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On Fri, 21 Feb, 12:02 AM UTC
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The incoming Volvo ES90 is going to be a supercomputer-on-wheels, thanks to Nvidia - and that could give it an 'extra pair of eyes' for safety
'Superset stack' facilitates 508 trillion operations per second Volvo has announced that its upcoming ES90, a super-sleek electric sedan due to be full revealed on March 5, will be the most powerful car it has ever created in terms of core computing capacity. Hot on the heels of the seven-seat EX90 SUV, which was the first all-electric Volvo to debut Nvidia's Drive computing platform with Xavier and Orin System-on-a-Chip (SoC), the upcoming ES90 will pack a dual AGX Orin configuration - the bleeding edge of Nvidia's automotive technology. Slightly confusing names aside, Volvo says its Superset tech stack is now capable of performing 508 trillion operations per second (TOPS), as opposed to the 250 TOPS available in the EX90. "This allows us to further raise the bar on safety and overall performance through data, software and AI," Volvo says. Put simply, this extra computing power will allow the Swedish company to further harness advanced levels of AI to assist in things like battery management and efficiency, as well as realize its lofty safety ambitions. The Volvo EX90 was promised to be launched with the very latest in the automaker's safety systems, which take feeds from cameras, ultrasonic sensors, radar and a state-of-the-art Luminar Lidar system to create a 360-degree view of the world, no matter the time of day. Unfortunately, the system wasn't ready at the time of launch and instead, Volvo's advanced driver assistance systems (ADAS) team decided it would be better to introduce the safety systems as an over-the-air update in due course. A lot of those features still haven't materialized. However, Volvo has said that all of its upcoming electric vehicles will now use this Superset tech stack, which will allow the company to "boost the performance of each car in the lineup simultaneously". Reading between the lines, it appears that the ES90's advanced levels of computing power will allow Volvo to introduce its aforementioned Safe Space Technology, which is designed to help avoid accidents and hazards on the road, much sooner and to more vehicles in one quick software update hit. As a result, the Swedish firm has said that the dual Nvidia Drive AGX Orin configuration will be implemented on all EX90 cars and that existing customers will get the hardware upgrade free of charge. A generous move on Volvo's front or an admittance that its existing Nvidia set-up wasn't actually powerful enough for it to achieve its vision for SAE Level 3 autonomous driving and the next generation of safety systems? You decide. While we are still some way off SAE Level 4 or even fully autonomous driving, Volvo believes that ridiculous levels of computing power and the latest suite of sensing technology will separate its cars from the competition. During a chat at the Volvo EX90 launch, senior function developer collision avoidance (AKA the ADAS man) at the brand, Martin Magnusson, told me that modern safety systems are so nannying, there is a real risk drivers turn them off. Instead, he feels that by allowing AI to sift through the reams of data provided by cameras, sensors and radar, it will allow the car to genuinely have "an extra pair of eyes", as he puts it. With the new levels of core computing power, Volvo's advanced safety suite can constantly scan there surroundings, keeping tabs on pedestrians, cyclists and other vulnerable road users and predicting what they will do next - rather than simply reacting at the last minute with intrusive emergency braking measures. "We want to completely rule out ghost braking situations or those experiences where safety systems jump in for no reason," Magnusson told me. It's fascinating stuff and a completely new approach to safety, which has typically seen manufacturers pile on the technology in order to hit Euro NCAP and other safety standards, rather than sitting back and deciding whether it works, or adds value. With the massive amount of computing power now offered by Nvidia, it appears that Volvo could finally make its vision of next-gen automotive safety a reality.
