Here’s a sneak peek of the cutting-edge technologies that will be showcased at AutoSens Europe 2026.
Join us from 22nd – 24th September at the La Farga de L’Hospitalet in Barcelona, Spain to get hands on with technical demos from Baolong Automotive, BDStar, Calterah, fiveD, KD, Magna, NXP, onsemi, OpenGMSL, Raytron, and more…
One Company, Full Sensor Coverage
Seeing the Outside World
Baolong’s intelligent driving solutions form a full ADAS perception stack. Front‑view cameras – 8MP monocular, binocular, and trinocular – provide long‑range detection, 3D point clouds, and wide‑angle coverage to spot pedestrians and vehicles in complex urban scenes. Surround and side‑view cameras deliver a seamless 360° bird’s‑eye view, while millimetre‑wave radars (forward 4D, corner, and in‑cabin) reach up to 350 metres with high angular resolution. Ultrasonic sensors and domain controllers complete the loop, enabling L2+ functions like adaptive cruise, lane keeping, and automated parking.
Together, these technologies give the vehicle a clear, continuous understanding of its surroundings – day or night, in any weather
Knowing the Inside World
Beyond external awareness, Baolong’s proprioceptive sensors monitor the vehicle’s own condition with equal precision.
The portfolio covers pressure sensors for tyres, engines, brakes, air‑conditioning, and emissions (including GPF/DPF and high‑pressure variants); optical sensors for rain, light, and cabin environment; current sensors (fluxgate, Hall‑effect) for battery management; and a full range of speed and position sensors – wheel‑speed, transmission speed, steering angle, height‑level, and motor position. These components feed critical data to chassis control, brake‑by‑wire, and active suspension systems
One Integrated Sensor Ecosystem
What sets Baolong apart is that all these sensors are designed, tested, and manufactured in‑house – from the front camera that reads the road to the TPMS that checks every tyre. This vertical integration ensures seamless data fusion, consistent quality, and faster response to OEM needs.
Stop by the Baolong booth at AutoSens Europe to see live demos and discover how our full‑stack sensor solutions make vehicles smarter and safer – from the outside in.
GNSS Application Scenarios in Vehicle and Cloud-Chip Integrity Strategy
As intelligent vehicles advance rapidly, high-performance, low-latency in-vehicle applications for autonomous driving and intelligent cockpits have become essential. Our core cloud-chip integration strategy empowers automotive intelligence by deeply integrating vehicle-grade chips and modules, terminal algorithms and cloud platforms. It realizes unified end-cloud computing scheduling and full-link data closed-loop processing.
The vehicle-side chips and modules ensure ultra-low-latency, stable local computing for driving and cockpit scenarios in complex road conditions, while cloud capabilities support real-time positioning correction, algorithm iteration and remote service optimization. This cloud-chip strategy cuts integration costs, enhances application scalability, and delivers safer, more intelligent and upgradable in-vehicle experiences.
Precise Sensing for Effortless Parking
The Parking Assist System (PAS) application is enabled by Calterah Dubhe 2T4R UWB SoC—CAL1106AQ, the world’s first UWB chip to implement the Sensing technology defined by IEEE 802.15.4ab. It delivers centimeter-level height measurement, precise velocity sensing, and stable performances even in harsh weather, while supporting the reuse of digital key car anchors to improve cost efficiency of automotive UWB systems.With a range of technical innovations, Calterah has tackled real-world challenges of deploying UWB PAS radar:
The Dubhe chip offers an innovative Radar Leakage Suppression (RLS) module and a 2T4R architecture, to solve the challenges of height measurement and hanging object detection;
The Fine Timing technology and multi-channel advantages ensure concurrent operation of ranging and radar functions, enabling real-time sensing and precise positioning at high vehicle speeds;
As the world’s first to implement the IEEE 802.15.4ab-defined Sensing technology, the UWB chip enables precise multi-anchor synchronization and scheduling, significantly reducing inter-anchor interference. Under the bi-static radar mode, the chip achieves centimeter-level accuracy in static target detection, meeting the stringent requirements of UN Regulation No.158.
The fiveD Radar Simulation Suite: Physics-Based Radar Simulation for Automotive Radar Development
At AutoSens Europe 2026, fiveD will be demonstrating the fiveD Radar Simulation Suite – a fully on-premise, physics-based radar simulation platform for automotive radar sensor development. Visitors to our booth can expect a hands-on look at how the software supports both exterior and in-cabin radar applications, reducing the need for costly and time-consuming physical field testing by enabling fast, repeatable virtual validation.
Technical highlights attendees can expect to see:
– Physics-based radar simulation covering both exterior and in-cabin sensing scenarios
– Synthetic AI training data generation for radar perception models
– Fully on-premise deployment, keeping sensitive sensor and vehicle data in-house
First 10GBASE-AU Enabled Camera with Optical Fiber Connectivity for Automotive Applications
The LI-VENUS-ISX031-BASE-AU, the automotive optical multigigabit camera from Leopard Imaging, a global leader in embedded vision and AI camera technology, incorporates KD’s KD7251 10GBASE-AU optical transceiver. The platform showcases the KD7251’s advanced MIPI CSI-2 extension capabilities, supporting a 4-lane D-PHY interface at up to 2.5 Gbps per lane, while enabling management and monitoring of the remote sensor node over the same link. In addition, KD provides an integrated firmware library optimized for the NVIDIA Jetson Orin platform, simplifying system integration and accelerating development. Corning Incorporated, one of the world’s leading innovators in materials science, designed and developed the hybrid cable and connector system using Corning’s automotive-grade optical cables and connectors.
