High SNR & low THD lead to improved speech intelligibility, thus best fit for hands free, voice recognition, in-cabin-comm. Close sensitivity & phase matching are perfect for beamforming arrays. High Acoustic-Overload-Point & enlarged operating temp. range allow flexible placement in-/outside of vehicles.Ext. availability matches typical vehicle life cycles enabling Tier 1 & OEMS a long term strategy with platform dev. & cost savings in qual.

In automotive markets 16-codecs are still widely used, which limits dynamic range of an audio system to a max of 96 dB. With its increased sensitivity and a dynamic range of 93 dB, full range of IM67D120A can be used to achieve best speech performance. Suited to all apps inside/outside cars, where best audio performance in harsh atv environments is required.

High-performance digital MEMS microphones qualified according to automotive quality standard AEC-Q103-003. They are suited to all applications outside and inside the car, where the best audio performance in harsh environments and a digital PDM interface is required. Robust for very high sound pressure levels. Best suited for external sound detection and active/road noise cancellation.

Analog MEMS microphone qualified according to automotive quality standard AEC-Q103-003. It is suited to all applications inside and outside the car, where mid range audio performance in harsh environments and a analog single-ended interface is required. It also perfectly support acoustic noise cancellation applications with its flat and stable frequency and phase response and a very low LFRO (Low frequency roll off) at 10Hz.

Digital MEMS microphones qualified according to automotive quality standard AEC-Q103-003. They are suited to all applications inside and outside the car, where mid range audio performance in harsh environments and a digital PDM interface is required. They also perfectly support acoustic noise cancellation applications with its flat and stable frequency and phase response and a very low LFRO (Low frequency roll off) at 7Hz.

Digital MEMS microphones qualified according to automotive quality standard AEC-Q103-003. They are suited to all applications inside and outside the car, where mid range audio performance in harsh environments and a digital PDM interface is required. They also perfectly support acoustic noise cancellation applications with its flat and stable frequency and phase response and a very low LFRO (Low frequency roll off) at 7Hz.

High-performance digital MEMS microphones qualified according to automotive quality standard AEC-Q103-003. They are suited to all applications inside and outside the car, where the best audio performance in harsh environments and a digital PDM interface is required. They also perfectly support acoustic noise cancellation applications with its flat and stable frequency and phase response and a very low LFRO (Low frequency roll-off) at 7 Hz.

High-performance digital MEMS microphones qualified according to automotive quality standard AEC-Q103-003. They are suited to all applications inside and outside the car, where the best audio performance in harsh environments and a digital PDM interface is required. They also perfectly support acoustic noise cancellation applications with its flat and stable frequency and phase response and a very low LFRO (Low frequency roll-off) at 7 Hz.

Its flat frequency, stable phase response, very low frequency roll off (LFRO) makes it perfect for ANC. High SNR, excellent AOP allows superior speech performance,thus a perfect product for a universal microphone inside an audio system. AEC-Q103-003 quali. contributes to reduce efforts and risks of failures in module and system quali. Enlarged operating temp. range up to +105° C allows flexible use in different apps inside/outside of vehicles.