How to Make Your Microphone Not Pickup Keyboard Noises

In the age of remote work and virtual meetings, having a high-quality microphone has become essential for clear and professional communication. However, many individuals encounter a common issue: keyboard noises interfering with the sound quality during their online conversations. Whether you’re a content creator, a remote worker, or a student attending online classes, the annoyance of keyboard sounds bleeding into your microphone can be frustrating. Luckily, there are various techniques and strategies that can help you mitigate this problem and make your microphone immune to keyboard noises. In this article, we will explore some practical tips and tricks to ensure that your microphone captures your voice clearly, without any disruptive keyboard sounds in the background. By implementing these strategies, you can enhance your audio quality and make your online interactions more seamless and professional.

Table of Contents

Types of microphones susceptible to picking up keyboard noises

Condenser microphones and their sensitivity

Condenser microphones are known for their high sensitivity, making them more prone to picking up keyboard noises. These microphones possess a thin diaphragm that vibrates in response to sound waves, resulting in a highly accurate and detailed audio reproduction. However, this sensitivity also means that they can easily capture unwanted background noises, including keyboard sounds.

Dynamic microphones and their resistance to keyboard sounds

Dynamic microphones, on the other hand, are less sensitive compared to condenser microphones. They are designed to withstand high sound pressure levels and are more suitable for live performances and recording noisy environments. Due to their construction and use of a moving coil to generate a signal, dynamic microphones are less likely to pick up keyboard noises.

Differentiating between microphone types

Differentiating between condenser and dynamic microphones is crucial when it comes to reducing keyboard noises. Understanding the strengths and weaknesses of each type allows users to make an informed decision when selecting a microphone for specific recording purposes. For situations where keyboard noise is a concern, it is advisable to choose a dynamic microphone to minimize the interference.

Properly identifying the type of microphone being used is essential for implementing effective strategies to reduce or eliminate keyboard noises in recordings.

IProper positioning of the microphone

Positioning the microphone away from the keyboard

One of the most effective ways to prevent keyboard noise from being picked up by your microphone is to position it as far away from the keyboard as possible. This will help minimize the direct sound waves that reach the microphone. Place the microphone on a stand or boom arm, ensuring it is positioned higher than your keyboard and angled downwards towards your mouth.

Angling the microphone to minimize noise pickup

Another important factor in reducing keyboard noise is the angle at which the microphone is positioned. Tilting the microphone slightly away from the keyboard can help minimize the direct sound waves that reach the microphone diaphragm. Experiment with different angles to find the best configuration for your setup.

Experimenting with distances and angles

Every setup and recording environment is unique, so it’s essential to experiment with the placement of your microphone. Try different distances and angles to find the sweet spot where the microphone captures your voice clearly while minimizing keyboard noise. Use headphones to monitor the audio and adjust accordingly until you achieve the desired results.

Proper positioning of the microphone is crucial, as it can significantly reduce the amount of keyboard noise that is picked up during recordings. By placing the microphone further away from the keyboard, angling it to minimize direct sound waves, and experimenting with different distances and angles, you can create an optimal setup for noise-free recordings.

Remember to also consider your own comfort and ease of use when positioning the microphone. Prioritize finding a position that allows you to speak naturally and comfortably while maintaining the necessary distance from the keyboard.

By implementing these positioning techniques, you can greatly improve the quality of your recordings by eliminating unwanted keyboard noise.

RecommendedUtilizing a shock mount or isolation mount

Explanation of shock mounts and their efficiency

One effective way to prevent keyboard noises from being picked up by your microphone is by using a shock mount. A shock mount is a device that suspends the microphone and isolates it from vibrations and handling noise. It consists of elastic bands or springs that absorb shocks and vibrations before they can reach the microphone.

The efficiency of a shock mount lies in its ability to decouple the microphone from the mounting surface. This prevents any vibrations or movements from being transferred to the microphone, resulting in a cleaner and more professional sound quality.

Installing and adjusting a shock mount for the microphone

To install a shock mount, start by attaching it to a microphone stand or boom arm. Make sure it is securely fastened and stable. Then, carefully place your microphone into the shock mount’s cradle, ensuring that it is centered and securely held.

Once the microphone is in place, adjust the shock mount’s positioning to achieve the best results. Experiment with different angles and distances from the keyboard to find the optimal position that minimizes noise pickup. Keep in mind that the shock mount should be placed as far away from the keyboard as possible to reduce the chances of vibrations being transmitted.

