dSPACE Showcases Revolutionary Automotive Testing at CES 2025
At CES 2025, dSPACE is set to unveil the impact of seamless software-in-the-loop (SIL) and hardware-in-the-loop (HIL) validation on automotive software development. By demonstrating advanced testing solutions, dSPACE aims to accelerate the development cycle for electric, autonomous, and software-defined vehicles. The exhibition, located at booth #4500, will present a comprehensive validation concept that highlights the synergy of various testing methodologies including data replay and both SIL and HIL testing approaches.
Enhancing E-Mobility Testing Standards
For over 30 years, HIL simulators have played a crucial role in the integration and validation of electronic control units (ECUs). In today's environment, the adoption of scalable SIL simulation has become vital for performing functional and diagnostic testing during early development stages. This proactive approach not only increases software quality but also streamlines the validation process across SIL and HIL phases. Attendees at CES will get a firsthand look at dSPACE’s innovative solutions aimed at enhancing testing efficiency for battery management systems. Exciting demonstrations will feature the charging of visionary automotive models, showcasing dSPACE’s partnership with the EcoCAR student competition for more than 15 years.
Power Electronics: Testing for Tomorrow's Energy Systems
Modern energy systems in electric vehicles and aircraft rely on high-performance test software for fast power electronics circuits. dSPACE, with its XSG Power Electronics Systems, stands as a pioneer by offering simulation capabilities for highly dynamic switching frequencies reaching 1.5 MHz. This cutting-edge technology empowers engineers to develop compact, faster, and more efficient power converters. Additionally, dSPACE introduces an innovative library for FPGA-based real-time simulation of electric machines, allowing for a detailed exploration of various non-linear effects through its optimized algorithms.
Autonomous Driving and Virtual World Integration
Collaboration with industry leader Mobileye illustrates dSPACE's substantial contributions to the development of autonomous driving systems. A demonstration involving closed-loop camera control highlights how effective closed-loop system tests can be conducted in controlled laboratory environments. dSPACE’s advanced SCALEXIO system simulates all vehicle dynamics and traffic scenarios, while dSPACE AURELION and ESI Unit simulate real-time video data for a truly immersive development experience.
The Role of Continuous Testing in Modern Vehicle Development
As the complexity of automotive software escalates, the importance of continuous integration and testing in development processes grows. dSPACE emphasizes this by showcasing SIMPHERA, a scalable software solution designed for both open and closed-loop testing of autonomous driving applications. This modern approach aids manufacturers in meeting safety standards and regulatory requirements while shortening their development timelines.
Software-Defined Vehicles and Cloud Integration Testing
The shift towards software-defined vehicles is reshaping automotive architectures, where high-performance control units manage intricate functionalities and centralize hardware components. dSPACE’s VEOS offers a unique solution by allowing integration of HPC software execution environments within SIL simulations. Attendees can witness how this technology stimulates infotainment systems and tests distributed functionalities, marking a new era in E/E architectures.
Prioritizing Cybersecurity in Automotive Development
With the rise of new cybersecurity standards and regulations, organizations must focus on early-stage cybersecurity testing. dSPACE has partnered with PlaxidityX to enhance automotive cybersecurity capabilities through advanced test automation on HIL and SIL platforms. This collaboration includes ready-to-use fuzzing test cases tailored for prevalent automotive bus protocols, ensuring vehicles are robust against emerging threats.
About dSPACE
dSPACE stands as a leader in simulation and validation solutions, crucial for the development of connected, autonomous, and electrically powered vehicles. The company’s end-to-end solutions are integral for automotive manufacturers, enabling them to thoroughly test software and hardware before vehicles enter the market. In addition to automotive applications, dSPACE's expertise extends to aerospace and industrial automation sectors. Their comprehensive portfolio includes simulation, validation services, engineering support, and training solutions. With a talented team of over 2,800 employees located globally, dSPACE maintains its headquarters in Paderborn, Germany, and operates multiple project centers in the country, along with regional offices in various countries to serve its clientele effectively.
Frequently Asked Questions
What are SIL and HIL testing methods?
SIL (Software-in-the-Loop) and HIL (Hardware-in-the-Loop) testing methods are simulation techniques used for validating the performance of software and hardware in automotive systems.
How does dSPACE enhance electric vehicle testing?
dSPACE enhances electric vehicle testing through advanced simulation tools that improve efficiency in testing battery management systems and power electronics.
Why is cybersecurity testing important in automotive development?
With increasing vehicle connectivity, cybersecurity testing ensures vehicles are protected against threats, complying with new safety standards and regulations.
What role does continuous testing play in vehicle development?
Continuous testing is vital for managing complex software, ensuring safety, meeting regulatory requirements, and facilitating faster development cycles.
How does dSPACE support sustainable automotive innovation?
dSPACE supports sustainable automotive innovation by providing state-of-the-art simulation solutions that promote efficient testing and development of environmentally-friendly vehicles.
