➀ Researchers developed an affordable ABLE device to detect airborne hazards by converting particles into liquid droplets for analysis;

➁ The $200 device uses silicon spikes to capture contaminants, enabling biomarker detection with low-cost tools like paper strips and optical sensors;

➂ Applied in healthcare (e.g., neonatal ICU monitoring) and environmental checks, with plans for miniaturization and real-time robotic integration.

➀ Researchers in South Korea developed stretchable, self-healing electronic components to enhance the durability and functionality of implantable medical devices;

➁ The materials maintain stable electrical performance in wet biological environments and are fabricated using scalable transfer printing for modular integration with sensors and display systems;

➂ This innovation could enable long-term diagnostic and therapeutic applications, with future trials aimed at validating safety and clinical effectiveness.

➀ Traditional biosensors face challenges in blood due to rapid degradation, limiting real-time monitoring capabilities;

➀ Researchers developed the SENSBIT system, inspired by the gut's protective structure, using a 3D nanoporous gold surface and mucosal-like coating for enhanced stability;

➂ The sensor retained over 70% signal after a month in human serum and functioned for a week in live rats, enabling early infection detection and advancing personalized healthcare.

➀ Researchers from Zhejiang University developed a wearable system (CWSCCM) enabling continuous cortisol monitoring through sweat analysis;

➁ The device combines molecularly imprinted polymers for detection, organic electrochemical transistors for signal amplification, and wireless data transmission;

➂ Validated in real-world conditions, it shows potential for stress management and personalized healthcare applications.

➀ Two Indian students developed GestureX, patented smart glasses converting speech to real-time sign language using Raspberry Pi and Python;

➁ The device supports multiple sign languages (ASL, BSL, ISL) with directional audio detection and aims to aid communication in educational/work settings;

➂ Prototype undergoing refinement, with plans for mass production and potential partnerships in assistive technology.

➀ Texas Instruments' TIDA-010256 reference design supports 128 channels of ±80V ultrasound transmitter outputs for medical imaging, enhancing lateral resolution and image quality;

➀ The system integrates TX7516 programmable pulse transmitters and TMUX9832 high-voltage switches, reducing harmonic distortion and enabling dynamic power management for efficiency;

➂ It utilizes AM243x microcontrollers for real-time control and compact SEPIC power modules for streamlined hardware integration.

➀ Researchers developed an AI chip analyzing ECG data with 92.4% accuracy to detect heart attacks in real time;

➁ The compact, energy-efficient chip is designed for integration into wearable devices like smartwatches;

➂ Aims to enable faster diagnosis and treatment to reduce heart damage through early detection.

➀ Researchers at DGIST developed an AI-powered ultra-thin "electronic nose" sensor using laser-processed graphene and cerium oxide, mimicking human olfactory combinatorial coding;

➁ The flexible sensor array achieves over 95% accuracy in identifying perfumes and cosmetics, with potential applications in healthcare, environmental monitoring, and fragrance industries;

➂ The one-step fabrication method enables bendable, wearable integration while maintaining performance through 30,000+ bending cycles.

➀ Researchers developed a haptic glove that converts sounds into vibrations using AI and electronic yarns, enabling deafblind users to perceive environmental signals through tactile feedback;

➁ The Vibrotac-Glove employs ERM motors controlled by Arduino Nano, creating customizable vibration patterns to form a 'touch language' with 80% recognition accuracy in tests;

➂ This innovation combines textile engineering, AI audio processing and accessibility design, demonstrating potential for enhancing sensory substitution technologies.

➀ Emerging technologies like VR, AI, and IoT are transforming lab mouse research, enabling precise behavioral studies and ethical advancements;

➁ Northwestern University developed iMRSIV, a compact VR headset for mice, enhancing neuroscience research efficiency;

➂ AI-powered pain detection and IoT-enabled transport systems aim to reduce animal stress and improve research reliability.

➀ Silicon Labs has introduced the BG29 Series 2 wireless SoCs designed for ultra-compact Bluetooth Low Energy (LE) devices, offering high performance, robust connectivity, and extended memory without sacrificing size or power.

➁ The BG29 SoCs are available in QFN and WLCSP packages, making them suitable for small devices like smart implants, glucose monitors, and disposable wearables.

