Medical Precision Imaging
Low-power medical-grade oHFM modules with EMC design provide core processing hardware for portable ultrasound, CT/MRI reconstruction and physiological signal acquisition devices.
Typical Application Scenarios
Portable Ultrasound Digital Beamforming
Real-time digital beamforming (DBF) for handheld/palm ultrasound devices, with per-channel independent pipelined delay-and-sum weighting supporting 128-channel real-time imaging, achieving clinical-grade image quality without a GPU.
CT/MRI Reconstruction Acceleration
Accelerated 3D medical image reconstruction; FPGA parallel computing accelerates Fourier transform and back-projection algorithms, cutting CT reconstruction from minutes to seconds and supporting real-time imaging-guided interventions.
Medical Data Acquisition Frontend
Multi-physiological-signal synchronized acquisition and pre-processing module supporting ECG/EEG/EMG multi-channel high-precision acquisition, with FPGA performing real-time filtering and feature extraction.
Pain Points of Traditional Solutions
Medical device hardware certification cycles are long, making it hard for small vendors to enter
High-end ultrasound beamforming chips are monopolized by foreign vendors at high cost
Devices are large and power-hungry, difficult to make portable
Low supply-chain localization creates disruption risk
oHFM Standardized Solution
Customer Value
Start Your oHFM Standardized Product Development
Standardized modules plus flexible software-defined design let you focus on core algorithms and product innovation without reinventing the wheel.