➀ Analog Devices' MAXREFDES104# health sensor reference platform accelerates wearable device development by integrating SpO2, ECG, and motion sensors with clinical-grade algorithms;

➁ The design features ultra-low-power components, Bluetooth connectivity, and flexible form factors for wrist/chest/ring applications;

➂ Includes bill of materials and validated design files, reducing engineering effort for vital sign monitoring systems.

➀ Microchip Technology introduces the MCP9604, a four-channel thermocouple conditioning IC that integrates converters, amplifiers, and compensation sensors to achieve ±1.5°C accuracy in industrial temperature monitoring.

➁ The chip simplifies system design by replacing 15+ external components and uses advanced NIST temperature equations to enhance measurement precision, supporting eight thermocouple types including K-type with a range of -200°C to +1372°C.

➂ Designed for applications like medical devices and HVAC systems, it features an I2C interface for seamless digital integration and reduces calibration costs in production environments.

➀ STMicroelectronics' STEVAL-IOD04KT1 reference design simplifies industrial sensor network development by integrating IO-Link, reducing MCU workload, and improving power efficiency;

➁ The design features a dual-channel transceiver, MEMS sensors (3-axis magnetic sensor, iNEMO inertial module), and robust hardware with ±2.5kV surge protection for harsh environments;

➂ Includes full software support (IO-Link stack, IODD files) and PCB design resources, enabling rapid prototyping and deployment of industrial IoT applications.

➀ Microchip introduces a reference design using dsPIC33 DSCs for advanced sensor interfacing, integrating DSP engines and safety mechanisms for automotive/industrial systems;

➀ The design supports ISO 26262/IEC 61508 compliance with FMEDA reports, safety libraries, and diagnostic tools to streamline development;

➀ Includes hardware/software implementation examples, co-operative schedulers, and safety diagnostics to accelerate functional safety-focused designs.

➀ Texas Instruments (TI) introduced the TMAG5134A1CDBVR Hall-effect switch with a record 1mT sensitivity, targeting door/window sensors and consumer electronics;

➀ The TMAG5134 family offers seven variants with thresholds from ±1mT to ±2mT, sample rates up to 20Hz, and ultra-low power consumption (as low as 500nA);

➂ Key features include in-plane sensing flexibility, CMOS output, support for specialized configurations, and tools like the Magnetic Sense Simulator for development.

➀ Researchers at Waseda University developed a sweat sensor inspired by the hydrophilic/hydrophobic properties of rose petals to monitor electrolyte loss during exercise;

➁ The sensor uses ion-selective membranes with microtextured surfaces mimicking rose petals, enabling water retention, self-cleaning, and motion resilience without adhesives;

➂ A 3D-printed wearable prototype demonstrated accurate sodium monitoring in sweat during running tests, with a self-cleaning mechanism triggered by increased sweat volume.

➀ The Sensor Application Center (SappZ) at OTH Regensburg celebrated its 15th anniversary, focusing on applied sensor research and technology transfer to SMEs;

➁ Innovations include 3D printing, AI-driven gas sensors (PreSEDA project), and miniaturized oil monitoring systems (microSPIN), leveraging AI for real-time analysis;

➂ The center has secured €15 million in funding, spawned five startups, and earned awards, reinforcing its role as a hub for regional innovation.

➀ Teledyne DALSA introduces the Z-Trak Express 1K5, a high-speed 3D laser profiler capturing up to 5,000 profiles/second for automated industrial inspection;

➁ Features a 1,700mm horizontal field-of-view for wide-object scanning and supports applications in automotive, battery production, and logistics with precise micrometre-level measurements;

➂ Includes integrated software suite (Z-Trak 3D Apps Studio, Sherlock™8) and compatibility with industrial protocols like TCP/IP and ProfiNet for seamless PLC integration.

➀ Allegro MicroSystems introduces CT4022 and CT4032 current sensors using tunnel magnetoresistance (TMR) technology, offering 500kHz bandwidth and lower noise compared to Hall effect solutions;

➁ Devices provide 1mΩ resistance, support ±12-65A current ranges, and feature different isolation ratings (up to 5kVrms) across two package types (8-pin/16-pin SOIC);

➂ Automotive-grade variants (AEC-Q100) are available, targeting industrial and automotive applications with high precision and temperature stability.

➀ A photonic crystal biosensor with an eye-shaped cavity achieves high sensitivity (243 nm/RIU) and stability for cancer cell detection, outperforming traditional designs;

➁ The sensor uses refractive index changes in biological samples and maintains functionality under ±2 nm fabrication errors and 25–75°C temperature variations;

➂ Label-free operation and tolerance to environmental variations make it practical for clinical diagnostic applications.

