Home Products Micros Fujitsu Ten Adopts Analog Devices SHARC DSP

Fujitsu Ten Adopts Analog Devices SHARC DSP

Fujitsu Ten’s premium audio amplifiers based on the Analog Devices floating point SHARC DSP architecture enable a revolutionary automotive sound experience. This innovative technology researched and implemented by Fujitsu Ten called Acoustical Space Control Technology, not only greatly reduces vibration to the automobile chassis, but in addition compensates simultaneously for the acoustic reflective effects of the cabin glass and sonic absorption from upholstery. Furthermore, Acoustical Space Control Technology enhances and compensates for the acoustic limitations of loudspeakers such as frequency response and physical placement challenges in the cabin, resulting in a spatially enhanced audio experience.

Micros

14 January 2009

byNews Desk

Fujitsu Ten leveraged many years of Automotive Environmental and Acoustical research, culminating to the development of Acoustical Space Control Technology. Central to this innovative technology is the Analog Devices floating point ADSP-21364 SHARC processor. Two of these high performance processors are used to realize Fujitsu Ten’s most advanced Automotive Acoustic Technology.

“The Analog Devices SHARC family is the ‘gold standard’ for premium audio processing,” said Jerry McGuire, vice president General Purpose DSPs,” We are very gratified to have Fujitsu Ten, an industry innovator, adopt our SHARC architectures to realize state-of–the–art Automotive Acoustical processing in their leading edge products.”