Technica Engineering GmbH’s Post

"AutoSens Detroit has become an essential feature within rFpro's event calendar and there's no better place to immerse yourself in automotive sensing technology" - Matt Daley, Technical Director at rFpro AutoSens is THE place for you to be surrounded by all the latest technology advancements and research from industry leaders. Don't miss out on attending Matt's presentation: MEETING THE GROWING DEMAND FOR HIGH-QUALITY TRAINING DATA THROUGH AN INTEGRATED SIMULATION SOLUTION Book your AutoSens USA 2024 pass: https://hubs.ly/Q02wFr5p0 View the full agenda: https://hubs.ly/Q02wFqnV0 We can't wait to have the rFpro team back with us, you will find them at stand 233 on the exhibition floor. View the floorplan here: https://hubs.ly/Q02wFp3_0 #autosens #automotiveevent #adas #av #ad #innovation #industryleaders #collaboration #simulation #automotivetechnology #sensors #sensingtechnology #automotive #simulationsoftware #latesttech #technologyadvancements

We're in a new era of transportation. 🚘 Automation, electrification and unique in-vehicle user experiences are creating complex compute needs that require efficient and safe computing solutions. All squeezed within the power and thermal constraints of your car. Together with our world-leading partner ecosystem, we're helping to engineer this new era of software-defined vehicles with Arm processors purpose-built for the automotive market. These solutions incorporate important functional safety features, such as dual-core lockstep, and enable the innovation and agility needed for a software-defined future. This is how we build the future of mobility #onArm: https://bit.ly/44Mnvkp

The automotive sector is going through one of the most significant transformations of our lifetime. Our new line-up of Armv9-based Automotive Enhanced (AE) processors, including server-class Neoverse technology, combined with our heritage in low-power, performant computing will change the future of automotive development, reducing time-to-market and cost while increasing flexibility for high-performance systems. Power efficiency, security, and safety are the keys to the future of automotive innovation, and we are proud to be leading the way. 🚀 Hear Dipti Vachani discuss the value that we are bringing to the world of automotive and software-defined vehicles, from processors to AI-driven use cases on Investor's Business Daily: https://okt.to/H8LXlp

🚗 ** Software-Defined Vehicles - Dive Into an Compute Platform Designer Perspective !** Another great interview I would like to share, that offers a fresh and intriguing perspective on the trend of software-defined vehicles, this time from the viewpoint of a leading compute platform designer. This piece greatly outlines the philosophy and characteristics involved in designing software for cars, and how these elements shape a compute platform designer’s vision and strategy for software-defined vehicles (SDVs). It’s truly one of the most well-balanced and spot-on characterizations of developing software/embedded systems for SDVs I’ve encountered! What a lot of articles miss, but not this one: Yes, indeed—a car is transforming into a data center on wheels, akin to a smartphone on wheels, all important and highly relevant. However, it’s essential to remember that, at its core, a car remains a device designed for transporting people, though a highly technical one. It’s a machine in which we trust the lives of our loved ones. Safety is paramount! And this has a lot of implications down the development road … By the way—I would have never thought to share an investor-focused article with the tech community for its technical insights. 😉 Enjoy reading! * #SoftwareDefinedVehicles #AutomotiveInnovation #SDV #EmbeddedSoftware *

Dear colleauges, The International Telecommunication Union (ITU) and the United Nations Economic Commission for Europe (UNECE) will be organizing the 19th edition of the Symposium on the Future Networked Car (FNC-2024). The Symposium will be organized as a fully virtual event, over a span of four days from 11-14 March 2024, from 13h00 to 16h00 CET each day.    FNC-2024 will examine the technology and global regulatory framework that will support deployment of highly automated mobility solutions. The latest technology advances in the areas of vehicle connectivity and applications of artificial intelligence (AI) will be discussed as ways to enhance automated vehicle development and operation, vehicle design and manufacturing, road management, and passenger experience. Taking into account that collaboration is an essential component to develop successful standards to realize a safer future mobility powered by AI, the Symposium will delve into the relationships between vehicle communications and automated driving by analysing the crucial role of testing requirements and regulatory frameworks.   The session structure will be as follows: 11 March 2024: OPENING CEREMONY plus SESSION 1: Recent Developments in International Vehicles Regulations 12 March 2024: SESSION 2: Artificial Intelligence Applications for Vehicles 13 March 2024: SESSION 3: Worldwide Status of Automated Vehicles Testing 14 March 2024: SESSION 4: Vehicular Communication for Automated Driving Registration to the event is free but mandatory and can be accessed for each session from the programme page. A separate registration is required for each day. For more information, visit the FNC-2024 official website here.   Also, a new ITU-led expert group on automated driving, will kick off on 8 March 2024 and aims to determine the requirements for all new cars sold from 2032 onwards to be equipped with communications technology for safe automated driving. The group will explore the requirements for vehicle communications technology and standardization aiming to recommend solutions for international regulation. Key challenges to address include the need for reliable automated lane merging, an essential component of safe automated driving that is yet to be solved. FNC Session 4 is dedicated to this topic. For any inquiries, including sponsorship opportunities, look at the related engage page or contact tsbevents@itu.int Register: https://fnc.itu.int/

Unlock the Future of Transportation with NI's Innovative Approach! Join us on March 6th, 2024, for an exclusive webinar where we delve into overcoming ADAS validation challenges, EV battery tests, and more. Discover industry-leading insights and best practices to drive automotive innovation forward. Don't miss out – secure your spot today! Click below to register now. NI (National Instruments) Vivek Claudious Harpreet Singh Ghuman #vvdntools #ni #FutureOfTransportation #AutomotiveInnovation #Webinar #DataAcquisition # #HardwareIntegration #NIHardware #SensorConnectivity #DataAnalysis #VVDNTechnologies #DataDrivenExcellence

Discover the S32K39 Dual Traction Inverter Controller in our on-demand webinar and find out how it can revolutionize electric vehicles. Learn more and stay ahead of the curve when it comes to automotive technology. Click the link below and explore now! #electrification #automotive NXP Semiconductors

As vehicle architectures become more sophisticated, the need for advanced sensors and sensor fusion becomes more important. Lamar Ricks, senior director and CTO for Transportation Sensors at TE, breaks down this topic in his latest article for Automotive Engineering. #TEConnectivity #EveryConnectioncounts #YouBelongHere

The past two days I had the opportunity to participate and speak at the 9th Automotive Sensors and Electronics Conference #VLAutoSE in Munich. Kudos to the organizers and speakers. My takeaways from this event: E/E architecture consolidation and centralization are happening as they enable cost savings and continuous updates. Verification and Validation is the main challenge, which has to be addressed by a combination of formal verification, software-in-the-loop testing, and test drives. Regulation will require the introduction of Safety Management Systems for automated driving systems not only for the development, but also during the operation of the systems. Sensor technology is improving fast. Higher automation levels require a growing amount of cameras, radars, and Lidars per car.

Join us tomorrow to get more insights about the essential drivers of a successful SDV!