Beyond the Clinic: A Blueprint For Developing Reliable, Edge AI-Enabled Medical Devices


In a quiet farmhouse in rural Utah, hundreds of miles from the nearest city, a pregnant mother wakes up and waits for a kick that doesn’t come. In this part of the country—one of the many "medical deserts" where 30% of counties lack a single gynecologist—the nearest hospital is a 500-mile journey. Usually, this moment of silence leads to a desperate phone call to an HMO where a nurse asks... » read more

Integrating Optics And Engineering: How Simulation Transforms Medical Device Design


The integration of optical systems in medical devices is a rapidly growing area of focus and investment within the medical technology sector. From surgical lasers and diagnostic imaging tools to microscopes applied in research, advanced optics have enormous potential to drive better patient outcomes. However, designing advanced optical systems for medical devices poses numerous complex... » read more

Wearable Connectivity, AI Enable New Use Cases


The sensing and processing technology used in smart phones, watches, and rings is starting to be being deployed in a wide variety of wearable devices, ranging from those that fill the gap between sports and med tech, to haptic devices to assist the visually impaired and AR/VR glasses. Emerging applications include payment, building, and factory wearables. Most of these devices process signal... » read more

Med Tech Morphs Into Consumer Wearables


Doctors have been using advanced technology for years, but the growing trend is for consumers to use devices at home and have direct access to their data. Watches and rings that were once primarily used for counting steps or registering sleep patterns can now read blood pressure, heart rate, blood oxygen, body temperature, and other early signs of illness. Meanwhile, various patches are under d... » read more

What IoMT Really Stands For


The basic goals of engineering include the achievement of a product’s purpose, safety, cost, manufacturability, and supportability, among other things. For internet of things (IoT) applications, much of the essential purpose relates to wireless communications that untether communication from wires and cables. This is especially true of the rapidly growing internet of medical things (IoMT), wh... » read more

Advancing Medical Devices Through Heterogeneous Integration


As medical treatments continue to evolve, innovation in medical devices plays a vital role, enabling increasingly complex, precise, and safer interventions. For example: Endoscopic devices provide high-resolution in vivo imaging, Wearable sensors offer real-time monitoring of vital signs, Implantable devices engage with the human body at the cellular level. These devices’ ongo... » read more

Heterogeneous Chip Assembly Helps Optimize Medical And Wearable Devices


Heterogeneous integration (HI) has significant implications for the medical, health, and wearables industry. At Promex, we utilize a variety of complex assembly processes to achieve HI for medical and biotech applications. This post will take a closer look at the processes associated with assembling these classes of devices. Figure 1 provides a high-level overview of our approach. Nearly eve... » read more

Telecare Challenges: Secure, Reliable, Lower Power


The adoption of telecare using a variety of connected digital devices is opening the door to much more rapid response to medical emergencies, as well as more consistent monitoring, but it also is adding new challenges involving connectivity, security, and power consumption. Telecare has been on the horizon for the better part of two decades, but it really began ramping with improvements in s... » read more

Deep Tech Drives Semiconductor Sustainability


SEMI spoke with Luc Van den hove, president and CEO at Imec, about semiconductor sustainability, healthcare trends, and deep tech, and their implications for the semiconductor industry. Van den hove shared his views ahead of his keynote presentation at SEMI Industry Strategy Symposium Europe (ISS Europe), on May 30, 2022, in Brussels, Belgium. Join us at the event to meet experts from Imec... » read more

Diagnostic Medical Ultrasound Innovation Using UltraFast Algorithms


Medical ultrasound is the most attractive among all diagnostic imaging systems due to its least-invasive nature and lack of any radiation. As medical ultrasound continues to grow in wider range of applications for its non-invasive nature and for its ability to see soft-tissue images, there is growing demand in supporting advanced imaging techniques in ultrasound beamformers, in multi-dimensiona... » read more

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