Benefits of using isolation mounts to minimize vibrations

In addition to shock mounts, isolation mounts can also be utilized to further reduce vibrations and keyboard noises. Isolation mounts are designed to absorb and dissipate vibrations caused by various sources, including the keyboard.

By isolating the microphone from the mounting surface, isolation mounts provide an extra layer of protection against vibrations that may not be mitigated by shock mounts alone. They are especially useful for environments with heavy vibrations or for individuals using sensitive condenser microphones.

The benefits of using isolation mounts include improved audio quality, reduced handling noise, and a cleaner recording experience overall. They provide an added level of stability and isolation, ensuring that keyboard noises do not interfere with your vocal recordings.

In conclusion, incorporating a shock mount or isolation mount into your microphone setup can greatly help in preventing keyboard noises from being captured in your recordings. By ensuring proper installation and adjustment, these mounts provide a reliable solution to eliminate unwanted vibrations and interference caused by typing on a keyboard. Consider investing in a shock mount or isolation mount to enhance the professional quality of your voice recordings.

Adjusting the gain and volume settings

Understanding gain and volume controls

Adjusting the gain and volume settings on your microphone can significantly help in reducing keyboard noise. Gain control determines the sensitivity of the microphone, while volume control adjusts the overall volume of the audio signal. By understanding these controls, you can find the optimal settings to minimize unwanted sounds.

Optimizing gain settings to reduce keyboard noise

To eliminate keyboard noises, start by setting the gain of your microphone at an appropriate level. Avoid setting the gain too high, as it will amplify all sounds, including keyboard noise. Experiment with different gain levels and adjust until the keyboard noises are minimized. It’s important to find a balance between preventing keyboard noise pickup and maintaining a clear and audible recording.

Adjusting microphone volume to balance audio quality and noise reduction

In addition to gain control, adjusting the microphone volume can help find the right balance between audio quality and noise reduction. Lowering the microphone volume can reduce the overall level of sounds, including keyboard noises. However, be cautious not to decrease it too much as it may result in a weak recording. Aim to strike a balance that minimizes keyboard noise while maintaining clear and natural-sounding audio.

Tips for effective gain and volume adjustment

– Use headphones to monitor the audio output while making adjustments. This will help you accurately identify any remaining keyboard noises.
– Record a test sample and listen to it to assess the impact of the gain and volume adjustments.
– Avoid aggressive adjustments and fine-tune the settings gradually to prevent distortion or unnatural audio quality.
– Take note of the optimal gain and volume settings for future reference and consistency in your recordings.

In conclusion, adjusting the gain and volume settings on your microphone is an essential step in reducing keyboard noise during recordings. By understanding the purpose of gain and volume controls and experimenting with different settings, you can find the right balance to minimize unwanted sounds. Remember to always monitor the audio output and maintain a natural, clear recording.

Soundproofing the recording area

Identifying noise sources in the recording environment

Before delving into soundproofing solutions, it is crucial to identify the various noise sources present in your recording environment. Common culprits may include air conditioners, fans, buzzing electronics, or traffic noise from outside. Understanding these sources will help you target specific areas for soundproofing.

Implementing soundproofing solutions, such as acoustic foam or panels

Acoustic foam or panels are highly effective in reducing unwanted noise reflections and reverberations. These materials absorb sound waves, preventing them from bouncing off walls and causing disturbances in your recordings. Place these foam panels strategically around your recording space, focusing on the walls closest to your microphone and any other areas where noise may leak in.

Ensuring proper insulation of windows and doors to minimize external noise

Windows and doors are notorious for letting external noise seep into your recording space. To minimize this, consider using window seals or draft stoppers to create a tight seal. Install heavy curtains or blinds with soundproofing qualities to further block out noise. For doors, weatherstripping and door sweeps can help create a more soundproof environment.

Proper insulation of windows and doors will greatly reduce the amount of external noise that your microphone picks up, allowing for cleaner recordings.

Considering alternative recording spaces

If soundproofing your current recording area proves challenging or insufficient, you may want to consider exploring alternative spaces for your recording sessions. Look for rooms or areas in your home that are naturally quieter, such as closets or basement rooms. These areas tend to have less external noise interference, creating a more conducive environment for capturing clean audio.

Using portable vocal booths or reflection filters

If finding a suitable recording space is an issue, portable vocal booths or reflection filters can be a viable solution. These products are designed to surround your microphone, effectively isolating it from external noise sources. Vocal booths and reflection filters work by absorbing sound waves and preventing them from contaminating your recordings.

