Current location:
Article list
Edge Computing Boards

Event Cameras vs. Frame Cameras: What Really Changes in Low-Latency Edge Vision

2026-09-20
Event cameras report brightness changes instead of complete image frames, but that does not automatically make every system faster, smaller or more efficient. This guide explains the real latency path

Edge AI tracking needs a confidence and recovery design

2026-08-24
Edge AI tracking is often described as a model-selection problem: choose a detector, add a tracker, and send the result to the operator. In a real UAV or industrial vision system, the difficult par...

RK3576 Four-Camera Edge AI Board for Robot Obstacle Avoidance and Autonomous Navigation

2026-08-13
The JAIDB-3576-4C combines four synchronized MIPI camera inputs, inertial data and RK3576 edge AI processing in a compact platform designed for AMRs, AGVs, inspection robots and autonomous ground syst

From Camera to Edge - How to Plan a Testable Wireless Vision System

2024-12-10
Plan an industrial wireless vision system by defining the imaging task, data path, RF link, edge workload, interfaces, power, thermals and validation method.

Thermal Design for Continuous Edge Inference and Video Encoding

2024-11-26
Design and validate cooling for continuous edge inference, multi-camera processing and video encoding by measuring the final workload and enclosure.

Deploying an AI Model on an Embedded NPU - A Practical Checklist

2024-11-12
Move an AI model to an embedded NPU by validating operators, conversion, quantization, preprocessing, accuracy, latency, memory and production versions.

How to Estimate Memory and Network Bandwidth for Multi-Camera Edge AI

2024-10-29
Estimate camera input, memory, codec, AI, storage and network bandwidth for a multi-camera edge computing platform before integration.

A Validation Checklist for Four-Camera Edge Computing Platforms

2024-10-15
Validate synchronized multi-camera capture, processing, AI inference, codecs, storage, networking, power and thermals on an edge computing platform.