Increasingly complex automotive systems are driving the need for new and powerful E/E architectures, and new technology is emerging that offers a significant computational increase compared to previous generation SoCs. To deliver next-generation, differentiated software… Accelerate Software Innovation Through Target-Optimized Code Generation and Virtual Prototypes
Driven by the trend towards software-defined vehicles (SDV), more complex software stacks are now being integrated into innovative automotive E/E architectures. Today the early integration testing of automotive software is already supported by using virtual ECUs (vECUs).… How to Achieve Seamless Deployment of Level 3 Virtual ECUs for Automotive Digital Twins
Today, most of the software functions in a car can be tested efficiently using virtual ECU models and DevOps engineering methods. However, final acceptance tests with real vehicles are still mandatory, even though they are… From Virtual ECU to Real Vehicle: Continuous Testing of Functional Requirements
Automotive microcontrollers for next-generation software-defined vehicles need to deliver higher software capabilities. ST Stellar Integration MCUs offer safe, secure, and deterministic solutions for new vehicle architectures. The use of virtual prototypes is a key enabler… Using ST Stellar MCU Virtual Prototypes to Deliver Next-Generation Software-Defined Vehicles
Trends such as advanced driver assistance systems (ADAS) and autonomous driving (AD) make software the differentiating factor in the automotive industry. To keep pace with innovations and to shorten development cycles, testing of electronic control units (ECUs) must shift-left. The… Entering a New Era with Linux-Based Automotive Software-in-the-Loop Test Tools