New acoustics
A few days ago, I already told habrauser about one of the innovations in the field of acoustics, which my acquaintances (about sound projectors) showed me along long ago. Today I would like to share my impressions about another interesting thing:
Turning a solid surface into a speaker - Solid Drive technology
')
In short: Solid Drive induction loudspeakers are small cylinders mounted on any hard surface (wood, glass, metal, etc.). In this case, the entire surface to which they are riveted, becomes a sound emitter.
The effect is as if the sound comes from the entire surface of the table (walls, windows). The columns themselves can be either simply placed on the surface or mounted inside the wall, etc.
Here is what the developers write:
Turn hard surfaces into speakers.
Induction Dynamics Solid Drive is a powerful audio transducer that transmits acoustic energy through almost any solid surface, which turns into a high-quality speaker with a frequency response like a normal diaphragm speaker. Solid Drive is a major step forward in the field of Home Theater systems, distributed sound systems and other modern audio applications. Solid Drive works with solid materials such as glass, granite, metal, wood, ceramics, laminates and composite materials. Because Solid Drive uses common indoor materials, this system is ideal for home or commercial audio or home theaters.
How Solid Drive Works
Solid Drive is based on a proprietary technology that uses very powerful neodium magnets and a pair of symmetrically arranged motors to turn a sound signal into strong vibrations transmitted to hard surfaces through direct contact. High-quality sound in the range of 70Hz-15kHz begins to play the entire surface.
Sound any room without speakers and wiring
Induction Dynamics Solid Drive are installed directly on the wall - real embedded speakers that turn the entire wall into a sound source. Sound vibrations emit a large surface, so the listener literally plunges into sound. The system creates an omnidirectional sound with playback of almost all frequencies, while maintaining channel separation.
In Russia, RIWA is engaged in the distribution of technology.
Turning a solid surface into a speaker - Solid Drive technology
')
In short: Solid Drive induction loudspeakers are small cylinders mounted on any hard surface (wood, glass, metal, etc.). In this case, the entire surface to which they are riveted, becomes a sound emitter.
The effect is as if the sound comes from the entire surface of the table (walls, windows). The columns themselves can be either simply placed on the surface or mounted inside the wall, etc.
Here is what the developers write:
Turn hard surfaces into speakers.
Induction Dynamics Solid Drive is a powerful audio transducer that transmits acoustic energy through almost any solid surface, which turns into a high-quality speaker with a frequency response like a normal diaphragm speaker. Solid Drive is a major step forward in the field of Home Theater systems, distributed sound systems and other modern audio applications. Solid Drive works with solid materials such as glass, granite, metal, wood, ceramics, laminates and composite materials. Because Solid Drive uses common indoor materials, this system is ideal for home or commercial audio or home theaters.
How Solid Drive Works
Solid Drive is based on a proprietary technology that uses very powerful neodium magnets and a pair of symmetrically arranged motors to turn a sound signal into strong vibrations transmitted to hard surfaces through direct contact. High-quality sound in the range of 70Hz-15kHz begins to play the entire surface.
Sound any room without speakers and wiring
Induction Dynamics Solid Drive are installed directly on the wall - real embedded speakers that turn the entire wall into a sound source. Sound vibrations emit a large surface, so the listener literally plunges into sound. The system creates an omnidirectional sound with playback of almost all frequencies, while maintaining channel separation.
In Russia, RIWA is engaged in the distribution of technology.
Source: https://habr.com/ru/post/3869/
All Articles