Explore iC-MUE encoder features, 22-bit resolution, MAG1000/MAG1001 magnetic rings, and iC-MU200 compatibility checks for hollow-shaft and linear designs.
iC-MUE Encoders: Magnetic Ring Design and iC-MU200 Compatibility Read More »
A practical guide to hollow-shaft magnetic encoders: how magnetic sensing works, assembly and alignment checks, iC-MU calibration, and rotary encoder selection.
Hollow-Shaft Magnetic Encoder: How It Works and Installation Read More »
Explore robot learning through imitation, reinforcement learning, VLA models, and world models. Compare robot skill training with AI foundation model training, and review deployment challenges, sensing needs, and encoder solutions.
How Robots Learn: Machine Learning, VLA Models, and Industrial Automation Read More »
A practical engineering guide to choosing between inductive, magnetic, and optical encoders based on sensing principle, accuracy, environment, mechanical fit, and interface.
Inductive, Magnetic, or Optical Encoder? A Practical Selection Guide Read More »
The iC‑MU200 evaluation system, provided by IC‑HAUS, offers a straightforward way to test and characterise the device. This guide walks through the setup using the iC‑MU200 as an example. The test platform is designed to let you evaluate the absolute magnetic encoder’s functionality, configure its registers, and perform electrical calibration via the official PC‑based GUI
I. Melexis Robot Joint Sensing Solution Overview For robotic joint applications, Melexis offers two technology paths: magnetic and inductive. Magnetic: high fault tolerance, forgiving mounting tolerances. Inductive: real‑time response, immunity to stray magnetic fields. These products are organised into two families – the high‑resolution series for positioning applications, and the high‑speed series for motor control. II. High‑Resolution
TECHNICAL DEEP DIVE Novosense NSM350x: China Hall-Effect Dual-Track Nonius Magnetic Encoder IC OTV Sensing · August 9, 2026 On July 30, 2026, Novosense released the NSM350x series — China’s first Hall-effect-based dual-track vernier magnetic encoder IC. The launch sent a clear signal through the robotics joint module and encoder engineering community: there is now a
Novosense NSM350x Deep Dive: China Hall-Effect Dual-Track Nonius Magnetic Encoder IC Read More »
Technical Analysis Conntek KTM5900 vs Novosense NSM350x: China’s Next-Gen Off-Axis Magnetic Encoder ICs OTV Sensing · July 31, 2026 · 8 min read The robotics industry faces a persistent engineering challenge: how to route cables through hollow joints while maintaining high-precision position feedback in an extremely compact space. Two Chinese semiconductor companies have recently stepped
Conntek KTM5900 vs Novosense NSM350x: China’s Next-Gen Off-Axis Magnetic Encoder ICs Read More »
electronica China 2026: Embodied AI Is Redrawing the Magnetic Sensor Map July 1, 2026 · Shanghai New International Expo Centre · OTV Sensing on the ground Walking the halls at electronica China this year, one thing was impossible to miss: embodied AI has arrived, and it runs on magnetic sensors. Automotive and industrial automation still
Is Your Encoder Accuracy Still There When Temperature Rises 10°C? Magnetic encoders are prized for dust immunity, oil resistance, and maintenance-free operation. But there’s a silent killer that’s often overlooked — temperature. The magnetic field strength of an encoder ring drifts with temperature. When a robot joint goes from cold start to full load, with
Temperature vs. Magnetic Encoder Ring Accuracy: How to Choose the Right Material Read More »