➂ Key features include 1 MB of Flash memory, 256 kB of RAM, integrated DCDC boost, and a Coulomb counter for accurate battery monitoring, ensuring extended battery life and enhanced security with Secure Vault High and Virtual Secure Engine.

➀ Cinon推出了一系列550W的交流直流单输出电源，尺寸约为130 x 84 x 25.4mm；

➁ 这些电源没有内置风扇，550W的功率只有在基板和吹风冷却超过21.9cfm时才能实现，环境温度达到50°C时开始降额，80°C时最大允许负载降至350W；

➂ 在不吹风的环境空气中，这些是450W的电源，50°C时开始降额，80°C时降至约240W。

➀ This article discusses a reference design for secure telehealth solutions, offering a robust framework for building advanced connected medical devices.

➁ The design features a WBZ350 module with Bluetooth LE 5.2 capability, ensuring efficient communication and enhanced security with the ATECC608C cryptographic co-processor.

➂ The design supports multiple connectivity options, including AWS or Azure cloud connectivity, and also includes bio-signal and temperature sensors for accurate health monitoring.

➀ Texas Instruments (TI) has launched the industry's first functionally isolated modulators designed to enhance motor control in compact robotics.

➁ These modulators improve precision and resolution, with 12 to 14 effective number of bits (ENOB) for accurate current and voltage sensing, housed in a small leadless package.

➂ Suitable for various industries including automotive, medical, and aerospace, these modulators enable more precise and reliable operations in smaller form factors.

➀ Researchers at NYU Abu Dhabi have developed an innovative 'off-the-jaw' sensing system that integrates force and angle sensors into laparoscopic handles to provide real-time feedback on gripping forces, tissue thickness, and stiffness.

➁ This system enhances the safety and precision of minimally invasive surgery (MIS) by restoring tactile feedback, which is crucial for differentiating tissues and applying appropriate force.

➂ The technology has potential applications beyond laparoscopic surgery, including telemedicine, endoscopy, and robotic-assisted surgery, with early trials showing a 30% improvement in surgical task efficiency.

➀ Microchip Technology has introduced the AVR SD family of microcontrollers designed to help engineers meet strict safety standards while reducing design costs and complexity.

➁ These MCUs include built-in functional safety features, making them suitable for applications requiring high safety assurance, such as those needing ASIL C and SIL 2 compliance.

➂ The MCUs come with a TÜV Rheinland-certified safety management system and various hardware safety features, including dual-core lockstep CPU and error correction code, aiding in efficient development and reliability.

➀ e-con Systems has launched a new embedded camera designed for integration with the NVIDIA Holoscan platform, enabling real-time AI-based object detection and recognition.

➁ The camera is ideal for industrial automation, robotics, and medical imaging applications, featuring high-speed and low-latency imaging with e-con's proprietary TintE Image Signal Processor (ISP).

➂ It leverages the NVIDIA Holoscan Sensor Bridge powered FPGA board to simplify setup and offload image processing tasks, optimizing GPU resources for AI inference.

➀ Researchers at the University of Turku have made a breakthrough in nanotechnology by refining single-wall carbon nanotubes (SWCNTs) for highly accurate sensor applications.

➁ The study focuses on separating nanotubes based on chirality, allowing precise control over their properties for optimized sensor performance.

➂ This advancement could revolutionize medical diagnostics by enabling the detection of biological markers at extremely low concentrations, with potential applications in hormone level monitoring and disease detection.

➀ Texas Instruments has released a wearable biosensing Holter reference design for continuous vital sign monitoring. It measures ECG, heart rate, respiration, pace pulse, temperature, and motion.

➁ The design includes an AFE159RP4 for low-power, high-resolution ECG acquisition and a TMP119 for body temperature monitoring. Data is transmitted via Bluetooth Low Energy 5.3.

➂ The reference design supports multiple battery options and offers up to six days of operation, making it suitable for medical sensor patches and wearable fitness devices.

➀ Microchip Technology has introduced the PIC32A family of 32-bit microcontrollers (MCUs) designed for high-performance applications in industries like automotive, industrial, AI/ML, and medical.

➁ Key features include high-speed analog integration with a 200 MHz CPU, 12-bit ADCs with up to 40 Msps sampling rate, and 5 ns high-speed comparators.

➂ The MCUs also offer advanced security features and support for efficient edge sensing and signal processing, balancing high performance with cost-effective system design.