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Volvo Touts Huge, Nvidia-Backed Power Boost for ES90 EV
Volvo today revealed new technical details about the ES90, its all-electric luxury sedan, which debuts on March 5 at an estimated $70,000 to $80,000 starting price. It's the company's first smart car to run on an Nvidia Drive AGX Orin chip, which promises an "eightfold improvement" in AI performance, it says. "The Volvo ES90 is one of the most technically advanced cars on the market today and is designed to be improved further with time," says Anders Bell, Volvo's chief engineering and technology officer. What does this mean for drivers? Volvo points to more AI-powered safety features and vehicle performance. This could include self-driving tech, which is a core focus for Nvidia. It will also power upgraded sensors, "constant connectivity," and better battery management. The effects will be likely be wide-reaching since the chip helps process "various essential systems...inside the car at ultra-fast speeds," Volvo says. All the tech for the ES90 is built on the Volvo Cars Superset tech stack, which first debuted with the 2025 Volvo EX90 SUV. It represents a "radical transformation" in the company's tech approach, with a single set of hardware and software that powers the entire car -- Tesla-style. "By combining the power of core computing and our Superset tech stack, we can now make safer cars more efficiently than ever before," says Bell. The ES90 gathers information on its surroundings through a wide range of sensors, including one LiDAR, five radars, eight cameras, and 12 ultrasonic sensors. They detect obstacles and help avoid collisions, including at night. Volvo calls this tech its Safe Space Technology, meaning "everything we put in a car is meant to build a safe space for everyone in and around the car, and technology helps us make that happen." Volvo has not revealed the car's design, but we'll learn more about its range and price next month. Volvo is livestreaming the March 5 reveal at es90event.volvocars.com.
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Volvo's upcoming ES90 electric sedan will feature advanced AI capabilities powered by Nvidia's Drive AGX Orin chips, promising enhanced safety features and performance.
Volvo is set to unveil its most technologically advanced vehicle to date, the ES90 electric sedan, on March 5. This new model represents a significant leap in automotive computing power, leveraging Nvidia's cutting-edge Drive AGX Orin chips to create what Volvo calls a "supercomputer-on-wheels" 1.
The ES90 will feature a dual Nvidia Drive AGX Orin configuration, enabling it to perform an astounding 508 trillion operations per second (TOPS). This marks a substantial increase from the 250 TOPS available in its predecessor, the EX90 SUV 1. Anders Bell, Volvo's chief engineering and technology officer, emphasizes that this represents an "eightfold improvement" in AI performance 2.
Volvo's commitment to safety takes a new form with the ES90's enhanced computing capabilities. The vehicle will utilize a comprehensive sensor suite, including one LiDAR, five radars, eight cameras, and 12 ultrasonic sensors, to create a 360-degree view of its surroundings 2. This data, processed by the powerful Nvidia chips, will enable more sophisticated AI-driven safety features.
Martin Magnusson, Volvo's senior function developer for collision avoidance, explains that the goal is to create an "extra pair of eyes" for the vehicle. The AI will continuously scan the environment, predicting the behavior of pedestrians, cyclists, and other road users, rather than simply reacting at the last moment 1.
The ES90 will be built on Volvo's Superset tech stack, a unified hardware and software platform that powers the entire vehicle. This approach, similar to Tesla's, allows for more efficient updates and improvements across the entire lineup 2. Volvo plans to implement this technology across its upcoming electric vehicles, promising simultaneous performance boosts for all cars in the range 1.
While full autonomous driving remains a future goal, the ES90's computing power lays the groundwork for SAE Level 3 autonomous capabilities. Volvo believes that this level of processing power, combined with advanced sensing technology, will set its vehicles apart from competitors 1.
The increased computing capacity will also facilitate improvements in battery management and efficiency, crucial factors for electric vehicle performance 1. Additionally, the system's "constant connectivity" suggests potential for regular over-the-air updates and enhancements 2.
The ES90 is positioned as a luxury electric sedan, with an estimated starting price between $70,000 and $80,000. Its full reveal is scheduled for March 5, where more details about its range and specific features are expected to be announced 2. This launch represents Volvo's continued push into the premium electric vehicle market, directly competing with established players in the segment.
Volvo is using an AI technique called Gaussian splatting to create virtual environments for testing and improving car safety features, potentially accelerating the development of advanced driver assistance systems.
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Nvidia announces partnerships with major automakers and tech companies to develop advanced autonomous vehicle technologies using its AI and computing platforms.
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Nvidia's autonomous vehicle platform, DRIVE AGX Hyperion, has passed key industry-safety assessments, setting new standards for AV safety, innovation, and performance. The platform features advanced AI capabilities and is designed for both passenger and commercial vehicles.
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Qualcomm introduces Snapdragon Cockpit Elite and Ride Elite platforms, leveraging AI to revolutionize in-car experiences and driving assistance, set to debut in vehicles by 2026.
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Olympian Motors expands partnership with Nvidia to develop the Olympus Platform, an open and modular AI-driven electric vehicle (EV) platform, integrating Nvidia's DRIVE AGX Orin and Inception Program.
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