Tagged with
IoT wireless sensors + infrastructure
The award-winning Norwegian developer of the world’s smallest wireless sens...
5 Posts
Software Development
Imagimob makes it easy for you to use machine learning in your edge devices...
Semiconductor Manufacturing
Transforming edge computing through intelligent human interface solutions.
From simple sensor control to connected, intelligent devices, embedded systems often outgrow a single MCU. Pairing an MCU with Linux adds power and flexibility, but also introduces communication challenges, dual development workflows, and increasing software complexity.
4 minutes read
With Xsens
5 minutes read
With Xsens Indie Program
5 minutes read
ROHM's RTD enables the generation and detection of terahertz frequencies in a highly compact form factor at low power. It supports non-destructive, non-ionizing imaging and spectroscopy applications like security screening, medical sensing, and high-speed wireless communication.
With MVN Link
3 minutes read
With Xsens MVN Analyze
3 minutes read
This article explores how low-dropout regulators (LDOs) enable low-noise, high-stability power in IoT devices, balancing quiescent current, efficiency, and power-supply rejection to preserve signal integrity across sensitive analog and RF domains.
How can photonic integrated circuits push the limits of sensing systems? Join PhotonDelta's Global Photonics Engineering Contest and develop sensing technologies of the future.
With Xsens MVN Link
3 minutes read
Traditional IR cameras are restricted to a limited set of wavelengths. They use multiple detectors to gather data across spectral bands. Emberion's design uses a single sensor and allows for a wide range of spectral sensitivity. This approach simplifies the system's complexity and reduces costs.
Researchers have developed a miniature tactile sensor that could give robots something much closer to a human sense of touch.
3 minutes read
This article presents a comprehensive engineering guide to Hall Effect Sensors, covering theoretical foundations, device structures, sensor types, specifications, applications, and practical integration strategies for modern electronic system design.
Learn how edge AI in wireless vibration sensors improves machine health monitoring, extends battery life, and enables smarter predictive maintenance in factories.
Learn how current sensing amplifiers, delta-sigma modulators, and Hall-effect sensors improve precision, PWM rejection, and motor control in humanoid robots.
Discover how Industry 4.0, 5.0, and AI are transforming control panels into intelligent, secure, and scalable systems for modern industrial automation.
