Mask Noise with 100% Naturally Recorded Brown Noise

In today’s society, artificial noise abounds, yet methods like walls or earplugs are often insufficient.
As a result, many people struggle with sleep disorders or a lack of concentration in office environments.
Brown noise is a powerful method that masks noise by playing sounds in a frequency range similar to the noise itself, making it less perceptible.
However, the long-term effects of listening to artificially generated sounds remain scientifically unclear.
NNTM (Natural Noise Therapy & Meditation) is a 100% naturally recorded brown noise, inspired by how people since ancient times used natural sounds like rivers to block noise and protect acoustic privacy.
Designed with maximum consideration for human health, it shuts down artificial noise to deliver high performance, quality sleep, and stress reduction.
NNTMTM’s natural brown noise, while 100% organically recorded, is designed to spread evenly across the same frequency range as everyday sounds. This coverage of broad noise-inducing frequencies helps maintain a noise-free environment that supports both mental and physical well-being.
*1 DSD (Direct Stream Digital) converts wideband signals directly into 1-bit digital data, representing sound amplitude through pulse waveform density. This waveform closely resembles the compression and rarefaction of sound waves in space, mirroring natural sound. DSD offers an exceptionally wide playback range—far exceeding 100kHz—along with ample dynamic range in the audible spectrum, enabling truer reproduction of the original sound.
*2 The audio used in this product is converted to 96kHz PCM format, the maximum playable on iPhone.
Using speakers, headphones, or earphones with a dynamic range faithful to the original sound ensures the balance of the sound’s frequency bands is preserved. When playing from an iPhone, it supports 96kHz PCM or DSD formats (DSD playback functionality will be added after April 2025). For best results, speakers, earphones, or headphones should at least support high-resolution audio playback.