- DRIVECORE bundles accelerate AURIX TC4xx evaluation.
- New integrations support virtualization and SDV architectures.
Vector and Partners Introduce New DRIVECORE Bundles
Vector Informatik GmbH (Vector) has launched two new DRIVECORE bundles with Infineon Technologies AG, Intron, and TASKING to accelerate evaluation and prototyping on the Infineon AURIX TC4xx platform. The launch combines hardware, software, and development tools to provide engineers with integrated options for automotive software development. The bundles are designed to support faster access to the platform and address different development requirements, including access to the Chinese automotive ecosystem and evaluation of software-defined vehicle architectures.
Two Bundles Target Different Development Requirements
The DRIVECORE TC4 IT2 combines AURIX TC4xx, Intron OpenECU, Vector software components, and TASKING tools, providing fast access to the Chinese automotive ecosystem. The DRIVECORE TC4 VT1 integrates AURIX TC4xx, Vector Informatik GmbH MICROSAR Hypervisor, Vector software components, and TASKING tools to enable efficient evaluation of virtualization and software-defined vehicle (SDV) architectures. Together, the bundles give developers targeted configurations for prototyping and assessing automotive computing and software architectures on the AURIX TC4xx platform.
Frequently Asked Questions
What do the new DRIVECORE offerings enable for automotive developers?
The new offerings provide integrated configurations for evaluating and prototyping automotive software and computing architectures on the AURIX TC4xx platform. The TC4 IT2 combines AURIX TC4xx, Intron OpenECU, Vector software components, and TASKING tools, with a focus on access to the Chinese automotive ecosystem. The TC4 VT1 combines AURIX TC4xx with the Vector MICROSAR Hypervisor, Vector software components, and TASKING tools. This configuration supports evaluation of virtualization and software-defined vehicle architectures while helping developers assess platform capabilities more efficiently.
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