As the global automotive landscape accelerates toward high-voltage Electric Vehicles (EVs), the engineering challenges under the hood are evolving. The drive for denser, more efficient power trains means that powerful traction motors and high-current cabling are now situated in closer proximity to sensitive electronics than ever before. This creates a complex environment where intense external stray magnetic fields are no longer just an anomaly—they are a constant.
In this challenging new era, maintaining standard precision is no longer sufficient; the industry demands very high robustness. Traditional sensing technologies often struggle to distinguish between the actual steering torque and the surrounding magnetic disturbance, posing potential risks to vehicle handling and functional safety.
As the global automotive landscape accelerates toward high-voltage Electric Vehicles (EVs), the engineering challenges under the hood are evolving. The drive for denser, more efficient power trains means that powerful traction motors and high-current cabling are now situated in closer proximity to sensitive electronics than ever before. This creates a complex environment where intense external stray magnetic fields are no longer just an anomaly—they are a constant.
In this challenging new era, maintaining standard precision is no longer sufficient; the industry demands very high robustness. Traditional sensing technologies often struggle to distinguish between the actual steering torque and the surrounding magnetic disturbance, posing potential risks to vehicle handling and functional safety.
Engineered to detect even the slightest driver input with exceptional linearity. This ensures a smooth, natural steering feel and provides the exacting data accuracy required for safe and responsive Advanced Driver-Assistance Systems (ADAS).
Optimized for high-volume automotive production. By reducing component complexity, we deliver a highly competitive cost structure that maximizes value for OEMs without compromising on quality or performance.
Built to withstand the harsh electromagnetic environments of modern EVs. Our advanced sensing technology actively rejects external magnetic disturbance, guaranteeing total signal integrity even when placed next to high-voltage motors and heavy cabling.
"A versatile architecture adaptable to diverse packaging constraints. From compact city cars to heavy-duty platforms, our modular design integrates seamlessly across your entire vehicle lineup, simplifying engineering and supply chain management.
Let's take you inside our vision of Torque Sensor engineered for real automotive challenges. Follow us into the heart of our innovative sensor, where every component plays a role in performance; this is how we redefine magnetic sensor in automotive.
Hall-effect sensors have long been a trusted solution for automotive position sensing, offering cost-effective, contactless measurement and easy integration. The availability of a wide range of probes – from switches to magnetic angle ICs – makes them ideal for a wide array of specifications. As vehicle electrification and safety requirements evolve, our advanced Hall sensor solutions deliver robust performance under the most demanding conditions, fully aligned with the most recent functional and electrical safety standards.
Considering the operating environment from the start, we strive to design position sensors with strong stray field immunity, aligned with modern EMC standards such as ISO 11452-8.
With 35 years of expertise in electromagnetic engineering, we design position sensors that deliver high accuracy and robustness against mechanical tolerances, ensuring reliable performance across varied air gaps and mechanical strokes.
We provide solutions for rotary, linear, and complex position sensing—covering short to long strokes and both large and small assemblies. Moreover, the wide range of IC options brings flexibility in supplier choice and interfaces to match customer requirements.
Through smart magnetic design and the right choice of ICs—including ASIL-D ready components and dial dual-die architectures—deliver functional and electrical safety levels tailored to your application.
We develop position sensors with manufacturability, and design-to-cost principles in mind. Our solutions span a wide range of applications — from passenger cars to off-road vehicles and even non-automotive domains — always tailored to the specific requirements of each customer
