Explore a simplified method for characterizing polymer materials in the radar frequency domain (76 GHz to 81 GHz). This enables effective sensor hiding behind bumpers while maintaining color consistency. Ensure optimal automotive radar performance. bit.ly/4dlQBN2

Putting #generativeAI into embedded microcontrollers is possible in some cases but definitely a challenge for developers. See how it's possible in this May 17 #ElectronicDesign presentation: bit.ly/3UhR7D3.
#artificialintelligence

Unlock new possibilities in engineering design. Explore how simulation tools can elevate your designs and reduce market time. Dive into this FAQ to understand the evaluation of conduction losses - forward, reverse, & body-diode losses. bit.ly/4dlPugC

Humans have long used tools to extend our own capabilities. But are some of those tools using us to do the same? bit.ly/49ZBW7k
#artificialintelligence #AI #transistor #silicon

Unlock the diverse applications of Ultra-Wideband (UWB) technology and delve into the importance of Over-the-Air (OTA) testing for true performance evaluation. Join us as we navigate through automotive UWB device testing. bit.ly/3JZSRfL #TechExploration #UWB #OTATesting

As satellites increasingly rely on photovoltaic arrays for power, reliable ground testing becomes crucial.
bit.ly/49XpoNU

Unlocking the secrets of polymer properties for optimal automotive radar sensor concealment. Explore this revolutionary, simplified approach to material characterization. bit.ly/4dlQBN2 🚗🔍 #AutomotiveTechnology #MaterialCharacterization

Learn how AMD's second-generation #Versal #SoCs are designed for #automotive applications that demand #safety certification. bit.ly/3w9Rqb4

The #EVcharging wars appear to be over with SAE's standardization of #Tesla 's #NACS charging interface. Part 2 covers how the NACS/ #SAEJ3400 interface works and issues the industry will face during the transition to this standard. bit.ly/3JBNlj1

Discover the world of Ultra-Wideband (UWB) technology and its role in the automotive industry. Be a part of the exploration into UWB's secure ranging, energy efficiency, and the significance of Over-the-Air (OTA) testing for precise performance results! bit.ly/3JZSRfL

Unlock new possibilities in engineering design. Explore how simulation tools can elevate your designs and reduce market time. Dive into this FAQ to understand the evaluation of conduction losses - forward, reverse, & body-diode losses. bit.ly/4dlPugC

Although new tools and technologies are available to make tapping into industrial IoT more manageable, one must ensure expectations are accurate—from Valin Corporation. bit.ly/3UdaIUW

The #EmbeddedWorld brings together the world of #electronic systems. Here's a sampling of other product standouts from the show. Featuring EKF, Flex, Innodisk Corp., Micron Technology, Renesas Electronics, VIA optronics, Antolin, & Arm. bit.ly/49QdxRN

#Tesla CEO Elon Musk announced that the automaker is planning to unveil its new #robotaxi self-driving vehicle this August. It’s also canceling plans to build a less-expensive entry-level car. bit.ly/3UabSAz

#NASA 's “Deep Sky” #IMAX movie puts the results of 20 years of work on the #JamesWebbSpaceTelescope front and center. bit.ly/3vTZ49z

.AMD's Spartan UltraScale+ family of #FPGAs features a very high ratio of I/O to #programmablelogic . bit.ly/3Qas3wH

#Microcontrollers are small and inexpensive. #Security solutions have the reputation for being neither. With increasingly strict regulation and legislation, the need to balance the two is critical—from Renesas Electronics. bit.ly/447PaOd

Researchers combined the drinking bird toy with a #triboelectric arrangement to create a high-voltage #energyharvesting scheme. bit.ly/3UtleZA

Do you use large language models ( #LLMs ) in #generativeAI , and if so, what is their main function? bit.ly/3Us6iuF

In this edition of #InsideElectronics , we talk with u-blox's Stefania Sesia about the design of safe and reliable #automotive systems, such as u-safe for high-performance lane positioning. Listen to the full episode here: bit.ly/3xQrJwx.