Arduino Bosch Team Up for Software Defined Vehicle Kit

Arduino, in collaboration with Bosch, is set to launch a groundbreaking starter kit tailored for automotive applications and software-defined vehicles. This innovative kit is a key component of the digital.auto initiative, aimed at fostering a vibrant learning and prototyping community for software-defined vehicles and E/E architectures. The official unveiling of this cutting-edge kit is scheduled to take place next week at the prestigious Embedded World show in Nuremberg, Germany.

Available through distributor Digikey, the digital.auto dreamKIT represents a significant milestone in the realm of automotive technology. Serving as a proof-of-concept hardware, this kit enables enthusiasts to experiment with digitally developed SDV features on a physical device. It comprises essential components such as a vehicle computing unit, a central gateway, and a simulated in-vehicle infotainment touch screen equipped with CAN and Ethernet interfaces for seamless connectivity with external devices, forming a Zonal E/E Architecture network topology.

Moreover, the dreamKIT seamlessly integrates with the playground.digital.auto software tool, facilitating the swift deployment of SDV applications developed on the playground platform. Leveraging socketIO technology, users can wirelessly transfer applications to the dreamKIT within seconds. Additionally, the kit boasts a built-in SDV runtime environment powered by Eclipse, enhancing the overall user experience and enabling rapid prototyping of innovative solutions.

Dirk Slama, Strategic Ecosystems and Chairman of digital.auto at Bosch, emphasized the transformative impact of SDVs on the automotive industry. He highlighted the importance of providing innovators with the necessary tools to experiment, learn, and drive real-world adoption, thereby ensuring their competitiveness in the digital-first era. This collaboration between Arduino and Bosch signifies a commitment to empowering individuals to navigate the evolving landscape of automotive technology.

Furthermore, Fabio Violante, CEO of Arduino, underscored the remarkable advancements in Edge AI technology and the pivotal role played by the new generation of Arduino devices. By revolutionizing automotive prototyping through initiatives like the E/E Starter Kit developed in partnership with Bosch, Arduino is at the forefront of driving innovation in embedded systems. From enhancing ultra-wideband technology for precision tracking to enabling seamless human-machine interactions, Arduino continues to push the boundaries of what embedded systems can achieve.

Notably, Arduino has also introduced the Portenta AGV Kit, featuring the Portenta X8 board, in collaboration with Analog Devices. Tailored for automated guided vehicles (AGVs), this kit integrates motor control, real-time location tracking, and advanced 3D mapping capabilities. Compatible with the ROS robot operating system, the Portenta AGV Kit represents a significant leap forward in the realm of autonomous vehicle technology, offering a comprehensive solution for developers and enthusiasts alike.