Feb. 17, 2020, Taipei, Taiwan
Neousys Technology, an industry-leading provider of rugged embedded systems, will demonstrate its latest AIoT solutions that include edge AI computing platform, vision controller and industrial IoT gateways for compute-intensive and harsh environment applications such as autonomous driving, machine vision and intelligent video analytics (surveillance) at Embedded World, Hall 2, booth 2-439 from February 25 to 27.
Neousys will showcase state-of-the-art GPU computing platform, Nuvo-8108G series. As the successor to Nuvo-6108GC that is implemented on Baidu's self-driving platform Apollo, it is a reliable and powerful GPU-aided in-vehicle computer supporting a 250W NVIDIA® graphics card to sustain autonomous driving and machine vision. Also, visitors can see how Nuvis-7306RT turn traditional factories into intelligent automation hubs with ease. Thanks to its highly integrated design equipped with camera interfaces, vision-specific I/Os as well as microsecond-scale real-time I/O control DTIO technologies explicitly for automated optical inspection (AOI). When accommodating an NVIDIA® 120W graphics card, Nuvis-7306RT can be used for deep learning vision applications by leveraging object detection/ classification neural network models.
To assist organizations moving toward IoT-powered automation, Neousys' industrial IoT gateway IGT series are ARM-based systems with pre-installed Debian. They feature rich I/O interfaces for a range of industrial-grade sensors that include analog input, digital I/O, dual LAN, CAN bus, COM port, wide temperature design and wide DC input power range to reliably exchange data between edge devices, PLCs, cloud or central computer via 3G/ LTE/ WiFi in harsh environments.
Neousys Technology CEO James Gau said "We're thrilled to showcase our extensive industrial automation expertise. With patented technologies such as thermal design and damping bracket, we will continue to offer AI-accelerated solutions to our customers, to enable new possibilities and applications at the edge."
