NVIDIA released Jetson Orin Nano system-on-modules, updated its Nova Orin reference platform for autonomous mobile robots and announced cloud-based availability for its Isaac Sim technology.
The Toposens Processing Unit DK makes it easier to integrate the Toposens ultrasonic sensing technology into a customer’s existing platform.
State-of-the-art computing and sensor architecture powered by the new Jetson platform enables next-gen 3D-sensing for AMRs.
NVIDIA has over one million developers now deploying on Jetson with John Deere, Medtronic, Hyundai Robotics, Komatsu, Meituan among early adopters
The LEC-RB5 SMARC module provides on-device AI capabilities, support for up to six cameras, and low power consumption.
The Hailo-8 processor features up to 26 tera-operations per second and is smaller than a penny.
Researchers said the optical neuromorphic processor could benefit autonomous vehicles and other data-intensive applications.
Einride said NVIDIA’s Orin processors will help make the next generation of its autonomous Pods for freight transport safer and more functional.
Aeva has entered into an agreement with special purpose acquisition company InterPrivate Acquisition Corp. to scale up production of its 4D lidar sensor on a chip, which it said can benefit autonomous vehicles and robotics.
When using Jetson devices, Formant users can now enable real-time video and image analytics in the cloud and perform PII scrubbing at the edge, writes CEO Jeff Linnell in this column.
Hailo said its new M.2 and Mini PCIe modules, which use the Hailo-8 AI processor, will make it easier for developers to build high performance into edge devices than other current systems.
Intel, Accenture, the Open University, ALYN Hospital, and Applied Brain Research are working to apply neuromorphic technology to make wheelchair-mounted robot arms more adaptable and affordable.
Joe Speed, field CTO of ADLINK, explains how ROS 2 is intended for commercial robotics developers, how the COVID-19 pandemic has accelerated demand, and how perception and fleet management can improve.
A novel system made of up neural networks powered by Intel’s Loihi neuromorphic chip could lead to better robotic senses of touch and vision, according to NUS researchers.
Hologram Hyper uses eUICC SIM hardware and software to help connect IoT devices such as robots, drones, and autonomous vehicles across cellular coverage zones.
Violet, a new disinfection robot rapidly developed by Akara Robotics, uses Intel Movidius technology to detect humans and avoid exposure to UV radiation.
Phantom AI, which develops advanced driver-assistance systems, is putting its technology on Renesas’ system on chip to provide computer vision, sensor fusion, and control capabilities.
Intel shared four research papers on new edge processing techniques, including one on a raycast accelerator that could improve visual SLAM accuracy while maintaining energy efficiency.
Columbia researchers have developeed a new optical phased array on chip at both near-infrared and blue wavelengths. It could advance autonomous navigation, augmented and virtual reality, and neuroscience.
‘Ferrobots,’ or magnetically controlled robots on a chip, promise to revolutionize medical diagnostic testing and other industries, just as Amazon’s warehouse robots have, said UCLA researchers.
Machine learning on edge devices could transform the manufacturing, healthcare, and energy industries. An AI executive explains why and the hardware involved.
Arbe, an Israel-based startup developing 4D radar technology that it claimed generates images 100 times more accurate than anything currently available on the market, raised funds for productization.