ETAS automotive middleware enables software-defined vehicles with advanced safety, autonomous driving, and comfort and connectivity functions. It ensures seamless integration, while ensuring safe operation across hardware platforms. Support from AI technology allows for quick, secure, and cost-effective development, testing, and deployment of innovative software functions.

To enhance the efficiency of ADAS/AD function development, the use of replay setups in a controlled hardware environment plays a crucial role by allowing real-world driving scenarios to be tested more effectively, ultimately saving time and resources. The Processor-open-Loop (PoL) replay of measured ECU data into the real System on Chip (SoC) through the internal interfaces of the ECU facilitates real-time validation and verification of the SoC's performance and functionality.

The automotive industry relies on embedded systems and microcontrollers for minimal latency and high functional safety. Trained neural networks excel at tackling complex problems with big data. The embedded AI coder bridges the gap between AI and the embedded world by enabling the safe and efficient deployment of AI-based functions onto electronic control units (ECUs). By directly generating C code from trained AI models, this tool optimizes systems using existing embedded microcontroller architectures. It seamlessly integrates classic E/E architectures with the innovative potential of artificial intelligence, paving the way for new ideas, unlocking optimization opportunities, and reducing costs.

Bosch takes software-defined vehicles to the next level with real-time automotive Ethernet communication networks. Dynamic reconfiguration allows for updating and upgrading communication network behavior at runtime. Ethernet data tunneling reduces complexity by transmitting multiple protocols via Ethernet. Multicasting enables dynamic utilization of the communication network, while real-time processing ensures precise synchronized time, less than 200 nanoseconds, in the system.

The vehicle electrical system becomes more complex and prone to faults as vehicle functions and driver assistance features become more electrified. Bosch's electronically controlled low-voltage powernet provides a smart and safe power supply, addressing increasing power demands and ensuring functional safety. By digitizing the power supply, Bosch enables smart power distribution features for field monitoring and maintenance.

The cockpit & ADAS integration platform is a scalable, modular high-performance computer that combines assisted and automated driving functions with infotainment on a single SoC. This Bosch vehicle computer can simultaneously detect lanes, park automatically, and process personalized navigation and voice assistance functions. Its benefits include lower hardware costs, scalability for different vehicle segments, integration of customer-specific third-party software, various cooling concepts, and increased performance compared to traditional vehicle computers.

Interior sensing solutions feature a high-resolution, wide-angle display-integrated camera for occupant and driver monitoring. This technology surpasses traditional cabin monitoring by incorporating both driver and occupant monitoring using a single camera. It includes features like hands-near-wheel detection, impaired driving detection, and object detection to measure driver engagement. Seamlessly integrated into the vehicle interior, this system is expected to increase consumer acceptance of driver and/or occupant monitoring, with solutions tailored for anticipated regulations and consumer testing in the U.S. and Europe.

Discover Bosch's scalable sensor roadmap, featuring radar and video solutions for centralized and decentralized E/E architectures. Our solution enables ADAS functions from SAE Levels 0 to 4, covering all customer trim levels. Benefits include a cost-effective safety package, improved image quality, better angular separability, longer detection range, and support for new, slow-speed scenarios. Experience the innovative features and capabilities of our scalable radar and video solutions and gain valuable insights into Bosch's ADAS functions.

Bosch's scalable software stack for driving and parking enables OEMs to offer various driving assistance functions, including comfort and safety features, as well as parking assistance functions for end consumers. The software modules are designed to work with Bosch hardware or third-party hardware, offering flexibility and compatibility. They are grouped into packages to achieve specific levels of assistance and automation while ensuring vehicle safety.

Discover Bosch's latest advancements in end-to-end (E2E) AI technology and foundation models for future ADAS systems. Our AI E2E technology platform seamlessly integrates AI capabilities from perception to planning, optimizing E2E AI while retaining individual component controllability. The Bosch ADAS foundation model offering improves performance across customer configurations, reduces development time and costs, and enables fast deployment on embedded multi-SoCs. Our GPT technology represents a significant leap forward, enhancing understanding of corner case automotive situations and improving reactions in critical situations. Experience these groundbreaking technologies and their potential impact on the automotive industry.

Bosch offers OEMs, Tiers, and distributors unrivalled flexibility by tailoring Silicon carbide (SiC) chips and discretes to their individual requirements. Our second generation of SiC chips is characterized by very low on-resistance over the entire temperature range as well as a 25% lower RDS(on) at high temperature. Also, it has a high oxide reliability and is rated for temperatures up to 200°C. An integrated gate resistor enables easier paralleling of bare dies.

In addition, Bosch offers a wide range of SiC power modules for traction inverters, covering all power classes in 400 V and 800 V applications.

Bosch offers a comprehensive range of components and system solutions for battery-electric vehicles and hybrids, supporting both 400 V and 800 V applications – from SiC semiconductors to electric drive systems. Bosch is presenting the latest innovations in power module technology, featuring flexible power scaling options enabled by in-house SiC chips. The next evolution of inverter technology with a simplified design results in higher power density and cost-innovation.

Bosch's next generation charger-converter technology unlocks the full potential of electric vehicles as mobile energy storage units , with high efficiency and full V2X capability, along with outstanding power density. For battery-electric and hybrid vehicles, Bosch offers highly integrated, efficient, and oil-cooled eAxle systems for low- and high-powered applications. These modular systems are available as main drive units or boost variants, ensuring optimal performance and efficiency. Additionally, a sustainable lifecycle approach at powertrain level will be showcased.

Bosch develops the intelligent range-extender unit (i-RexU) and double inverter specifically designed for hybrid applications (range-extended vehicles). This technology enables vehicles to drive with the performance and efficiency of an electric vehicle while mitigating range anxiety. The i-RexU's intelligent control system ensures seamless transitions between electric and combustion modes, providing a smooth and responsive driving experience.

The future of electric vehicles including plug-in hybrids is evolving rapidly, increasing the importance of the thermal management system. Bosch is developing innovative, pre-integrated modules and flexible thermal units to address changing requirements. The goal is to reduce complexity and increase flexibility in response to the fast-changing landscape of vehicle technology. Bosch is dedicated to advancing thermal management solutions in both hardware and software, improving functionality, minimizing installation space, and reducing complexity. A broad expertise and ensured commitment make Bosch the best partner to navigate the complexities of thermal management for mobility manufacturers.

Our fleet health monitoring solution uses the vehicle’s infotainment system to share in-vehicle data between drivers, fleet managers and workshops, eliminating the need for additional in-vehicle hardware. It provides timely vehicle alerts, creates service recommendations and schedules workshop appointments. Experience our end-to-end solution with a live AAOS digital cockpit, showcasing seamless data communication between vehicle and operators, enhancing fleet efficiency and reduces vehicle downtime.