ASUS Edge AI Solutions Powered by NVIDIA® Jetson™
Rugged AI Inference System—
Built to Deploy and Scale AI at the Edge
Power Edge AI with ASUS IoT Edge AI Computer
Built on NVIDIA® Jetson™
Designed to help partners deploy and service at scale, ASUS systems combine ruggedized mechanics with reliability-focused engineering to deliver sustained performance in high ambient temperatures and reliable uptime under harsh conditions, including extreme heat, vibration, dust, EMI, or unstable power. Fanless models are also available.
From PoC to production, ASUS helps business deploy and operate Jetson-based AI fleet with ease for physical AI applications in the field. Secure FOTA updates, OOB recovery, and automated device provisioning simplifies device registration, configuration, and the process of bringing devices online—making it easy to manage fleets with fewer resources and helping reduce downtime. With long-term lifecycle support, ASUS delivers an end-to-end, fully integrated solution designed for industrial-grade reliability across large deployments—built to help customer win and deliver edge AI projects.
Up to
2,070 TFLOPS of AI performance
One-command setup
for rapid deployment
Ruggedized, industrial design
Tested to U.S. MIL-STD-810H standards, including a 5-500Hz 5GRMS test
Low power
consumption
ASUS Expansion Module (AEM) for flexible modular I/O expansion
Advanced thermal design
Ignition control
GMSL connectivity
OOB remote management
Sensor synchronization
Industrial-Grade Rugged Design with Enhanced Thermal Reliability
Tested in accordance with U.S. Military MIL-STD-810H standards, including a 5–500 Hz, 5 GRMS vibration test.
Advanced Thermal Design
Guaranteed GPU operation without throttling under extreme conditions, delivering consistent performance at the specified operating temperature
Validated Reliability
Built for rugged IPC deployments, passing U.S. MIL-STD-810H testing and 5–500 Hz 5GRMS vibration testing
Flexible Modular I/O Expansion
-
20+ Configurable I/O Combinations
Mix and match expansion modules (e.g., LAN, USB, PoE PSE, GMSL) to build application-specific IPC systems and adapt I/O as requirements evolve. -
One Base Platform, Multiple Deployments
Use one base unit across multiple projects to reduce SKU variety, simplify inventory and spare parts, and lower overall hardware cost—all within a compact, industrial-grade embedded design that fits easily into cabinets or any space-limited installation. -
In-Vehicle Computing Ready
Automotive-ready IPC features integrated GNSS, intelligent ignition power control for ACC/IGN sensing and controlled boot/shutdown, plus GMSL connectivity for reliable multi-camera vision integration.
One-Command Setup for Fast Implementation
-
Flexible Cross-Platform Flashing
Deploy effortlessly on Ubuntu or Windows (via VM/WSL) with a single command;reduce setup time by up to 60% with an automated process. -
Automated Sensor Configuration
System automatically retains and applies sensor configurations on every reboot, eliminating manual re-enabling. -
Guaranteed Stability
Reliability is ensured via automatic hardware and OS version checks during installation.
Comprehensive Technical Support
-
Mechanical files
-
Block diagrams
-
Developer guides
-
API/SDK document
-
Demo tutorials
Reliable Remote Management
-
Powerful Out-of-Band (OOB) Control
System integrates an iBMC-based Out-of-Band (OOB) management design, enabling remote system recovery, power cycling, power scheduling, OTA updates, device provisioning, script deployment, and centralized fleet management. -
Reliable Remote Updates:
OTA firmware updates (FOTA) keep edge devices secure and consistent without on-site visits, using staged rollouts and version control to maintain a stable baseline across sites.
-
Remote Automation at Scale
Use remote commands and script deployment to automate configuration, diagnostics, and remediation for distributed edge device fleets via OOB access—reducing manual effort and downtime at scale. -
Centralized Fleet Operations
Streamline multi-site fleet management with centralized visibility and control, accelerated by device provisioning for rapid onboarding and policy-based setup and optimized with power scheduling for scheduled reboots to improve long-term stability and availability.
