Neousys Technologys IP66-rated NRU-161V-AWP integrates NVIDIA Jetson Orin NX/Nano computing power with six GMSL2 camera ports, now seamlessly supporting Stereolabs ZED X and ZED X One GS cameras. Preinstalled drivers eliminate porting processes, enabling developers to deploy mono and binocular outdoor vision solutions. Ruggedized for -25°C to 70°C operation and 8-35V input, this fanless unit accelerates integration of autonomous machine vision and advanced driver assistance systems in industrial off-road environments.
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Neousys Unveils IP66 Edge AI Platform Supporting GMSL2 Integration
Neousys Technology introduces the IP66-rated NRU-161V-AWP edge AI platform with preinstalled drivers supporting Stereolabs ZED X and ZED X One GS GMSL2 cameras. This integration cuts development time by enabling plug-and-play camera connections, eliminating complex driver installations. The rugged design ensures reliable outdoor performance, while the Jetson-based architecture delivers high computing power for machine vision tasks. Developers can deploy advanced autonomous vehicle perception and driver assistance solutions in field vehicles.
Stereolabs ZED X Delivers Stereoscopic GMSL2 Vision For Teleoperation
ZED X from Stereolabs presents a rugged stereo vision solution with GMSL2 connectivity and IP67-rated protection, engineered to deliver accurate depth perception, real-time object detection, and situational awareness. Its housing and advanced stereo sensors support teleoperation and terrain mapping in extreme environments. Complementing this, the ZED X One GS monocular model features customizable CMOS sensors and interchangeable lens configurations, enabling seamless integration into binocular arrays or multi-angle vision systems.
Fanless IP66 NRU-161V-AWP: 6 GMSL2 Ports, Reliable Cellular Connectivity
The NRU-161V-AWP integrates an NVIDIA Jetson Orin NX or Nano SoM, outfitted with six high-bandwidth GMSL2 ports for multiple camera inputs. This fanless design operates reliably with an 8 to 35 volt DC range and withstands extreme temperatures from -25°C to 70°C. IP66-rated protection ensures dust and water resistance, while built-in cellular connectivity supports remote data transmission. Together, these features deliver robust, low-latency edge computing tailored for demanding outdoor applications.
Neousys Delivers Immediately Deployable Systems, Accelerates Mass Production Time-to-Market
Our team at Neousys prioritizes delivering turnkey solutions that empower clients to shorten their massâproduction launch timelines. Through our integration efforts with Stereolabs, we provide preconfigured camera drivers that significantly lower barriers to vision module deployment. This collaboration eliminates tedious driver porting, freeing developers to dedicate resources to creating advanced AI frameworks, optimizing algorithmic performance, and shaping strategic business initiativesâall while adhering to demanding production schedules and accelerating product readiness.
Stereolabs Elevates AI Vision with ZED Cameras and SDK
Stereolabs is a global leader in AI vision systems, offering the ZED camera range and SDK to deliver real-time depth perception, motion tracking, and three-dimensional mapping. These capabilities empower autonomous off-road navigation by enabling vehicles and robots to perceive terrain features and obstacles, support logistics automation through dynamic environment analysis, and facilitate smart infrastructure deployment across indoor and outdoor settings, enhancing safety, efficiency, scalability, and reliability in innovative automation applications.
Neousys and Stereolabs Deliver Robust Outdoor Vision Platform Instantly
The integration of the Neousys NRU-161V-AWP with Stereolabs ZED X and ZED X One GS delivers a field-ready edge computing solution tailored for demanding outdoor vision tasks. Featuring robust IP66-certified construction, native GMSL2 interface support, and preinstalled camera drivers, it significantly reduces deployment complexity. Developers can accelerate the creation of AI-driven automation and advanced driver assistance systems, achieving reliable performance in harsh environments from rugged terrain exploration to autonomous vehicle operation.
