Neousys Technology has released the Nuvo-9154GC, a rugged edge AI platform designed for indoor and outdoor autonomous mobile robot applications in warehousing, logistics and agriculture.
The x86 system integrates four GMSL2 automotive camera interfaces with an Intel 14th/13th Gen platform and support for NVIDIA RTX-series GPU cards up to 150W TDP.
The four GMSL2 ports enable direct connection to automotive-grade cameras. Selected 2MP, 3MP, 5MP and 8MP GMSL2 cameras are driver-ready under Linux, helping simplify camera integration and reduce deployment complexity.
According to Neousys, GMSL2 provides long cable reach, high bandwidth and enhanced electromagnetic interference robustness compared with conventional USB or GigE Vision solutions, making it well suited to mobile and vibration-prone environments.
The platform combines Intel 14th/13th Gen Core processors, DDR5 memory and NVIDIA RTX-series graphics processing to support multi-camera, high-resolution video ingestion and real-time AI inference. Supported workloads include object detection, sensor fusion and vision-based perception at the edge.
Morris Lee, Product Manager at Neousys Technology, commented, “The Nuvo-9154GC is a computing platform purpose-built for diverse AMR applications, including warehouse logistics automation, autonomous delivery robots, and agricultural robots. Inheriting Neousys’ rugged DNA, the Nuvo-9154GC is engineered for deployment in vehicles and other high-vibration, space-constrained, and wide-temperature environments. It is an ideal solution for reliable image transmission and real-time GPU-based AI processing at the edge, enabling developers and system integrators to deploy scalable AI vision systems in demanding real-world environments.”
For vehicle deployment, the Nuvo-9154GC supports an 8V to 48V wide-range DC input with ignition power control and operates from -25°C to 60°C. It also includes dual CAN 2.0 interfaces and supports IEEE 802.3at PoE+ for powering cameras and peripherals directly through Ethernet.
