Neousys’ Jetson solutions are crafted to address the ever-evolving needs of edge AI applications, ranging from edge inspection and roadside applications to autonomous mobile robots (AMR) and in-vehicle intelligent video analytics (IVA) or advanced driver-assistance systems (ADAS). These solutions leverage industrial-grade power and thermal designs, along with onboard camera connectivity, and offer extensive expansion capabilities within a compact enclosure. Powered by the efficient Jetson System on Module (SoM), Neousys' Jetson solutions deliver server-grade inference performance at the edge, making them ideal for vision-based AI applications in factories, roadside infrastructure, robotics, and off-road vehicles.
Powerful AI Vision Solutions for Factory and Road Applications
Edge Inspection
Roadside IVA
Autonomous Mobile Robots
In-vehicle IVA & ADAS
Edge Inspection
Scenario
Traditionally, automation processes along production lines—covering tasks like cleaning, inspection, sorting, and packing—relied on a CPU-based architecture. However, to improve overall efficiency and precision, the current trend is to integrate AI capabilities into these existing CPU-based automation systems.
Challenges
Incorporating AI computing into traditional CPU-based 19" rack mount or expansion box PCs presents several challenges:
- Delivering substantial AI performance for real-time image processing from multiple cameras
- Inadequate power supply for high-demand GPU cards
- Heat dissipation issues associated with GPU cards
- Limited expansion slots for installing both GPU and frame grabber cards
Neousys' Offering
Neousys' industrial-grade intelligent frame grabber PCIe-NX150 series and the flattop heatsink edge AI computer NRU-150-FT series are lightweight solutions designed to boost AI capabilities in existing CPU-based machine vision and inspection systems. These solutions feature full-bandwidth connectivity with 6 USB3 or 4 PoE+ GbE ports for cameras, deliver 100 TOPS of AI performance, and ensure reliable operation across rugged and wide-temperature environments.
Roadside IVA
Scenario
As urban infrastructures increasingly adopt AI technologies—like intelligent traffic management, V2X communication, and public space intelligent video analytics (IVA)—there is a growing need for roadside edge AI computers to handle real-time image capture and processing.
Challenges
Deploying edge AI computers in roadside cabinets presents several challenges:
- Delivering high AI performance for real-time image processing from multiple cameras
- Withstanding extreme weather conditions, from freezing winters to scorching summers
- Managing heat dissipation within the cabinets
- Preventing dust accumulation inside the computers due to roadside environments
Neousys' Offering
The NRU-220S, NRU-52S+, and NRU-154PoE-FT are distinguished as fanless AI NVRs with integrated support for multiple PoE+/PoE++ IP cameras. Designed to operate across a wide temperature range, these devices enable intelligent video analytics for roadside applications. Additionally, they feature an isolated RS-485 interface for seamless communication with infrastructure systems.
Autonomous Mobile Robots
Scenario
The use of autonomous mobile robots (AMRs) is expanding across various fields, including smart agriculture, autonomous warehouses, and last-mile delivery. To enable AMRs to effectively interact with their surroundings, robust AI performance and connectivity for multiple sensors are crucial.Challenges
When integrating a computing unit into a robot, several challenges may arise:
- Connectivity for multiple cameras and sensors
- High AI performance for real-time processing of data from multiple cameras
- Limited space for hardware deployment
- Effective heat dissipation
- Operation on limited battery capacity
- Resilience to shock and vibration
- Mobile communication capabilities
Neousys' Offering
Neousys' NRU-51V+, NRU-52S+, FLYC-300, and NRU-156U3-FT are 20W Jetson Orin NX computers equipped with connectivity for IP, GMSL2, and USB3 cameras. They are designed for wide-temperature fanless operation and compact enough for deployment in tight spaces, making them ideal for indoor and outdoor applications, such as warehouses, last-mile delivery, and agricultural robots. The NRU-52S+ and NRU-51V+ series offer wide-range DC input, built-in ignition power control, and flexible expansion options for mobile communication. The FLYC-300 is an ultra-lightweight 300g edge AI computer, perfect for drone applications and lightweight robots.
In-vehicle IVA & ADAS
Scenario
Intelligent video analytics in vehicles are vital for enhancing collision avoidance, recognition, and detection, significantly boosting in-vehicle ADAS capabilities and overall safety. These applications extend to off-road vehicle ADAS, teleoperation, and railway intrusion detection.Challenges
To ensure reliable performance in vehicles, computing systems must address several challenges:
- Connectivity for multiple cameras and sensors
- High AI performance for real-time processing of data from multiple cameras
- Limited space for hardware integration
- Efficient heat dissipation
- Operation on limited battery capacity
- Resilience to constant shock and vibration
- Mobile communication capabilities
- Operation in demanding environments like mining, agriculture, or construction sites
Neousys' Offering
The NRU-220S, NRU-222S, and NRU-52S+ models feature GbE PoE+/PoE++ ports to support IP cameras, ensuring robust connectivity. The NRU-51V+ goes further by offering GMSL2 ports for automotive cameras, making it ideal for applications that require low latency and high image quality in varying lighting conditions. All models are designed for in-vehicle deployments, featuring wide-temperature fanless operation, resistance to shock and vibration, wide-range DC input, ignition power control, mobile connectivity, and flexible expansion options in a compact form factor.
