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The development of advanced techniques for three-dimensional (3D) ultrasound imaging demands open scanners able to simultaneously and independently control thousands of piezoelectric transducers on two-dimensional (2D) array probes. This work proposes a modular solution based on a 64-channel front-end module (FEM) capable of transmitting, receiving, conditioning, and digitizing ultrasound signals, and of transferring them to an elaboration unit through a 10GEthernet protocol with a global data-rate of 40 Gbps. Multiple FEM units can synchronously operate by sharing a common front-plane board to build high channel count (N × 64) open scanners.

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A Front-End Board for Modular Ultrasound Open Scanners

  • 会议论文

  • 发表日期：

    2025年

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  • F. Lagonigro,
  • A. Vignoli,
  • V. Meacci,
  • P. Verdi,
  • P. Tortoli,
  • A. Ramalli,
  • E. Boni

摘要

The development of advanced techniques for three-dimensional (3D) ultrasound imaging demands open scanners able to simultaneously and independently control thousands of piezoelectric transducers on two-dimensional (2D) array probes. This work proposes a modular solution based on a 64-channel front-end module (FEM) capable of transmitting, receiving, conditioning, and digitizing ultrasound signals, and of transferring them to an elaboration unit through a 10GEthernet protocol with a global data-rate of 40 Gbps. Multiple FEM units can synchronously operate by sharing a common front-plane board to build high channel count (N × 64) open scanners.