Maria Tartilan’s Post

Thanks to power efficient integration of edge technologies, Stellar enables the in-vehicle electricity consumption reduction that is necessary for a successful transition to greener cars.

💡 Curious about how modern vehicles stay in top shape? Our article on page 72 from latest LoGeek Magazine edition, "Introduction to the Diagnostic Event Manager (DEM)", dives into the vital role of diagnostics in the automotive world. 💻 What you’ll learn: ✔ Diagnostics in AUTOSAR are crucial for monitoring and maintaining vehicle health. There are two primary types: On-board diagnostics (OBD): Imagine your vehicle having a built-in doctor! OBD software within the vehicle's ECUs constantly monitors the engine, sensors, and actuators. ✔ Off-board diagnostics: Sometimes, a deeper analysis is needed. Off-board diagnostics involve specialized tools and technicians to perform a thorough check-up, using scan tools, measuring devices, and extensive repair databases. Whether you're an automotive professional or an enthusiast, this article offers valuable insights into the systems that keep vehicles running smoothly. Read the full article here: https://lnkd.in/d8fejesf  #LoGeekMagazine #Luxoft #AUTOSAR #VehicleDiagnostics #OnBoardDiagnostics #OffBoardDiagnostics #AutomotiveIndustry #VehicleHealth #DEM #AutomotiveTechnology #Innovation

This technology paves the way for chiplet integration in Electronic Control Units (ECUs), the brains of modern vehicles.

VERICUT - Driving innovation for over 35 years! - Simulation - Optimisation - Post-Processing - Machine Connectivity Find out more: https://ow.ly/ZTnB50QHHXh #VERICUT #Manufacturing #automotive #motorsport #cncsimulation

Control for Electric Vehicles Using FPGA-in-the-Loop Methodology.

🔓 Unlock Safety without Breaking the Bank: Introducing MLX90427 Position Sensing for Steer-by-Wire! We’ve added an extremely reliable, precise, and cost-efficient sensor to our magnetic position portfolio: the MLX90427. Designed for the most stringent safety functions, making it ideal for steer-by-wire applications. Its innovative features include: ✔️ Stray field immunity and EMC robustness for reliable performance. ✔️ Four distinct operating modes, including rotary, joystick, rotary stray field with internal angle computation, and a raw data mode. ✔️ High-speed full-duplex SPI output for seamless communication with master microcontrollers. ✔️ Built-in self-diagnostics for enhanced safety. The sensor uses go far beyond steer-by-wire and it is adaptable to a range of automotive applications, from gearbox shifting to human-machine interfaces (HMIs) like infotainment control knobs. Discover the versatility, reliability, and advanced reliability of the MLX90427 👇 #Melexis #Automotive #PositionSensing #SteerByWire #SensorTech #AutomotiveSafety #Innovation #AutonomousDriving

What factors are driving the increasing demand for safety features and automotive semiconductors in the #automobile sector? The rise in road accidents worldwide propels the demand for advanced safety features, fueling the adoption of automotive semiconductors. With #technologies like ADAS and #CMOS radar enhancing driver assistance and autonomous capabilities, the #automotiveindustry strives to prioritize safety and innovation for a safer driving experience. Explore for More Insights:   https://lnkd.in/dpfEgSzr Key Market Players:  STMicroelectronics N.V. Analog Devices Texas Instruments. Micron Technology NXP Semiconductors N.V. ROHM Co., Ltd. #RDive #AutomotiveSafety #ADAS #CollisionAvoidance #Semiconductors #RoadSafety #DriverAssistance #VehicleTechnology #AutomotiveInnovation

🚨 Advancing automotive functional safety 🚨 This new whitepaper by: Sumit Vishwakarma explore the challenges, applications, benefits, and impact of analog fault simulation on chip design for automotive applications. #functionalsafety #simulation #automotive #iso26262 #ai https://lnkd.in/e85FPUfq

Automotive Vehicles are no longer mechanical systems, they are one of the largest consumers of Semiconductor chips like microcontrollers, microprocessors, ASIC’s, Integrated Circuits, embedded hardware, and Software solution around these semiconductor chips. Infact at a time in a modern automotive vehicle there are more than 1000’s of Integrated Circuits and more then 1 lakh lines of code running in vehicles. Indeed, since then, the sector of embedded electronics, and more precisely embedded software, has been increasing at an annual rate of 10% in automotive industry. To get a hierarchical understanding of the electronics and embedded software used in a car, one can divide the car into different parts. These parts are basically in the car termed as Functional Domains. Checkout the Video at Gettobyte YouTube Channel, to know about Functional Domain's in car: https://lnkd.in/gzMW6chY Checkout the blog at Gettobyte website, to know about Different electrical/electronics sensors used in automotive vehicle: https://lnkd.in/g4GMuwy4 #electronics #embedded #semicodnuctors #automotive #powertrain #bms #vcu #autosar #gateway #chasis #adas #ai #microcontrollers #microprocessor #knowledge #projects #automobile #avionics #grow

🚗 Did you know how complex an Advanced Steering System in modern cars can be from Software perspective?   Here’s a peek under the hood: ◾ From user experience to real-time performance: A modern steering system consists of ECUs, Sensors, Actuators and many more E/E relevant HW to enable applications such as "Steering Control", "Lane Keeping Assist", "Driving Mode" or "Torque Steer Compensation"   ◾ As electric vehicles gain prominence, the integration of the EV motor into the steering system adds layers to software complexity, demanding more nuanced control and response.   ◾ It’s not just about mechanics anymore. Software scalability and cybersecurity play pivotal roles in a system that's becoming increasingly integrated with OTA updates and AI capabilities.   ◾ OEMs are at the cutting edge, merging steering control, safety, and software innovation to create a seamless and adaptive driving experience.   As the steering wheel turns towards a software-defined future, are you geared up for the changes? Let’s steer the conversation towards the future of automotive technology - reach out to my team #SoftwarePCON, writing me a DM.   #DevelopmentTechnology #DigitalTransformation #SoftwareEngineering #TechDrivenGrowth