Implementing soundproofing techniques in your recording space will not only reduce keyboard noises but also improve the overall audio quality of your recordings. By addressing noise sources, utilizing sound-absorbing materials, and considering alternative spaces if needed, you can create a more controlled and professional environment for your voice recordings.

Remember, each recording space is unique, so it’s essential to experiment and find personalized solutions that work best for your specific situation. Maintaining focus and professionalism in voice recordings is crucial, and by implementing soundproofing measures, you can ensure that your microphone captures pristine audio free from keyboard noises.

Implementing noise reduction software

Introduction to noise reduction software tools

In the quest to eliminate keyboard noises from microphone recordings, one effective solution is the implementation of noise reduction software. These software tools are specifically designed to identify and reduce unwanted background noise, such as keyboard clicks and strokes, resulting in cleaner and more professional audio recordings.

Explaining the functionality of noise suppression features

Noise reduction software utilizes advanced algorithms to analyze the audio input and distinguish between desired speech or vocals and unwanted background noise. By identifying patterns and frequencies associated with keyboard sounds, the software can intelligently suppress or eliminate those unwanted noises, while preserving the clarity and quality of the intended audio.

These software tools offer various features and settings, such as adjustable thresholds, noise profiles, and real-time monitoring, allowing users to customize the level of noise reduction according to their specific needs. Some software even provide advanced features like spectral editing, which allows users to manually remove or reduce specific frequencies associated with keyboard sounds.

Recommending popular software options for various budgets

When it comes to noise reduction software, there are several popular options available in the market catering to a range of budgets and requirements. For those on a tight budget or looking for a free option, Audacity is a widely-used and highly regarded open-source software that offers noise reduction capabilities. It provides a user-friendly interface and basic noise reduction tools that can significantly improve recording quality.

For users willing to invest in more advanced and feature-rich software, Adobe Audition is a professional-grade tool known for its powerful noise reduction capabilities. It provides a comprehensive set of tools and options for precise noise reduction and audio enhancement.

Other popular options include RX Elements by iZotope, which offers a range of noise reduction features in an affordable package, and Reaper, a versatile digital audio workstation (DAW) that includes noise reduction plugins.

Ultimately, the choice of noise reduction software depends on individual preferences, budget, and specific recording needs. It is recommended to try out different software options and see which one aligns best with personal requirements and offers the desired level of noise reduction.

Implementing noise reduction software as part of the microphone setup can greatly enhance the quality of recordings by effectively eliminating keyboard noises. By investing in the right software and taking advantage of its features, users can achieve professional-level audio recordings that are free from distractions and unwanted noise, allowing them to maintain focus and deliver high-quality content.

Using a noise gate

Understanding the purpose and operation of a noise gate

One effective method for reducing keyboard noises in microphone recordings is by using a noise gate. A noise gate is a tool that allows you to set a certain audio threshold below which any sound will be attenuated or completely muted. It essentially cuts off any audio below that threshold, which can help eliminate unwanted background noises like keyboard sounds.

The operation of a noise gate is fairly straightforward. When the input audio falls below the set threshold, the gate closes and mutes the signal. When the audio surpasses the threshold, the gate opens, and the sound is allowed to pass through. This way, the noise gate acts as a filter, only allowing the desired audio to be recorded while muting the unwanted keyboard noises.

Setting up a noise gate to eliminate keyboard noise

To effectively use a noise gate, start by adjusting the threshold level. Set the threshold just above the level of the keyboard noises you want to eliminate. This will ensure that only the keyboard sounds are muted, while your voice or other desired audio remains audible.

It’s important to find the right balance with the threshold level. If the threshold is set too high, it may start cutting off parts of your voice or other important audio. On the other hand, if it’s set too low, some keyboard sounds may still be picked up by the microphone.

Adjusting threshold and attack/release settings for optimal performance

In addition to the threshold, noise gates often have settings for attack and release. The attack time determines how quickly the gate opens when audio surpasses the threshold, while the release time determines how long the gate takes to close after the audio falls below the threshold.

Adjusting these settings can help fine-tune the performance of the noise gate for your specific recording environment and keyboard noise levels. Experiment with different attack and release times to find the optimal settings that effectively eliminate keyboard sounds without making the audio sound unnatural or choppy.

Remember, every noise gate is slightly different, so consult the user manual or online resources specific to your model for detailed instructions on adjusting the threshold, attack, and release settings.

