➀ Analog Devices and TMG TE's compact reference design enables IO-Link-enabled optical proximity sensing for Industry 4.0, integrating ultra-low-power components (≈150mW) and robust industrial protections;

➀ Combines an IO-Link transceiver compliant with v1.1/1.0, infrared LED/receiver sensor, Renesas RL78 microcontroller, and power management units for 24V industrial systems;

➀ Pre-programmed firmware supports cyclic data exchange (2ms intervals) with IO-Link masters, featuring reverse-polarity protection, transient voltage suppression, and field bus protocol flexibility.

➀ The reference design TIDA-00824 by Texas Instruments addresses key challenges in wearable temperature measurement, including thermal contact, signal integrity, and compact design.

➁ It uses dual LMT70 analog sensors for skin/ambient temperature detection with ±0.1°C accuracy, paired with a 16-bit ADC and microcontroller for data processing.

➂ Features optimized thermal management with micro-PCB designs, low-power consumption (13μA), and supports firmware updates via SPI for diverse wearable applications.

➀ The project develops an IoT-based soil moisture mapping system using the IndusBoard Coin for real-time monitoring of soil moisture, light, and temperature in agricultural fields;

➁ It operates in Wi-Fi AP mode, providing a web interface for visualizing soil moisture data via a color-coded grid and enabling data-driven irrigation decisions;

➂ The low-cost solution supports up to 30 land sections, integrates multiple sensors, and offers customizable features for precision farming applications.

➀ Chinese researchers developed a magnetic sensor-equipped capsule robot for non-invasive gut fluid sampling, validated in pig intestines;

➁ The capsule combines passive mechanics, external magnetic actuation, and real-time sensor tracking for precise positioning and power-free operation;

➂ It collects samples through spring-driven suction and seals them internally, enabling retrieval post-excretion for diagnostic analysis.

➀ Texas Instruments (TI) introduces the industry's most sensitive in-plane Hall-effect switch, detecting magnetic fields as low as 1mT for compact, cost-effective designs;

➁ Features ultra-low power consumption (0.6 μA) and integrated signal amplification, ideal for battery-powered devices like smart appliances and security systems;

➂ Supported by developer tools for rapid prototyping, it replaces traditional sensors (e.g., reed switches) and enhances TI’s magnetic sensing portfolio.

➀ NASA and Aloft Sensing developed HALE InSAR, a lightweight radar system using phased-array antennas for millimeter-level surface deformation detection;

➁ The system operates without GPS, relying on onboard algorithms, and is tested on high-altitude platforms for environmental monitoring;

➂ Future applications include satellite deployment for broader Earth observation and disaster forecasting.

➀ Hamamatsu Photonics introduces the G1682x series, compact InGaAs linear image sensors optimized for near-infrared spectrophotometry applications;

➁ Features include high sensitivity, uncooled operation at 3.3V, and selectable conversion efficiency (16nV/e⁻ to 160nV/e⁻) for flexible performance;

➂ Designed for industrial, academic, and OEM sectors, enabling real-time monitoring and simultaneous multichannel analysis across 0.9µm-2.1µm wavelengths.

➀ Explores technical challenges in ambient computing, including sensor reliability, edge processing, and seamless device integration;

➁ Highlights human factors such as trust, privacy, and accessibility crucial for user adoption;

➂ Discusses the balance between automation and user control for truly smart, invisible systems.

➀ Mouser launches an automation resource hub to provide engineers with latest industrial automation advancements, including control systems, robotics, and automation software;

➁ Key topics covered: Industry 5.0's human-centric focus, open-source automation benefits, and sensor-driven predictive maintenance;

➂ Curated technical content (articles, videos, eBooks) aims to empower engineers to design safer, more efficient manufacturing systems, per VP Eric Wendt.

