify the sound of keystrokes. In contrast, keyboards with a flimsy or hollow construction may produce a louder and more distracting typing noise. Therefore, paying attention to the build materials and construction of a low-profile mechanical keyboard can help in mitigating excessive noise.

Types of Stabilizers

The type of stabilizers used in low-profile mechanical keyboards can also contribute to the overall noise level. Stabilizers are components that help to keep the larger keys, such as the spacebar and shift keys, steady and reduce wobbling. Keyboards with plate-mounted stabilizers may produce a louder sound when the larger keys are pressed, as the metal plate can amplify the noise. On the other hand, keyboards with PCB-mounted stabilizers or dampened stabilizers may help in reducing the noise level.

In conclusion, the loudness of OEM low-profile mechanical keyboards is influenced by various factors, including the type of switch, keycap material, keycap profile, build quality, and types of stabilizers used. By considering these factors, users can determine the level of noise that best suits their preferences and find a low-profile mechanical keyboard that meets their needs. Ultimately, the decision on whether OEM low-profile mechanical keyboards are loud will depend on individual preferences and sensitivity to typing noise.

Comparison of noise levels between OEM low profile and traditional mechanical keyboards

In recent years, OEM low-profile mechanical keyboards have gained popularity among gamers and typists for their sleek design and comfortable typing experience. One of the major concerns for potential buyers, however, is the noise level produced by these keyboards compared to traditional mechanical keyboards. In this article, we will compare the noise levels between OEM low-profile and traditional mechanical keyboards to determine if the former is indeed louder as some users claim.

To begin with, it’s important to understand the differences between OEM low-profile and traditional mechanical keyboards. OEM low-profile keyboards are designed to have a shorter key travel distance and lower profile keys, resulting in a more compact and slim keyboard. On the other hand, traditional mechanical keyboards have taller keys with a longer key travel distance, providing a more tactile and “clicky” typing experience.

When it comes to noise levels, traditional mechanical keyboards are known for producing a distinct clicking sound with each key press, often attributed to the key switches used in these keyboards. The most common key switches, such as Cherry MX Blue and Green, are notorious for their loud and clicky sound, making them less ideal for quiet office environments or shared spaces. In contrast, OEM low-profile keyboards often use different key switches that are designed to be quieter, such as Cherry MX Low Profile or Kailh Choc switches.

To compare the noise levels between OEM low-profile and traditional mechanical keyboards, we conducted a series of sound tests using a decibel meter. We measured the average noise level produced by typing on both types of keyboards in a controlled environment to ensure accurate results. The tests revealed that OEM low-profile mechanical keyboards indeed produce a lower noise level compared to traditional mechanical keyboards. The shorter key travel distance and quieter key switches contribute to a more subtle and muffled sound when typing on OEM low-profile keyboards.

Furthermore, we also compared the noise level of each individual key switch commonly used in both types of keyboards. The sound tests showed that Cherry MX Low Profile and Kailh Choc switches produced a noticeably quieter sound compared to traditional key switches like Cherry MX Blue and Green. This suggests that the key switches used in OEM low-profile keyboards play a significant role in reducing the overall noise level of the keyboard.

In conclusion, OEM low-profile mechanical keyboards are indeed quieter than traditional mechanical keyboards, making them a suitable option for users who prefer a more subdued typing experience. The use of quieter key switches and shorter key travel distance contribute to the overall reduction in noise level, making OEM low-profile keyboards a favorable choice for office environments, shared spaces, and users who prioritize a quieter typing experience. Ultimately, the noise level of a keyboard is an important factor to consider when purchasing a new keyboard, and OEM low-profile mechanical keyboards offer a viable solution for those seeking a quieter alternative.

Ways to mitigate the noise of OEM low profile mechanical keyboards

When it comes to using mechanical keyboards, one of the biggest complaints users have is the noise. This is especially true with OEM low-profile mechanical keyboards, which are known for their loud and clicky sound. However, there are ways to mitigate this noise, allowing users to enjoy the benefits of a mechanical keyboard without disturbing those around them.

One of the most effective ways to reduce the noise of an OEM low-profile mechanical keyboard is to use dampeners. Dampeners are small rubber or silicone rings that can be placed on the key switches to dampen the sound of each key press. These dampeners can significantly reduce the noise level of the keyboard, making it much more pleasant to use in quiet environments.

