At Sensor+Test 2026 in Nuremberg, Elmos Semiconductor unveils highly integrated IC solutions for automotive and industrial applications. The lineup includes secure sensor chips for precise rain, ambient light, and tunnel detection alongside advanced Brake-by-Wire modules for real-time braking control. An award-winning Quantum Random Number Generator leverages quantum mechanics to produce cryptographically secure random numbers for automotive, industrial, and IoT systems. Mixed-signal designs enable ultrasonic flow measurement and real-time hydraulic monitoring.
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Elmos presents integrated sensor ICs, cybersecurity solutions at Sensor+Test
At the Sensor+Test exhibition in Nuremberg’s Hall 1, Stand 1-411, Elmos unveils an array of state-of-the-art sensor integrated circuits. The showcase features a multifunctional Rain-Light-Tunnel System-on-Chip alongside high-precision Brake-by-Wire sensor ICs and a Quantum Random Number Generator for cybersecurity. Visitors can explore automotive safety devices, industrial electronics modules, and IoT components that combine high integration density with resilient sensing capabilities and cutting-edge encryption technologies to efficiently safeguard critical system data.
Rain-Light-Tunnel SoC Integrates Analog Sensing, MCU Processing, LIN Communication
The integrated Rain-Light-Tunnel sensor system-on-chip combines analog signal acquisition, microcontroller-based signal processing, and LIN communication within a single component. By compensating for external disturbances such as solar glare, reflections, or artificial illumination directly on the IC, it delivers consistent and precise detection of rain intensity, ambient light conditions, and tunnel transitions. Its compact footprint and cost-effective design minimize in-vehicle space requirements and system costs while ensuring performance in environmental conditions.
Award-winning QRNG generates quantum randomness for robust encryption protocols
Elmos Quantum Random Number Generator, honored with the Innovation Award, delivers true random values by harnessing quantum mechanical phenomena. These unpredictable numbers are vital for implementing strong encryption algorithms in automotive systems, industrial control networks, and IoT environments. By generating high-entropy seeds, the QRNG underpins advanced cybersecurity frameworks and secure communication protocols. This technology ensures sensitive vehicle data and process information remain protected against emerging cyberthreats and unauthorized intrusions.
Elmos high-precision sensor-ICs ensure real-time brake pressure measurement stability
For safety-critical braking systems, Elmos provides sensor ICs that deliver high-precision real-time measurements of brake pressure and force. These integrated circuits interface directly with electromechanical braking systems (EMB), enabling feedback loops and precise actuation. By continuously monitoring hydraulic pressure, they optimize brake modulation to maintain deceleration. Rigorous diagnostics and fault detection embedded in the ICs enhance system reliability, improve overall vehicle stability, and help manufacturers meet functional safety certification requirements.
Elmos Mixed-Signal ICs Advance Industrial Pressure, Force, Flow Monitoring
Elmos mixed-signal ICs for pressure, force and flow measurement deliver high-precision data acquisition and control in demanding industrial environments. These devices integrate sensor front-ends, analog-to-digital conversion and processing kernels to monitor hydraulic pressures, forces and fluid flow rates with exceptional accuracy. Their compact design, low power consumption enable streamlined system architectures for real-time smart-metering, fluid management and level detection applications. Performance under harsh conditions ensures reliable operation and cost-effective deployment.
Elmos Sensor-ICs Enable High-Accuracy Sensing In Automotive And Medical
Elmos sensor IC portfolio serves measurement in automotive, industrial, healthcare sectors. In vehicles, they measure high and low pressures with precise accuracy for safety, control. Tank storage facilities utilize level sensing solutions for reliable liquid monitoring. In medical equipment, these mixed-signal chips enable blood pressure readings and ventilator operations. Consumer electronics like torque tools, drones, weather stations harness compact integration and signal processing to improve performance and reduce system complexity.
At Sensor+Test 2026, Elmos showcases integrated System-on-Chip devices that seamlessly combine robust sensing capabilities and advanced cybersecurity measures in automotive, industrial, and IoT applications. These highly integrated SoCs streamline system architecture, reducing board space and lowering overall costs through unified signal acquisition, processing, and communication interfaces. Additionally, the Quantum Random Number Generator delivers true quantum-based entropy for cryptographic routines, strengthening data confidentiality and integrity in real-time environments while ensuring compliance.
