Vector, Microchip partner on pre-integrated embedded solution for SDVs
Vector and Microchip Technology are expanding their collaboration on embedded software and microcontroller platforms to deliver pre-integrated solutions for resource-constrained control units. The companies announced support for Vector’s MICROSAR IO software layer on Microchip’s dsPIC33A digital signal controllers (DSCs), targeting sensor and actuator nodes in software-defined vehicle (SDV) architectures.
For engineers working on automotive electronics and embedded control systems, the announcement highlights a growing industry focus on tightly aligned hardware and software platforms that reduce development complexity and accelerate deployment timelines.
Pre-integrated hardware and software for faster development
According to the release, Vector and Microchip are aligning their product roadmaps to ensure early compatibility between hardware and software components. The approach is said to be designed to reduce integration effort and project risk while enabling developers to begin application development earlier in the design cycle.
As part of the collaboration, MICROSAR IO — a lightweight software base layer designed for small control units with limited resources — is now available off the shelf for Microchip’s dsPIC33A DSC platform, the companies indicate. The pre-integration is intended to accelerate project start-up, reduce internal ramp-up phases, and shorten implementation time.
Targeting cost-sensitive edge nodes in SDV architectures
The joint solution focuses on compact and cost-sensitive sensor and actuator control units within emerging SDV architectures. According to the companies, SDV system designs increasingly shift complex logic to high-performance computing (HPC) and zonal controllers, leaving edge nodes responsible only for essential tasks. This architectural shift enables the use of lean software stacks and cost-efficient hardware platforms for high-volume deployment, while reducing overall system complexity.
According to the release, the pre-integration of MICROSAR IO on dsPIC33A hardware offers several benefits, including faster time-to-market through ready-to-use platforms, reduced integration effort due to aligned hardware and software, and simplified development of sensor and actuator control applications.
In addition, Vector has defined an open, standardized hardware abstraction interface that enables MICROSAR IO to be ported to additional Microchip hardware platforms in the future, supporting interoperable and cross-manufacturer software solutions.
For eeNews Europe readers interested in technologies relating to SDVs and embedded solutions, the collaboration reflects a broader shift toward pre-integrated hardware and software platforms in automotive electronics. As SDV architectures evolve, solutions that simplify development of distributed sensor and actuator nodes will become increasingly important for engineering teams aiming to reduce complexity, cost, and time-to-market.
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