Quick Takeaways
- Tenstorrent CHASSIS program strengthens Europe’s push toward scalable software-defined vehicle platforms.
- The initiative brings together leading automotive and semiconductor players to accelerate chiplet-based SDV architectures.
On January 27, Tenstorrent announced its participation in the Tenstorrent CHASSIS program, a three-year international research initiative focused on advancing software-defined mobility projects across the European Union. The collaboration places Tenstorrent at the center of next-generation vehicle computing development.
Through the Tenstorrent CHASSIS program, the company will design and develop chiplet-based hardware architectures specifically tailored for software-defined vehicles. These architectures are intended to support scalable performance, flexibility, and efficiency as vehicles increasingly rely on centralized computing and software-driven functionality.
Tenstorrent CHASSIS program targets scalable SDV chiplet platforms
The CHASSIS program is designed to create high-performance, modular chiplet platforms that can be adapted across multiple vehicle segments. By using chiplet-based hardware architecture, the initiative aims to reduce development complexity while enabling faster innovation cycles for automotive manufacturers and technology suppliers.
Tenstorrent is collaborating with a broad consortium of industry leaders and research institutions participating in the program, including:
Advancing software-defined vehicles through collaboration
By contributing its expertise in high-performance compute architectures, Tenstorrent supports the program’s goal of accelerating the deployment of automotive chiplets optimized for software-defined vehicles. The Tenstorrent CHASSIS program reflects a broader industry shift toward modular, scalable computing platforms that can meet rising demands for autonomy, connectivity, and continuous software updates across vehicle lifecycles.
Through the Tenstorrent CHASSIS program, the company will design and develop chiplet-based hardware architectures specifically tailored for software-defined vehicles. These architectures are intended to support scalable performance, flexibility, and efficiency as vehicles increasingly rely on centralized computing and software-driven functionality.
Tenstorrent CHASSIS program targets scalable SDV chiplet platforms
The CHASSIS program is designed to create high-performance, modular chiplet platforms that can be adapted across multiple vehicle segments. By using chiplet-based hardware architecture, the initiative aims to reduce development complexity while enabling faster innovation cycles for automotive manufacturers and technology suppliers.
Tenstorrent is collaborating with a broad consortium of industry leaders and research institutions participating in the program, including:
- Arteris
- Axelera AI
- BMW Group
- Bosch
- CEA
- CHIPS-IT
- Fraunhofer
- imec
- Infineon
- Menta
- NXP
- Renault Ampere
- Siemens
- Stellantis-CRF
- TTTech Auto
Advancing software-defined vehicles through collaboration
By contributing its expertise in high-performance compute architectures, Tenstorrent supports the program’s goal of accelerating the deployment of automotive chiplets optimized for software-defined vehicles. The Tenstorrent CHASSIS program reflects a broader industry shift toward modular, scalable computing platforms that can meet rising demands for autonomy, connectivity, and continuous software updates across vehicle lifecycles.
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