How Central Compute, Chiplets, and Open Toolchains Enable the SDV Software-defined vehicles are increasing demands on automotive computing. Central compute, chiplet-based scalability, and open toolchains provide a practical foundation for performance growth, software reuse, and long-term platform development. Peter Bechberger
AEK 2026: Why execution now matters more than strategy The automotive industry has defined its technological direction. Now comes the harder part: delivering at scale. AEK 2026 showed why SDVs, AI, chiplets and China-Speed are turning execution into the decisive competitive factor. Dr. Martin Large
“Chiplets enable a shift to a true top-down design approach” Chiplets could reshape how automotive electronics platforms are designed and scaled. Bosch’s Michael Schaffert explains where the technology creates value, and what still limits industrial adoption. Benjamin Müller
“Chiplet architectures can solve real performance, yield and cost challenges” As SDVs increase demand for advanced compute, automotive faces growing pressure from global semiconductor constraints. Imec’s Jim Foresi explains how chiplet architectures and open standards can enable scalable vehicle platforms. Benjamin Müller
“Continuous pipelines have become business-critical” As the shift toward software-defined mobility accelerates, OEMs face rising pressure across computing architectures, supply chains, and organizational models. Heinz Schmitz from GreenRock explains where the industry stands – and what companies must fix to keep pace. Benjamin Müller
