Tech & Innovation - February 20, 2025

Volvo's Future Tech: ES90 and the Superset Tech Stack

Image related to the article
Volvo's upcoming electric vehicle, the ES90 midsized luxury sedan, is poised to bring some serious computing power to the road. The new EV will come equipped with a dual Nvidia Drive AGX Orin configuration, making it the most powerful car Volvo has ever created in terms of core computing capacity. This supercomputer will be part of a single tech stack called Superset, which Volvo plans to use in all of its next-gen vehicles. The ES90 represents a major step forward in automotive technology, with the potential to redefine the way we think about cars and their capabilities.

Read more at source.

The Power of Nvidia's System-on-a-Chip

The ES90 will be Volvo's first vehicle to use Nvidia's system-on-a-chip, enabling it to perform core functions at lightning-fast speeds. This is made possible by the computer's ability to perform 508 trillion operations per second (TOPS), which will be crucial in managing functionalities such as AI-based, state-of-the-art active safety features, car sensors, and efficient battery management.

Superset Tech Stack: The Future of Volvo

The ES90 will be built on Volvo's SPA2 architecture and will be the second vehicle, after the EX90, to use its Superset tech stack. Superset is a modular engineering platform that Volvo plans to use to make safer cars more efficiently and to improve them over time through over-the-air software updates, similar to the approach pioneered by Tesla.

The Evolution of In-Car Hardware

The Orin system represents an eightfold improvement in processing speeds over the San Jose-based chipmaker's Xavier computer that featured in the 2018 announcement of a partnership between Volvo and Nvidia. The increased processing power will enable Volvo to gradually enhance its deep learning model and neural network from 40 million to 200 million parameters.

The ES90 will be Volvo's first vehicle to come with the Nvidias system-on-a-chip, enabling it to perform core functions at lightning fast speeds thanks to the computers abilities to perform 508 trillion operations per second (TOPS).