Upgrade Your Medical Imaging Capabilities
Advancements in semiconductor technology have enabled vast improvements in diagnostic capabilities and patient outcomes. Our cutting-edge products are helping reshape the landscape of diagnostic imaging capabilities by enhancing resolution, speed and accuracy. From precise signal control in high-voltage analog circuits to customizable processing power with FPGAs, our products empower imaging professionals to achieve unparalleled diagnostic precision. Join us in advancing the forefront of medical imaging technology.
Explore Imaging Applications
Magnetic Resonance Imaging (MRI)
Dive into the intricate world of medical imaging with MRI technology, where powerful magnets and radio waves create detailed images of the body's inner workings. Our technology seamlessly integrates into MRI systems to provide exceptional performance and reliability for precise diagnostic imaging applications.
Endoscopy
Endoscopy uses state-of-the-art miniature cameras and fiber optics to navigate the body with precision and deliver vital visual insights for accurate diagnoses and minimally invasive procedures. Our solutions enhance the image quality, reliability, performance and efficiency of endoscope imaging technologies.
Ultrasound
Ultrasound technology uses sound waves to reveal real-time pictures of internal structures by guiding medical professionals with clarity and precision in obstetrics, cardiology and other branches of medicine. Our products deliver exceptional imaging precision and reliability, revolutionizing diagnostic procedures.
X-Ray
X-ray imaging uses electromagnetic radiation that penetrates tissues to reveal bone structures, foreign objects and subtle anomalies. Our solutions elevate the precision and efficiency of X-ray imaging for advanced diagnostic applications.
Our Medical Imaging Design Solutions
FPGAs for Medical Imaging
Our compact, energy-efficient, low-power FPGAs enable efficient algorithm processing for tasks like signal processing and data analysis. These FPGAs are an excellent choice for portable, battery-powered devices and provide optimal functionality and longevity for improved patient care.
Precision High-Voltage Analog
High-voltage analog components, including switches and multiplexers (MUX), are crucial in medical imaging for precise signal routing. Our robust products provide reliable high-voltage signal transmission to maintain image quality and diagnostic accuracy in demanding applications.
Data/Video Transcievers
Our data/video transceivers, supporting CoaXPress® and High-Definition Serial Digital Interface (HD-SDI), are essential in medical imaging for high-speed data transmission between devices and processing units. Their robust connectivity allows efficient, reliable transfer of critical imaging data for real-time monitoring and accurate diagnostics in applications like MRI and endoscopy.
Silicon Carbide (SiC)
Our SiC solutions are revolutionizing power electronics and enabling higher efficiency and reliability in imaging systems. Their superior thermal conductivity and high temperature stability provide optimal performance and longevity in critical medical applications.
Support
We have decades of experience with medical imaging customers across the globe, so we know what these powerful systems require. Our solutions provide low power consumption, reliability and exceptional quality to help your imaging devices operate at peak performance. With versatile FPGA solutions, precise high-voltage switching components and advanced CoaXPress and HD-SDI transceivers, we provide the essential tools for seamless development. Trust in our semiconductor solutions to empower you to create robust and innovative imaging systems tailored to the needs of modern healthcare.
FPGA Design Services
Email us to leverage our world-class team of design experts to expedite your design cycle.
Technical Support
Browse our technical support forum or submit a question to our support team.
Design Services
Our MicroCHECK service provides secure, expert feedback to improve your designs, from concept to final PCB layout.