Product for your solution
PE3000N
Rugged compact fan-based edge AI supercomputer built on NVIDIA Jetson T5000 ™ – up to 2070 TFLOPS, versatile I/O & OOB, ignition control, 10G LAN, GNSS, with PTP. Plus 100 GbE and up to 6 x LAN / 16 x GMSL by flexible expansion stack
Read More
PE1103N
Rugged fanless edge AI computer built on NVIDIA Jetson Orin NX™/ Orin Nano™ – up to 157 TOPs, rich I/O & OOB, flexible AEM expansion module, wide voltage/temperature, ignition control, 8 x GMSL, GNSS, with PTP
Read More
PE1102N
Rugged compact fanless edge AI computer built on NVIDIA Jetson Orin™/Nano™ – up to 157 TOPs, versatile I/O & OOB, flexible AEM expansion module, wide voltage/temperature, ignition control, 4 x GMSL, GNSS, with PTP
Read More
PE1100N V2
Rugged compact edge AI computer built on NVIDIA Jetson Orin NX™/ Orin Nano™ – up to 157 TOPS, versatile I/O & OOB, Support Super Mode, optional fan, and up to 4 x LAN by flexible AEM expansion module
Read MoreApplications
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
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
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
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
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
ASUS and NVIDIA
Edge AI Acceleration Powered by Partnership
ASUS IoT now offers an advanced and comprehensive edge AI systems portfolio, accelerated by NVIDIA Jetson platform, spanning from the high-performance NVIDIA Jetson AGX Orin and Jetson Thor, mainstream NVIDIA Jetson Orin NX, to the entry-level NVIDIA Jetson Orin NX. Together, we deliver smarter, faster, and more reliable solutions designed for every edge environment.
Resources
FAQ
-
Q1. What is NVIDIA Jetson and what can it be used for?
NVIDIA Jetson is an edge AI computing platform that integrates GPU acceleration, AI frameworks, and developer tools for real-time inferencing at the edge. It supports AI workloads such as computer vision, sensor fusion, and autonomous navigation, enabling rapid deployment in robotics and industrial automation. -
Q2. Why should I choose ASUS IoT for my edge AI applications?
With over 30 years of expertise in motherboard and graphics card design, ASUS and ASUS IoT deliver industry-leading performance and reliability in industrial PC solutions. We also provide robust customer service and a global supply chain. Additionally, ASUS IoT brings deep vertical experience in smart manufacturing, retail, healthcare, and smart-city applications, offering tailored solutions and technical support to meet diverse customer needs. -
Q3. What is the power consumption of each Jetson module?
- NVIDIA Jetson Orin Nano: 7–25W
- NVIDIA Jetson Orin NX: 10–40W
- NVIDIA Jetson AGX Orin: 15–60W
-
Q4. What industries and applications are best suited for ASUS IoT edge AI computers built on NVIDIA Jetson?
ASUS IoT edge AI computers could be widely used in smart transportation, smart logistics, public safety, and smart agriculture for surveillance, robotics, AMR, etc. They are optimized for AI inference at the edge — supporting multi-camera input, AI model deployment, and real-time decision-making in mission-critical environments. -
Q5. How are ASUS IoT edge AI computers optimized for off-road vehicles and AMR applications?
ASUS IoT edge AI computers feature ruggedized enclosures, wide-voltage/temperature operation, built-in ignition control, and vibration-resistant design. We support sensor fusion (LiDAR, GNSS, IMU, and multi-camera synchronization), enabling reliable GNSS navigation and perception in harsh environments. -
Q6. What does NVIDIA JetPack include, and why is it essential?
NVIDIA JetPack provides the essential software stack for Jetson platforms — including NVIDIA CUDA®, cuDNN, TensorRT™, and VPI. It ensures full compatibility with NVIDIA’s AI frameworks, allowing developers to train, deploy, and optimize AI models efficiently. ASUS IoT edge AI computers always come pre-installed with the latest NVIDIA JetPack for easy development and long-term stability. -
Q7. What is the warranty and lifecycle support for ASUS IoT edge AI computers?
ASUS IoT edge AI computers offer a standard lifecycle of seven years. Extensions on the lifecycle are also possible upon request. For Jetson SoM, the lifecycle is 5-10 years.
-
Get Engaged with us
Contact us -
Learn More About ASUS IoT
Visit Website