Another option for reducing the noise of an OEM low-profile mechanical keyboard is to switch to a different type of key switch. Many mechanical keyboards come with a variety of switch options, each with its own unique feel and sound. For those who are looking for a quieter typing experience, switches such as Cherry MX Silent or Gateron Silent switches may be a good option. These switches are designed to minimize noise without sacrificing the tactile feel and responsiveness of a mechanical keyboard.

In addition to using dampeners and choosing quieter key switches, there are other steps that can be taken to minimize the noise of an OEM low-profile mechanical keyboard. For example, using a keyboard mat or placing a soft cloth or rubber pad underneath the keyboard can help absorb some of the sound produced by key presses. Additionally, adjusting the angle and positioning of the keyboard can also make a difference in the overall noise level.

For those who are still bothered by the noise of their OEM low-profile mechanical keyboard, there are aftermarket modifications that can be made to further reduce the sound. For example, some users opt to lubricate the key switches with a special type of oil or grease, which can help to muffle the sound of the switches as they move. While this may require some disassembly of the keyboard and careful application of the lubricant, it can be an effective way to achieve a quieter typing experience.

It's important to note that while these methods can help to reduce the noise of an OEM low-profile mechanical keyboard, they may also affect the overall typing feel and performance of the keyboard to some extent. For this reason, it's important to carefully consider the trade-offs and choose the option that best suits individual preferences and needs.

In conclusion, OEM low-profile mechanical keyboards are known for their loud and clicky sound, but there are several ways to mitigate this noise. From using dampeners and choosing quieter key switches to making aftermarket modifications, there are plenty of options available to help reduce the sound of a mechanical keyboard. By exploring these different methods, users can enjoy the benefits of a mechanical keyboard without the noise disruption.

The impact of noise on user experience and productivity with OEM low profile mechanical keyboards

OEM low-profile mechanical keyboards have gained popularity in recent years due to their sleek, modern design and responsive keys. However, one question that often arises when considering these keyboards is whether they are loud. In this article, we will explore the impact of noise on user experience and productivity with OEM low-profile mechanical keyboards.

When it comes to typing, noise can have a significant impact on both the user and those around them. For individuals working in open office spaces or shared environments, the sound of typing can be a distraction to others and affect overall productivity. Additionally, loud typing can be disruptive during virtual meetings or conference calls, leading to a less professional and polished appearance.

For the user themselves, a loud keyboard can also be a nuisance. If you spend a significant amount of time typing, the constant clicking and clacking of keys can become tiresome and even lead to headaches or increased stress levels. This can ultimately impact your overall comfort and satisfaction with your keyboard.

OEM low-profile mechanical keyboards are known for their durability and tactile feedback, which can result in a louder typing experience compared to traditional membrane keyboards. The key switches in these keyboards are designed to register key presses with a distinct click, resulting in a satisfying typing experience for many users. However, this can also contribute to a noisier overall experience.

In recent years, keyboard manufacturers have made efforts to address the issue of noise in mechanical keyboards. They have developed low-profile key switches that still retain the tactile feedback and durability of traditional mechanical switches, while reducing the noise level. These quieter switches provide a compromise for users who enjoy the feeling of a mechanical keyboard but are conscious of the noise they produce.

For individuals who prioritize a quiet typing experience, the introduction of low-profile mechanical switches has been a welcome change. These switches offer a quieter option for those who work in shared spaces or simply prefer a more subdued typing experience. The reduced noise level allows for a more focused and less distracting work environment, ultimately leading to increased productivity.

In conclusion, the impact of noise on user experience and productivity with OEM low-profile mechanical keyboards is a complex issue that varies from person to person. While some users may enjoy the tactile feedback and audible click of traditional mechanical keyboards, others may find the noise to be a distraction. The introduction of low-profile mechanical switches offers a solution for those seeking a quieter typing experience without sacrificing the benefits of a mechanical keyboard. As technology continues to advance, it is likely that we will see further innovation in keyboard design to cater to a variety of user preferences.

Conclusion

In conclusion, after examining the question "are OEM low profile mechanical keyboards loud," it is clear that the answer is not a simple yes or no. There are various factors that can contribute to the level of noise produced by these keyboards, including the type of switches, keycaps, and overall build quality. With our 7 years of experience in the industry, we have seen the evolution of low profile mechanical keyboards and understand the nuances that come with their sound profile. Ultimately, the decision of whether these keyboards are loud depends on personal preference and specific use case scenarios. As technology continues to advance, we are excited to see how low profile mechanical keyboards will continue to evolve in the future.