Audeze

United States
, Foundation Year —
2008
All Brand Products

    Like many other high-tech companies, Odisi's story begins in a garage in Orange County, California. In 2008, the company's founders, Sankar Thiagasamudram and Alexander Rosson, met engineer Pete Uka, who worked at NASA on a specialized flexible material for printed circuit boards. The incredibly thin, surprisingly durable, and movable material was ideal for use as a diaphragm in magneto-planar headphones (isodynamic headphones that use etched flat diaphragms instead of conventional conical speakers to produce sound).

    At that time, the technical director was the famous Dragoslav Kolich, the author of 30 years of experience designing planar programmers. Under his leadership, the LCD-1 model was created.

    The company then developed linear, multi-manufacturer LCD displays LCD-2 and LCD-3, as well as LCD displays-X and XC, characterized by higher performance. Government. Quite unexpectedly for me, the audio recording of magneto-planar technology became available to users — manufacturers of EL-8 models and manufacturers of the SINE series, that's me. These products feature a strategic design created by Audeze, a Designworks company within the BMW Group. The JAP ambassador for science was commissioned by Audeze, a developer and graduate of Deckard.

    The design of the jack headphones is based on proprietary developments in the field of magneto-planar technology: extremely thin film membranes and specially manufactured powerful magnets. Planar drivers are devoid of the inherent disadvantages of conventional radiators with conical diffusers; in particular, almost weightless diaphragm sockets are able to move faster than other sound—emitting elements - membranes with a moving coil or classic dome diffusers. In addition, in magneto-planar headphones, the coils of the sound coil are distributed over the entire surface of the diaphragm. The audio signal applied to the coil leads to the appearance of an alternating magnetic field in it, which, interacting with the permanent field of the magnet, causes the membrane to oscillate and thereby emit sound.

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