Subaru Evaluates onsemi’s Embedded Power Platform for Future EVs
Event summary
- Subaru has entered a strategic technology engagement with onsemi to evaluate its Embedded Power Platform (EPP) for future electrified vehicles.
- The collaboration provides Subaru with early access to EPP engineering samples, simulation models, and technical expertise.
- EPP aims to improve power system efficiency, simplify development, and support future vehicle architectures.
- The initial phase focuses on early engineering evaluation and technical learning.
- onsemi’s EPP embeds multiple semiconductor devices into a silicon-based wafer-level package, enabling highly integrated power systems.
The big picture
The collaboration between Subaru and onsemi highlights the growing importance of advanced power semiconductor integration in vehicle electrification. As automakers seek to improve efficiency and design flexibility, innovations like EPP could redefine power system architectures, potentially lowering development costs and accelerating the transition to electrified vehicles. This partnership reflects broader industry trends toward system-level optimization and scalable solutions in automotive technology.
What we're watching
- Technology Integration
- How successfully onsemi’s EPP can integrate into Subaru’s future electrified vehicle architectures will determine the platform’s market viability.
- Development Efficiency
- Whether the EPP can significantly reduce development complexity and accelerate time to market for Subaru’s EV programs.
- Scalability
- The pace at which onsemi can scale EPP across multiple power levels while maintaining performance and efficiency standards.
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