Delivering high performance, mixed-signal technology

We offer hardware and software solutions to help OEMs develop new generations of devices that deliver top-class end-user experiences.

Cirrus Logic's extensive mixed-signal processing and low-power design expertise enable the company to expand beyond our traditional audio domain into new categories where we provide a wide range of high-performance ICs. Our haptic and camera controller products enable features where high-performance low-latency is critical and can directly impact the user experience while our power-related products focus on high efficiency to lower heat dissipation.

Camera Controllers

Custom products that facilitates significantly improved results with high-precision, low-latency circuits that enable faster processing to focus and stabilize image capture.

Camera Controllers

Custom products that facilitates significantly improved results with high-precision, low-latency circuits that enable faster processing to focus and stabilize image capture.

Fast Charging

Cirrus Logic's charging devices are designed to deliver high-efficiency charging that reduces heat dissipation resulting in faster charging and a reduction in total charge time.

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Fast Charging

Cirrus Logic's charging devices are designed to deliver high-efficiency charging that reduces heat dissipation resulting in faster charging and a reduction in total charge time.

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Haptics and Sensing

Highly responsive and consistent tactile feedback enabling an ultra-low-latency and immersive human-to-machine experience.

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Haptics and Sensing

Highly responsive and consistent tactile feedback enabling an ultra-low-latency and immersive human-to-machine experience.

Power Conversion and Control IC

Custom product that utilizes mixed-signal technology that enables battery monitoring and telemetry to better manage dynamic power demands of the entire system.

Power Conversion and Control IC

Custom product that utilizes mixed-signal technology that enables battery monitoring and telemetry to better manage dynamic power demands of the entire system.