➀ Infineon launched three three-axis magnetic sensors (TLE493D-P3I8, TLE493D-W3B6, TLE493D-P3B6) targeting ASIL-B safety applications in automotive systems under ISO26262 standards;

➁ Key features include SPI/I²C interfaces, low power consumption (≤1μA in deep sleep), self-sampling modes (16Hz-1kHz), and three sensitivity ranges (±50/±100/±160mT) for flexible deployment;

➂ Designed for valve/pedal position sensing and infotainment control, the sensors offer built-in diagnostics and temperature compensation to enhance accuracy over -40°C to 125°C.

➀ Sony launched the AS-DT1, the world's smallest and lightest LiDAR depth sensor (29×29×31mm), using SPAD and dToF technology for precise distance measurement and photon detection;

➁ It operates in low-light conditions, detects low-reflectivity objects, and achieves up to 40m indoors/20m outdoors with ±5cm accuracy;

➂ Designed for drones, robotics, automotive LiDAR, and infrastructure inspection, enabling compact integration in space-constrained applications.

➀ Imec has developed an ingestible sensor (2.1cm long, 0.75cm diameter) to measure redox balance, pH, and temperature in the gastrointestinal tract, addressing challenges in traditional diagnostic methods like endoscopy;

➁ The sensor, demonstrated live at ITF World, offers real-time monitoring without invasive procedures and has been tested in healthy volunteers with Wageningen University & Research;

➂ Future trials with Radboud University Medical Center will focus on patients with cancer or chronic inflammation, aiming to advance gastrointestinal disease diagnosis and management.

➀ Sensor Technology Ltd has released the SGR523, a next-generation digital rotary torque sensor with high-resolution angular measurement, enhancing precision in industries requiring torque and angle monitoring.

➁ The SGR523 features non-contact strain gauge technology, offering high accuracy (±0.1%), real-time feedback, and support for bi-directional angle tracking, ideal for applications like robotic platforms and automated machinery.

➂ Key specifications include a torque range of 175 mNm to 20 Nm, up to 10,000 pulses per revolution, and compatibility with advanced monitoring software, ensuring reliable performance in demanding environments.

➀ MIT engineers have developed a method to create thin electronic 'skins' that could lead to devices like sensors and imaging systems without cooling systems, potentially useful for night-vision glasses and autonomous driving in foggy conditions.

➁ The method involves growing semiconductor materials using remote epitaxy, allowing the film to peel off and be reused, which may extend to other types of electronics.

➂ Researchers are exploring the application of this technology in full night-vision systems and other areas such as environmental and biological sensing, as well as space signal detection.

➀ The Fraunhofer IPMS is involved in a research project called InSeKT to develop new technological approaches for integrating AI at the edges of IT networks.

➁ The project aims to enable complex calculations directly where data is generated, improving data protection and real-time capabilities.

➂ Fraunhofer IPMS is working on sensor technology, including gas analysis using IMS, near-infrared photodetector evaluation, and adapted use of CMUTs for improved imaging.

➀ Numato Lab's SenzConnect RHT module is an IoT device that monitors temperature and humidity in real-time over Wi-Fi.

➁ It features a combined sensor for accurate readings and can be accessed via a simple web interface on PCs or mobile devices.

➂ The module supports cloud platforms like AWS and Azure via MQTT and offers REST APIs for custom integration and automation, making it suitable for various applications including smart homes, agriculture, and industrial settings.

➀ OMNIVISION has launched a new 50-megapixel image sensor called OV50X, which sets a new benchmark in dynamic range for mobile phone video capture.

➁ The OV50X sensor features 4-cell binning, supports 8K video, and offers up to 110 dB single-exposure HDR performance.

➂ This high-performance image sensor is targeted at flagship smartphones and aims to provide professional-grade photography and video capabilities.

➀ A new wave of mobile air pollution sensors, powered by Artificial Intelligence (AI), could greatly enhance the precision of air quality monitoring and empower individuals with clearer insights into pollution levels in their communities.

➁ Researchers from Kingston University collaborated with Technocomm Consulting Ltd to develop an affordable device called EnviroSense, which uses AI to correct inaccuracies and reduce measurement errors by up to 46%.

➂ Trials are currently underway in Spain and Malaysia to evaluate the technology under diverse environmental conditions, signaling a promising global future for accessible, AI-enhanced air monitoring.

➀ Diodes is developing a 3D Hall-effect magnetic field sensor for contactless rotary motion and proximity detection.

➁ The AH4930Q sensor is designed for automotive applications such as infotainment controls, gear shifts, and seat adjusters.

➂ The sensor features a 12-bit ADC and can measure magnetic fields in all directions with high resolution and low noise.