Advanced Medical Technology

Medical devices are becoming more accessible for at-home use. An attractive and high-quality user interface with touch capability can help your new design stand out from the competition. We offer innovative touch solutions including buttons, knobs, gesture sensors and haptics. Discover how you can use these solutions to create stylish, accessible and easy-to-use interfaces. 

As medical devices continue to evolve, with enhanced capabilities and increased processing power, the demand for reliable power solutions becomes critical. We specialize in low-power solutions to enhance the efficiency of your products without sacrificing performance. Our extensive portfolio of medical power solutions includes ultra-low quiescent current Low Dropout (LDO) regulators with exceptional ripple rejection and robust Silicon Carbide (SiC) products to help you in designing optimized, reliable power systems.

Hospitals can now track critical equipment and personnel in real time by integrating Ultra-Wideband (UWB) technology into their devices and facilities. UWB's precise and reliable positioning capabilities enable healthcare facilities to effortlessly monitor the location of devices such as defibrillators, infusion pumps and patient monitors. This promotes operational efficiency, reduces asset loss and enhances patient safety, making UWB technology an invaluable addition to any medical device design.

Medical products need to be small, smart and reliable. We specialize in miniaturization, which means we can redesign and manufacture a product to make it smaller while maintaining its power, functionality and reliability. Our current projects include creating microelectronics for products such as pacemakers, smart knee implants, pill cameras, surgical robots, and hip replacements.

Explore how our advanced FPGA solutions optimize medical imaging systems with high-speed processing, low-latency performance, and precise control. Our products support cutting-edge technologies in ultrasound, MRI, and CT applications, delivering enhanced image quality and diagnostic accuracy.