Driven by the demand for personalized and connected healthcare services, secure Wi-Fi® modules form the basis of wearable devices in the Medical Internet of Things (IoT), offering a level of continuous, real-time monitoring superior to that found in traditional healthcare settings. These innovations enable more preventative and proactive care by allowing for early intervention, thus reducing the number of hospital visits. Technologies such as 3D printing and smart glasses further enhance personalization and clinical efficiency; examples include patient-specific implants and hands-free tools that improve accuracy, training, and remote collaboration.
Furthermore, thanks to the power design for PFA, new therapies can be safely and reliably deployed in real-world settings. By using integrated sensors and efficient machine learning models, engineers can also apply intelligence to common healthcare products, such as toothbrushes, toilets, and other consumer goods. This allows for local data processing in a way that improves privacy, responsiveness, and the user experience. Together, these advancements are driving a shift toward a more decentralized and data-driven healthcare system, making it possible to improve outcomes, reduce strain on the system, and expand access to quality healthcare.
Managed by Mouser's technical team and trusted manufacturing partners, the Healthcare Resource Center offers a wealth of content, including articles, blogs, ebooks, and new medical technology products from leading manufacturers. The center also features the infographic "Digital Therapeutics Puts Healthcare in Your Hands," which illustrates how software and connected devices are becoming clinically validated care tools capable of expanding access, reducing costs, and personalizing treatment beyond traditional settings. Readers can also access Mouser's New Tech Tuesdays, where engineers can learn about the critical role of AI innovations, hardware security, and biometric technologies in developing smaller, faster, and more efficient healthcare devices.
For the latest products, Mouser stocks the industry's broadest selection of semiconductors and electronic components, including the latest solutions for medical applications. Some of these products are highlighted below:
The ST1VAFE6AX from STMicroelectronics is a compact biosensor for wearable devices and digital health monitoring that combines biopotential sensing with motion tracking on a single chip. It features a vertical analog input stage (vAFE) for asymmetric or differential biopotential inputs, an embedded sensor fusion, and a machine learning core. It is designed to capture signals such as heart rate, pulse, or electrocardiogram, and to synchronize these readings with motion data so developers can perform more context-aware analysis.
Ezurio's BL54L modules are a range of Bluetooth® LE (low power) modules integrated into Nordic's nRF54L platform, designed to deliver secure, high-performance, low-power wireless connectivity in compact embedded devices. This range is aimed at engineers seeking an out-of-the-box BLE module that offers a good balance of performance, miniaturization, and security without requiring them to create the RF design from scratch.
Onsemi's AR0145CS Hyperlux™ SG image sensors are designed for applications requiring fast and accurate, distortion-free capture of moving images. These 1 MP image sensors, with a 1280 × 800 active pixel array, are optimized for sharp, low-noise images in both bright and low-light conditions. AR0145CS sensors are used in barcode scanners, gesture recognition, 3D scanning, positional tracking, iris recognition, virtual and augmented reality, biometrics, and machine vision.
The NXP Semiconductors FXLS8971CF 3-axis MEMS accelerometer is designed for medical and IoT applications where motion and orientation detection with stable performance across a wide temperature range is essential. This accelerometer can be used in high-performance or low-power mode, allowing for an optimal balance between accuracy and battery life. Furthermore, it features integrated digital capabilities that simplify host data collection and help reduce overall system power consumption.
