Analog-to-Digital Converter (ADC)

From automotive radar to ultrasound imaging and communication systems, the need for fast, precise signal conversion is increasing. Our high-performance Analog-to-Digital Converter (ADC) solutions are designed to address these challenges by combining high resolution, high throughput and low power consumption in a single, integration-ready package.

ADC Design for Automotive Applications
© Fraunhofer EMFT/ Bernd Müller
ADC Design for Automotive Applications

Our ADC Portfolio

We design high-precision SAR ADCs that push the limits of accuracy and efficiency. Our solutions combine low-noise performance, robust matching, and scalable architectures to enable reliable high-resolution data conversion — making them ideal for demanding applications such as automotive radar, ultrasound imaging, and communication systems, across both advanced and mature process nodes.

Depending on the requirements, we can supply noise-power budget, behavior modelling, IP design, layout design and verification as well as measurement and evaluation of the results.

Designed ADCs

12- bit 120 MSPS SAR ADC

  • 12- bit 120 MSPS pipelined SAR ADC for automotive radar and communication applications 
  • OCEAN12

Sigma Delta ADC

  • High resolution and dynamic range through optimized noise shaping and digital processing
  • Precise performance for next-generation sensing, ultrasound, and measurement systems
  • Current Design: 16-bit 100KSPS sigma delta for ultrasound applications

13-bit 80 MSPS SAR ADC

  • ADC for ultrasound imaging and communication applications and adapted for chiplet integration
  • APECS, BCDC

Leverage our expert Analog-to-Digital Converter (ADC) at Fraunhofer EMFT for your specific application needs. We are eager to collaborate and innovate with you - contact us!

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