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Renesas’ new roadmap for automotive SoCs and MCUs showcases how chiplet-based designs are enabling scalable, high-performance compute for next-generation vehicles. With Arm technology at the core, this approach supports advanced workloads—from AI-driven ADAS to software-defined vehicle architectures—while offering the flexibility and efficiency automakers need.

MediaTek and NVIDIA are redefining in-vehicle experiences with intelligent cabin solutions built on a chiplet-based architecture. By combining Arm-powered chiplets with NVIDIA's GPU and AI expertise, this collaboration delivers scalable, high-performance compute tailored for next-gen infotainment, safety, and user personalization in modern vehicles.

AWS’s latest Graviton4 and Trainium2 processors highlight how chiplet-based architectures are transforming custom silicon design at scale. By leveraging modular, Arm-based chiplets, AWS enables optimized performance, power efficiency, and faster time-to-market—showing how chip designers can meet diverse cloud workloads with precision and flexibility.

Socionext’s partnership with Arm and TSMC to develop 2nm multi-core CPU chiplets demonstrates how leading-edge process technology and modular design are converging. This collaboration enables chip designers to build high-performance, energy-efficient systems with greater scalability and integration—paving the way for the next generation of custom silicon.