Two Innovative Technologies Addressing the Evolving Requirements of Euro NCAP 2026 Safe Driving Protocols and Beyond
The first demonstration highlights Magna’s sensor fusion technology. Attendees will experience how their integrated system combines multiple sensor modalities including camera, radar, and perception software, to improve robustness of key features such as occupant detection, stature classification, out-of-position occupant alerts, and driver distraction monitoring, all aimed at creating a safer driving environment.
The second demonstration features Magna’s mirror-integrated dual camera solution combining two wide field-of-view cameras within a traditional rearview mirror to provide a uniquely comprehensive view of the vehicle interior.
The upper camera monitors the driver and occupants throughout the first and rear rows, while the downward-facing camera provides premium visibility of the dashboard, steering wheel, and occupants’ stature. Together, they enable a broad range of safety and convenience features, including driver monitoring, occupant detection, seatbelt detection, advanced phone use detection, out-of-position occupant alerts, all from a single integrated module that simplifies vehicle integration and design.
Discover how Magna’s hardware and software solutions fusion to deliver robust, reliable safety features that help protect drivers and passengers alike. Don’t miss this opportunity to witness the future of interior sensing systems!
Experience the Future of In-Cabin Intelligence
Step inside the future of intelligent mobility with NXP’s CabinIQ demo. By seamlessly combining Ultra-Wideband (UWB), audio and vision technologies, CabinIQ creates a rich understanding of what’s happening inside and around the vehicle; monitoring occupant presence, vital signs and behavior in real time to deliver safer, more comfortable and more personalized experiences.
See how AI-driven sensor fusion transforms data from existing vehicle hardware into actionable intelligence, enabling context-aware in-cabin intelligence that delivers adaptive passenger interactions, proactive safety alerts and seamless, secure car access through UWB digital key technology. The result is a scalable, cost-efficient in-cabin sensing system solution that helps automakers unlock the next generation of smarter, more intuitive vehicles.
Discover how NXP is turning sensing into context-aware in-cabin intelligence, creating vehicles that see, hear, understand and respond.
See the Future of Automotive Imaging
At Booth 119, onsemi will showcase the latest innovations in automotive sensing and viewing, demonstrating how next-generation imaging technologies help vehicles perceive, interpret, and react to the world around them with greater reliability and confidence. From improving performance in challenging lighting and weather conditions to enabling richer situational awareness and supporting evolving safety and regulatory requirements, our demonstrations highlight the future of intelligent vehicle vision.
Join onsemi at AutoSens Europe 2026 to discover how our technology performs in real-world scenarios through live demos and meet the experts shaping the next generation of automotive imaging.
Growing OEM Momentum
At AutoSens Europe, the OpenGMSL Association (OGA) will showcase a new wave of live demonstrations highlighting how open, high-speed connectivity is enabling the next generation of automotive systems.
This year’s presence is about momentum. OGA will announce new OEM members joining the ecosystem, including Volkswagen Group, marking a major step forward in industry adoption of interoperable connectivity.
What You’ll See Onsite
- Multi-Vendor Interoperability in Action
- Experience live demos integrating components from multiple suppliers showcasing how OpenGMSL helps reduce complexity and unlocks flexibility across the value chain.
- High-Performance Sensor Connectivity
- See how next-gen camera, radar and sensor data are transported with the bandwidth and reliability required for ADAS and autonomous platforms.
- One Architecture, Inside and Out
- From exterior perception to cockpit connectivity, demos will highlight how a unified approach to connectivity supports AI-driven, cross-domain applications.
A Growing Ecosystem
The addition of Volkswagen Group and other new OEM members marks a significant milestone for OpenGMSL, reflecting growing confidence among global automakers in a standards-based, multi-vendor approach to vehicle connectivity.
Join Us
Visit the OpenGMSL booth at AutoSens Europe to see how an open ecosystem is accelerating innovation across automotive connectivity and why more industry leaders are choosing to be part of it.
Beyond Visible Light: Smarter Perception for Safer Driving
Pitch-black roads, heavy fog, and blinding oncoming glare demand perception beyond visible light. At AutoSens Europe 2026, infrared thermal imaging leader Raytron (Booth 127) is showcasing the Horus 640-EN and Horus 1280-AN—advanced automotive thermal camera modules that detect VRUs (vulnerable road users) up to 300 meters ahead, far beyond the reach of standard headlights.
Powered by our cutting-edge 8μm uncooled infrared detector, the Horus series delivers optimized SWaP (size, weight, and power), lower costs, and exceptional image clarity, making mass-market integration a reality. This isn’t just concept technology—Raytron has already partnered with over 20 major automakers to deploy our automotive thermal modules across more than 30 production vehicle models.
Visit Booth 127 to experience live demos of the Horus series alongside our full sensing portfolio, including in-cabin infrared modules, aftermarket car thermal cameras, and 4D mmWave radar. Stop by and discover how Raytron’s multi-sensor innovations are paving the way for the future of smart driving.
Interested in in-cabin monitoring technology?
With a pass to AutoSens Europe, you’ll also get full access to our co-located sister event, InCabin. Take a look at some of the InCabin demos here >>