➀ SmartRay's ECCO X 025 Dual-Head 3D sensor uses a symmetrical dual-camera design to eliminate occlusion issues in complex surface scanning;

➁ Capable of 40 kHz scanning speeds and capturing 4,096 3D points per profile, it enables real-time 100% inspection coverage;

➂ Specifically designed for automotive battery tray inspection and semiconductor component analysis, featuring metrology-grade accuracy with 25mm FOV and 450nm blue laser.

➀ Phlux Technology launches an evaluation board for its Aura InGaAs avalanche photodiodes (APDs), featuring 12x higher sensitivity than traditional infrared sensors;

➁ The board integrates a MAX40661 amplifier, enabling rapid testing of dark current, responsivity, and noise performance, compatible with multiple APD packages;

➂ Targets laser rangefinders, LiDAR, and defense applications, with ultra-low-noise designs achieving <30 fW/√Hz NEP.

➀ Bosch launches the SMP290, the first fully integrated Tire Pressure Monitoring System (TPMS) with Bluetooth Low Energy (BLE), designed for vehicles ranging from motorcycles to buses.

➀ The sensor combines a microcontroller, BLE interface, pressure/temperature sensors, and a 2-axis accelerometer into a single MEMS unit, offering a 10-year battery life and over-the-air software updates.

➂ It enhances vehicle safety, simplifies integration with Bluetooth-based systems (e.g., keyless entry), and ensures compliance with TPMS regulations in regions like the U.S., China, and Europe.

➀ Fraunhofer IST developed a thin-film sensor system integrated into injection molds for real-time monitoring of temperature and pressure during plastic manufacturing;

➁ Machine learning algorithms on edge devices analyze sensor data to detect defects instantly and adjust processes before mold release, enabling rapid quality control;

➂ The wear-resistant sensors support sustainable production by allowing recycled materials and high fiber-content plastics to be used efficiently.

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 ETH Zurich researchers developed smart textiles (SonoTextiles) using glass microfibers to conduct acoustic waves instead of electronics for touch and motion sensing;

➁ Changes in acoustic wave frequencies (around 100 kHz) indicate movement, pressure, or touch, enabling low-computing-power data processing;

➂ Woven glass fibers with transmitters and receivers detect disruptions caused by body movements or breathing, expanding wearable tech applications.

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 Fraunhofer IZM marks its 20th anniversary as a member of IVAM, highlighting its role in advancing microtechnology and fostering international collaboration;

➁ The institute pioneered early focus groups like 'Wearables and Smart Textiles' and now supports the new 'Sensors' group with Detect Network, addressing applications in healthcare and environmental monitoring;

➂ Through participation in IVAM events and joint projects, Fraunhofer IZM strengthens ties between academia and industry, driving innovations in system integration and microelectronics.

➀ Researchers at RMIT University developed a neuromorphic device using molybdenum disulfide (MoS₂) to track hand movements in real time with ultra-low energy consumption, mimicking the brain's visual processing.

➁ The device leverages atomic-scale defects in MoS₂ to replicate neuron-like behavior, enabling edge detection and memory storage without traditional computing overhead.

➂ Potential applications include autonomous vehicles, robotics, and environmental sensors, with plans to scale the technology for infrared detection and multi-pixel arrays.

➀ Vishay launches industry's first AEC-Q100 certified rectangular ambient light sensor with integrated IR photodiode;

➁ Ultra-compact 4.38mm design enables integration in bezel-less automotive displays and harsh environments;

➂ Features 0.0026 lx/ct sensitivity, 172,000 lx detection range, and -40°C to +110°C operation.

➀ Honeywell launched a next-gen Hydrogen Leak Detector (HLD) with Thermal Conductivity Detection (TCD) technology, achieving leak detection at 50 ppm for industrial and transport applications;

➁ Integrated into hydrogen storage, vehicles, and generators, the sensor ensures safety with real-time monitoring and requires no calibration for up to 10 years;

➂ Partner BWR Innovations adopts HLD for residential/commercial fuel cell systems, supporting hydrogen’s role in clean energy amid growing global adoption.