Infineon Introduces First AEC-Q103 Qualified High-Performance XENSIV MEMS Microphone for Automotive Applications

Infineon Technologies AG announced the launch of the XENSIV IM67D130A MEMS microphone. The high acoustic overload point (AOP) of 130 dB SPL allows the IM67130A to capture distortion-free audio signals in loud environments, whether in- or outside a vehicle. The microphone also has an increased operating temperature range from -40°C to +105°C to enable various use cases in harsh automotive environments, enabling advanced driver assistance systems and predictive maintenance applications.

From March to August 2014, in its Sound Control column dedicated to acoustics, Richard Honeycutt reviewed and wrote a series of articles on the evolution of predictive acoustics and acoustical modeling software, including a review of some of the available tools. This sixth and final article in the series discusses Duran Audio’s Digital Directivity Analysis (DDA) software. This article was originally published in audioXpress, August 2014.

This fifth article in the series explores the ODEON Room Acoustics Software, from the Danish company with the same name. Richard Honeycutt looks at the improved calculation methods and analysis capabilities of the sofware, incorporating an impulse response measurement system integrated to the software allowing easy comparison of calculated and measured responses. This article was originally published in audioXpress, July 2014.

From March to August 2014, in its Sound Control column dedicated to acoustics, Richard Honeycutt reviewed and wrote a series of articles on the evolution of predictive acoustics and acoustical modeling software, including a review of some of the available tools. This fourth article in the series discusses Enhanced Acoustic Simulator for Engineers (EASE), an engineering design and analysis software for optimizing acoustics. This article was originally published in audioXpress, June 2014.

From March to August 2014, in its Sound Control column dedicated to acoustics, Richard Honeycutt reviewed and wrote a series of articles on the evolution of predictive acoustics and acoustical modeling software, including a review of some of the available tools. This third article in the series discusses CATT-Acoustic, a software for room acoustics prediction, auralization, studio stereo, and surround reverberation, and one of the leading modeling programs for architectural acoustics. This article was originally published in audioXpress, May 2014.

From March to August 2014, in its Sound Control column dedicated to acoustics, Richard Honeycutt reviewed and wrote a series of articles on the evolution of predictive acoustics and acoustical modeling software, including a review of some of the available tools. This second article in the series focused on one of those available tools: Bose Modeler. This article was originally published in audioXpress, April 2014.

From March to August 2014, in his Sound Control column dedicated to acoustics, Richard Honeycutt reviewed and wrote a series of articles on the evolution of predictive acoustics and acoustical modeling software, including a review of some of the available tools. This first article in the series revisits Sabine’s reverberation time equation, all the way to the use of impulse responses and ray-tracing and convolution auralization techniques using modern computers. This article was originally published in audioXpress, March 2014.