ADLINK Technology, a global provider of leading edge computing solutions, has already developed many edge AI platforms based on the full spectrum of NVIDIA® Jetson modules including NVIDIA® Jetson Nano™, NVIDIA® Jetson™ TX2 and NVIDIA® Jetson AGX Xavier™. With the high-mix low-volume demands of edge AI applications, ADLINK leverages its deep industry experience in embedded systems and edge applications. With our long-term success in designing embedded modules, carrier boards, and systems, ADLINK can quickly develop edge AI platforms based on NVIDIA Jetson modules catered to individual project needs, enabling customers to rapidly harness the power of AI at the edge.
ADLINK PRODUCTS
DLAP-211-JNX Jetson Xavier NX Edge Inference Platform
The DLAP-211 Edge AI Platforms with integrated NVIDIA Jetson Nano/AGX NX accelerates deep learning workloads for object detection, recognition, and classification suitable for industrial embedded applications such as medical image processing, logistics automation, autonomous vehicles, smart retail, and AI NVR.
DLAP-301-JNX AI-enabled Embedded NVR Powered by NVIDIA Jetson Xavier NX
Industrial grade DLAP-301- JNX is an 8-channel PoE Edge AI Inference platform optimized for accurate and fast image processing, computer vision, deep learning inference at the Edge.
DLAP-401-Xavier Edge AI Platform Powered by NVIDIA Jetson AGX Xavier
The ADLINK DLAP-401-Xavier Edge AI Platform integrates an NVIDIA Jetson AGX Xavier SOM in a compact, fanless and durable package, designed to empower industry-leading smart automation across a wide range of applications. The DLAP-401-Xavier features intelligent, flexible, and robust computing power to automate intralogistics workflows in industrial and commercial environments alike.
EOS-JNX-I Jetson Xavier NX Edge AI Vision Inference System
ADLINK’s EOS-JNX series of NVIDIA Jetson-based Edge AI vision systems include integrated Nvidia Jetson Xavier NX, 4-channel PoE and digital I/O in a fanless chassis with verified thermal stability.
ROScube Pico NPN -2 NVIDIA Jetson Xavier SOM-based platform for rapid development of ROS and AI applications
The ROScube Pico Series is an integrated development board powered by an NVIDIA® Jetson Xavier™ NX and Nano system-on- module (SOM) platform designed for rapid development and deployment of ROS and AI applications. NPN-2 is a ROScube Pico with NVIDIA NX SODIMM module.
ROScube Pico NPN-2B NVIDIA Jetson Xavier SOM-based platform for rapid development of ROS and AI applications
The ROScube Pico Series is an integrated development board powered by an NVIDIA® Jetson Xavier™ NX and Nano system-on- module (SOM) platform designed for rapid development and deployment of ROS and AI applications. NPN-2B is a ROScube Pico with NVIDIA NX SODIMM module, IP40 BOX version.
DLAP-201-JT2 NVIDIA Jetson TX2 Edge Inference Platform
Deploying AI at the edge can be a complex undertaking. ADLINK’s deep learning acceleration platforms (DLAP) offer scalable, power-efficient AI inference with support for the full lineup of NVIDIA Jetson family.
Why ADLINK’s ROS 2 Robotics Solutions
ADLINK robotics solutions allow users to develop complex robotic applications with minimal investment outlay, whereby they enjoy the benefits of various AI engines, development environments, flexible hardware systems, and evolving Data Distribution Service
Simplified System Integration
Rich tool/module portfolios and ROS / ROS 2 compatible environment make it easy to integrate application requirements across multiple hardware, software package, and service types.
Reduced Total Cost of Ownership (TCO)
End-to-end expenditure, from purchase to disposal, including expected costs of service, repair, and warranty can be decreased significantly.
Enhanced Communications
System-wide communications connect multiple devices via DDS
Neuron SDK: ADLINK’s Powerful ROS 2 Development Kit
The ADLINK Neuron SDK, delivering powerful development capabilities, is fully compatible with both ROS and ROS 2, featuring an optimized environment providing full access to hundreds of open source robotic algorithms, achieving rapid development for faster time-to-market.
