Sampling SFX Library
The Sampling S Library offers a wide range of diagnostic audio signals that can be used for testing and analysis purposes. From resonant tones to spatialization stereo movements, these sounds provide a unique and diverse collection for sound engineers and researchers alike. One particular sound includes a resonance tone in room mode at 214Hz, captured at 44.1 kHz with 16 bits and a -3dB level for 3 seconds. This specific sound can be beneficial in understanding room acoustics and how different frequencies interact within a space. Another intriguing sound within the Sampling S Library is the cognitive binaural beats at 6Hz difference, targeting the Theta brainwave frequency range. With tones at 372Hz and 378Hz, this sound offers a calming and meditative experience for listeners. Recorded at 96 kHz with 24 bits and a -3dB level, this audio signal showcases the potential for using sound as a tool for mental relaxation and focus. One of the notable sounds in the library is the diagnostic noise in pink, captured at 96 kHz with 24 bits for a duration of 10 seconds. This sound provides a unique auditory experience, with a color-coded representation that adds a visual element to the listening process. Pink noise is often used in sound masking and relaxation therapies, making it a valuable addition to the collection. The diagnostic noise in violet at 48 kHz and 24 bits offers a different sonic quality, with a color association that may influence how listeners perceive the sound. With a duration of 1 second, this sound provides a brief yet impactful listening experience that can be utilized in various applications, from sound design to psychoacoustic research. The spatialization stereo movement from right to left, featuring a harp with phase modulation at 48 kHz and 24 bits, showcases the potential for creating immersive soundscapes. This unique sound effect can be used in music production, virtual reality experiences, and film scoring to enhance the spatial dynamics of audio content. The diagnostic noise in grey at 48 kHz and 24 bits with 80 phons intensity for 10 seconds offers a different auditory sensation, with a focus on perception and loudness levels. This sound can be used to study the impact of noise on human hearing and how different frequencies and intensities affect our perception of sound. With a variety of diagnostic noises, resonance tones, and spatialization stereo movements, the Sampling S Library provides a comprehensive collection of sounds for research and creative purposes. Whether you're studying room acoustics, experimenting with binaural beats, or exploring unique sound effects, these audio signals offer a diverse range of sonic possibilities. You can play and download these sounds from the Sampling S Library website, where they are available for use in various projects and applications. Explore the world of sound with these unique and innovative audio signals, and discover the potential for creating immersive and engaging auditory experiences.
List of sound clips on this page:

To get the most from this site, please enable JavaScript.

Created by Bardman

Sampling SFX Library

The Sampling S Library offers a wide range of diagnostic audio signals that can be used for testing and analysis purposes. From resonant tones to spatialization stereo movements, these sounds provide a unique and diverse collection for sound engineers and researchers alike. One particular sound includes a resonance tone in room mode at 214Hz, captured at 44.1 kHz with 16 bits and a -3dB level for 3 seconds. This specific sound can be beneficial in understanding room acoustics and how different frequencies interact within a space.

Another intriguing sound within the Sampling S Library is the cognitive binaural beats at 6Hz difference, targeting the Theta brainwave frequency range. With tones at 372Hz and 378Hz, this sound offers a calming and meditative experience for listeners. Recorded at 96 kHz with 24 bits and a -3dB level, this audio signal showcases the potential for using sound as a tool for mental relaxation and focus.

One of the notable sounds in the library is the diagnostic noise in pink, captured at 96 kHz with 24 bits for a duration of 10 seconds. This sound provides a unique auditory experience, with a color-coded representation that adds a visual element to the listening process. Pink noise is often used in sound masking and relaxation therapies, making it a valuable addition to the collection.

The diagnostic noise in violet at 48 kHz and 24 bits offers a different sonic quality, with a color association that may influence how listeners perceive the sound. With a duration of 1 second, this sound provides a brief yet impactful listening experience that can be utilized in various applications, from sound design to psychoacoustic research.

The spatialization stereo movement from right to left, featuring a harp with phase modulation at 48 kHz and 24 bits, showcases the potential for creating immersive soundscapes. This unique sound effect can be used in music production, virtual reality experiences, and film scoring to enhance the spatial dynamics of audio content.

The diagnostic noise in grey at 48 kHz and 24 bits with 80 phons intensity for 10 seconds offers a different auditory sensation, with a focus on perception and loudness levels. This sound can be used to study the impact of noise on human hearing and how different frequencies and intensities affect our perception of sound.

With a variety of diagnostic noises, resonance tones, and spatialization stereo movements, the Sampling S Library provides a comprehensive collection of sounds for research and creative purposes. Whether you're studying room acoustics, experimenting with binaural beats, or exploring unique sound effects, these audio signals offer a diverse range of sonic possibilities.

You can play and download these sounds from the Sampling S Library website, where they are available for use in various projects and applications. Explore the world of sound with these unique and innovative audio signals, and discover the potential for creating immersive and engaging auditory experiences.