ASIC Chips

Neural stimulator chips for brain-computer interface (BCI) applications and neuromodulation therapy. Designed for clinical applications including neurological disorder treatment and functional restoration. Features micro-electrode arrays for precise neural signal detection and stimulation with biocompatible implantable architecture.

Precision laser diodes engineered for therapeutic and diagnostic medical applications. These components support advanced imaging and treatment modalities in clinical systems.

Integrated optical sensor components for embedded medical device applications requiring sensitive gas or physical parameter detection.

Semiconductor-grade LED chips designed for medical illumination systems including endoscopic lighting and diagnostic visualization. These components provide consistent, adjustable spectral output for clinical imaging.

Miniaturized biosensor chips manufactured using patented Shear Horizontal Surface Acoustic Wave technology for detecting antigen-antibody interactions. Chips are produced through wafer processing, patented cavity packaging, and high-precision bio-coating processes.

Microelectronic sensor chips used in invasive pressure measurement and physiological monitoring devices. These components form the core sensing elements in medical transducers.

Application-specific integrated circuit (ASIC) design and development for active implantable medical devices (AIMDs) and medical technology applications.

System-on-chip integrated circuit combining signal acquisition, processing, and transmission functions for neural applications. Designed from transistor level for optimized signal integrity and power efficiency.

Signal processing units designed for ultrasound image acquisition and real-time processing. Built with modern electronic component engineering and custom ASIC technology.

Custom application-specific integrated circuit design and development for medical device applications. Microdul has completed over 70 ASIC projects with comprehensive development, validation, and wafer testing capabilities.

Advanced imaging electronics for ultrasound systems featuring FPGA and ASIC technologies. Manufactured on automated circuit board production lines with precision surface measurement.

Proprietary system-on-chip designed for multi-channel neural signal acquisition with low noise performance. Enables synchronized recording across 8 to 32+ channels with micro-volt level sensitivity for precise neural data capture in clinical and research environments.