Sound testing

This type of technology is actively used in various musical creations by the DMC Mystic label. It enhances the auditory experience by providing deeper and richer sound quality.

To illustrate its effectiveness, we have provided two video examples. One of these examples includes a demonstration with a sound spectrometer, which will reassure you about the accuracy of the curves and sound analysis, particularly focusing on the infrabass aspects of our music. These videos showcase how our technology can capture and reproduce the intricate details of low-frequency sounds.

The development of this technology is the culmination of extensive research into the physics of sound and the latest advancements in sound reproduction technologies. Our team has dedicated countless hours to perfecting this system, ensuring it meets the highest standards of audio fidelity.

The prototype shown in the images is currently available in two locations worldwide: one in England and the other in the United States of America. These locations serve as testing grounds where we continue to refine and enhance the system based on real-world feedback.

From a technical perspective, this infrabass system covers a frequency range from 16 Hz to 200 Hz, delivering an impressive audio power of 20,000 KW. It operates at 32 ohms, RMS DIN, with a sound pressure level ratio of 117 dB meters per second. This ensures that the system can produce powerful and clear infrabass sounds, providing an unparalleled listening experience.

This technology is focused on 360-degree sound distribution, ensuring that audio is evenly dispersed in all directions for an immersive listening experience. This approach allows every listener, regardless of their position in the room, to enjoy the same high-quality sound.

The technology is based on IT management by channels available on the whole, which means it utilizes advanced software to manage and optimize the distribution of sound across multiple channels. This ensures that each frequency is accurately reproduced, providing a balanced and dynamic audio experience.

We mark an evolution in the use of new technologies on the low-frequency transmitters linked to the prototype. This advancement allows for more precise control and enhancement of low-frequency sounds, which are crucial for creating a rich and full audio experience.

This prototype is an open subwoofer system, designed to be installed at the bottom floor of a building, typically in a cellar with thick brick walls. The robust construction of the cellar helps to contain and enhance the powerful low-frequency sounds produced by the subwoofer, preventing sound leakage and ensuring optimal performance.

This prototype is specifically created for use in cinemas, large discos, or special sound systems. Its design and capabilities make it ideal for environments that require powerful and clear low-frequency sound reproduction, enhancing the overall audio experience for large audiences.