Implementing a noise gate is a valuable technique to minimize keyboard noise in your microphone recordings. By using this tool effectively, you can maintain a clean and professional sound, free from distracting keyboard noises.

Keyboard modifications to minimize noise

Exploring keyboard options with reduced noise

When it comes to minimizing keyboard noises picked up by your microphone, one effective approach is to modify your keyboard itself. By investing in a keyboard with reduced noise, you can greatly diminish the distracting sounds that interfere with your recordings.

There are several keyboard options available that are designed specifically to generate minimal noise. These keyboards often feature switches that produce quieter keystrokes, reducing the chances of them being picked up by the microphone. Consider researching keyboards with features such as “quiet mechanical switches” or “silent membrane keyboards” as these are known to be more suitable for audio recording purposes.

Suggestions for dampening keyboard sounds

If purchasing a new keyboard is not an option, there are other modifications you can make to your existing keyboard to reduce noise. One popular method is using rubber o-rings, which can be placed beneath the keycaps to dampen the impact sound when pressing the keys. O-rings absorb the noise and prevent it from traveling and being picked up by the microphone, resulting in a quieter typing experience.

Another option is using silicone mats specifically designed for noise reduction. Placing a silicone mat between your keyboard and the desk can help absorb vibrations and muffle the sounds of keystrokes, minimizing their impact on your recordings.

Benefits of using quiet mechanical switches or membrane keyboards

Quiet mechanical switches and membrane keyboards offer distinct advantages when it comes to minimizing keyboard noise. Quiet mechanical switches, such as those with a linear or tactile design, produce less audible clicking or clacking sounds compared to traditional mechanical switches. This makes them ideal for those who prefer the feel of mechanical keyboards but require a quieter typing experience.

On the other hand, membrane keyboards, which use rubber dome switches, generate less noise overall due to the absence of individual mechanical components. While they may not offer the same tactile feedback as mechanical switches, membrane keyboards are an excellent choice for users seeking a practically silent typing experience.

By opting for keyboards with reduced noise or implementing modifications, you can significantly decrease the chances of keyboard noises being picked up by your microphone. Experiment with different options and find the one that works best for your recording setup and personal preferences.

Remember, quality audio recordings require attention to detail, and choosing the right keyboard and modifications is just one of the many steps toward achieving professional and distraction-free results.

Techniques for recording without keystrokes

Different methods for eliminating keystrokes during recording

Recording high-quality audio requires minimizing background noise, including the distracting sound of keystrokes. In this section, we will explore various techniques for recording without keystrokes, allowing you to capture clean and professional voice recordings.

One effective method is to adjust your typing technique by typing more softly. By striking the keys with less force, you can significantly reduce the intensity of the sound produced. Practice this technique before recording sessions to ensure that you maintain accuracy while minimizing the noise generated by typing.

Expanding on techniques such as typing more softly or modifying typing habits

Modifying your typing habits can further help in eliminating keystrokes. For example, you can try using your fingertips instead of hitting the keys with your entire fingers. This approach offers more control and precision, leading to quieter keystrokes.

Another technique is to position your hands slightly higher above the keyboard, so your fingers land on the keys more softly. By approaching the keys at a gentler angle, you can reduce the impact noise produced.

Tips for rehearsing and practicing typing techniques before recording sessions

To effectively implement these techniques, it is essential to rehearse and practice them before recording sessions. Take some time to familiarize yourself with the modified typing techniques and develop muscle memory. Practice typing softly and adjusting your hand position to ensure comfort and accuracy.

Consider recording short practice sessions to assess the effectiveness of the techniques and identify areas for improvement. Pay attention to the sound of keystrokes and make adjustments as necessary.

Remember to maintain a relaxed and focused mindset during recording sessions, as tension or rushing can result in louder keystrokes.


Eliminating keyboard noises in microphone recordings is crucial to achieving professional-quality audio. By employing techniques such as typing more softly, modifying typing habits, and practicing in advance, you can significantly reduce or eliminate keystrokes during recording.

Experiment with different techniques and find the methods that work best for you. Each individual may have different habits and preferences, so it is important to personalize these techniques according to your needs.

Maintaining focus, professionalism, and attention to detail during voice recordings is essential. By implementing the tips and techniques discussed throughout this article, you will be able to create high-quality recordings with minimal distractions. Remember to continuously refine your approach and adapt to new technology or tools that can further enhance your audio production.

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