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The Vecow TGS-2000 Series is an ultra-compact, stackable embedded system designed for demanding edge applications like Medical Imaging, Smart City, and Intelligent Factory. It is powered by the high-performance 16-core Intel® Core™ Ultra Series 3 processor with an advanced CPU+GPU+NPU hybrid architecture, delivering up to 100 TOPS of compute power for next-generation Edge AI. Key features include an innovative stackable design for flexible expansion (Optional AI accelerator, USB,... Read more

WildFaces’ WildAI delivers advanced computer vision for object detection and tracking when cameras are in motion, overcoming a key limitation of traditional fixed-sensor video analytics. The solution accurately tracks people and vehicles from PTZ cameras, drones, and mobile robots, even in dense, dynamic environments. This enables real-time traffic flow analysis, crowd management, security monitoring, and improved operational safety in manufacturing and logistics. WildAI is... Read more

ARCeye is an on-device anomaly and defect detection solution designed for real-world manufacturing environments where quality, speed, and cost efficiency are critical. Built for deployment on Intel® Core Ultra processors, ARCeye delivers real-time visual inspection directly at the edge, eliminating the need for cloud connectivity or discrete GPUs. Using Anomalib, the system learns normal production patterns from unlabeled images, enabling rapid deployment even when defect data is... Read more

ARCsafe is an AI-powered worker safety platform that turns industrial cameras into real-time safety intelligence. Built for manufacturing, it detects unsafe behaviors—hazard zone entry, missing PPE, poor posture, fatigue, and distraction—to prevent incidents before they occur. Running at the edge, ARCsafe delivers instant alerts with low latency while preserving privacy and reducing manual supervision. Powered by Intel® Core Ultra processors, ARCsafe runs optimized computer... Read more

The Invendis N350 AI Mini PC is a rugged, ultra-compact edge computing powerhouse built to accelerate AI inference and industrial automation. Powered by Intel® Core™ 3 Processor N350, it delivers impressive performance with turbo speeds of up to 3.9 GHz while maintaining exceptional energy efficiency with just a 7 W TDP. Designed for demanding edge environments, the system integrates Intel® UHD Graphics operating up to 1.35 GHz, enabling smooth graphics processing and... Read more

The Invendis N350 AI Mini PC is a rugged, ultra-compact edge computing powerhouse built to accelerate AI inference and industrial automation. Powered by Intel® Core™ 3 Processor N350, it delivers impressive performance with turbo speeds of up to 3.9 GHz while maintaining exceptional energy efficiency with just a 7 W TDP.

Learn about the rich set of platform enhancements made to the next generation Intel® Xeon® processor, driving improvements in performance, energy efficiency and return on investment (ROI). We then discuss how the Reference Architecture enables multiple deployment options, how it can be simply and automatically provisioned by using Ansible scripts and how it is supported by Experience Kits, a set of collaterals, demos and trainings that provide best practice development and... Read more

The expansion of Edge AI creates a critical thermal challenge: high-performance components generate massive heat that overwhelms traditional fans and pumps, leading to system failure from dust and mechanical wear. The ABOX-5221 solves this with patented ThermoSiphon™ technology, a pump-less, self-circulating liquid cooling loop that requires zero energy.

The Vecow ECX-3000 PEG is a workstation-grade Edge AI platform optimized for the most demanding machine vision and robotics challenges. Powered by the latest Intel® Core™ 200S Series processors with up to 65W TDP, it delivers a massive leap in multi-core productivity and energy efficiency.

The AIR-355 addresses the inefficiency of "always-heavy" edge computing by implementing a Hybrid AI Architecture that optimizes power allocation. Traditional systems waste energy by running high-power GPUs for routine monitoring; the AIR-355 solves this by assigning 90% of continuous tasks to the efficient Intel® Core™ Ultra Series 3 processors, only waking the scalable MXM GPU for complex "burst" inference or GenAI tasks. This tiered strategy significantly lowers Total Cost of... Read more