EDGE AI NVIDIA Jetson Solutions – PE1100N Serie – Comprehensive portfolio for GenAI and Computer Vision, Asus IoT

ASUS IoT NVIDIA^® Jetson Series Edge AI Computers delivers edge AI solutions with a focus on performance and adaptability. Designed to meet the demands of diverse environments, these systems offer a rugged construction and operate across a wide temperature range. The integration of NVIDIA^® ARM-based CPUs and GPUs ensures efficient processing, while the JetPack 6 SDK streamlines software stack updates. The series encompasses a range of form factors to address different industry needs and connectivity requirements.

For demanding AI tasks, ASUS IoT PE2100N series provides robust computing power, suitable for industrial applications such as machine vision and automated inspection. Stablemate PE1101N targets deployments in constrained spaces, enabling smart city and manufacturing applications that require compact, fanless systems. Both series are supported by ASUS IoT’s commitment to longevity through comprehensive R&D and a dependable supply chain.

Features

• AI-Enabled
• Lastest JetPack 6.0 Support
• Low Power Consumption
• Compact Design
• Rugged Industrial Design
• Long-term Technical Support

Unlock Generative AI at the Edge with ASUS IoT and NVIDIA® Jetson

Unlock Generative AI at the Edge with ASUS IoT and NVIDIA® Jetson ASUS IoT, powered by the NVIDIA® Jetson platform, brings cutting-edge edge AI to generative AI applications. The Jetson Orin platform combines exceptional AI performance, energy efficiency, and expansive memory to support advanced AI models like large language models (LLMs), vision transformers, and stable diffusion — all deployed locally at the edge. With proven performance in MLPerf benchmarks, ASUS IoT devices are the top choice for building powerful generative AI solutions. Developers can accelerate their projects with resources from the NVIDIA Jetson AI Lab, which offers tutorials, prebuilt containers, and tools for applications ranging from text generation to advanced image synthesis. Together, ASUS IoT and NVIDIA provide a robust ecosystem that empowers developers to innovate and create intelligent, impactful edge AI applications.

Applications

Industrial automation and robotics: AI-based defect or object detection in factories

• High accuracy rate
• Low false-positive rate
• Diverse form factors
• Increased efficiency of production
• COM and CAN interfaces

Smart agriculture and farming: Enable AI-powered agriculture for smart farming

• Edge-side AI computing for data security
• Small and rugged for agricultural machinery
• Instant detection of pests and diseases
• Enhanced quality and yield for increased profits
• 4G/5G module support

Smart transportation: Enhance transportation management in smart cities

• Multiple camera inputs, for traffic analysis and control
• Ultra-compact size, ideal for charging piles
• High-speed AI inference at the edge
• Low power consumption
• 4G/5G module support

Warehousing management and AGV/AMR: Automated picking and self-driving vehicles revolutionize warehouse operations

• High AI computing power
• AGV/AMR need ROS support
• COM / CAN interface
• Wireless or 4G/5G support

Safety and security: AI identification to manage access control or work-safety alerts

• Multi POE camera inputs
• High AI computing power
• Edge-side AI computing for data security
• COM / CAN interface

Product for your solution

4) PE1100N Serie, Arm System, NVIDIA Jetson™ Orin™, LPDDR4, eMMC, USB3, Dual LAN, HDMI, M.2 E, M.2 B, M.2 M, AEM, Dual SIM, 12-24V

• Intelligent Edge AI System with NVIDIA Jetson™ Orin™ NX and Orin™ Nano
• Fanless design and diverse I/O in a compact size
• Ready to connect Wi-Fi, BT & 4G, 5G by optional modules
• Wide range of power input and operating temperature
• Support ASUS Expansion Module (AEM)

Download PE1100N Serie Technical Datasheet: Download

Intelligent Edge AI system based on the NVIDIA® Jetson™ platform features a fanless design and diverse I/O support in a compact size that also supports a wide range of power inputs and operating temperatures.