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8Jul-25

How FPGA Modules Drive Smart Industrial Automation

Industrial automation is a key driver of modern manufacturing, significantly improving efficiency, quality, and safety by integrating advanced control systems and information technology. In the era of Industry 4.0, automation systems must handle massive data, perform complex computations, and ensure low latency and high reliability. Technologies like FPGAs are becoming essential solutions due to their unique advantages. This article explores the applications of FPGA modules in industrial automation, highlights their technical benefits and typical use cases, and introduces how Smartgiant’s FPGA...

Posted By silinjieCategory: BlogComments: 0

2Jul-25

High-Frame-Rate Global Shutter Cameras in Sports

In the fast-paced, ever-changing world of modern sports, capturing every subtle movement is not just a luxury—it’s a necessity. Whether it’s analyzing an athlete’s biomechanics, validating photo-finish results, or tracking a 200 km/h tennis serve, traditional cameras often fall short. Blurring, distortion, and missed critical moments frequently hinder attempts to record fast, unpredictable motion. But with high-speed cameras featuring global shutter technology and powerful AI processing—like Smartgiant’s Horus AI High Speed Global Shutter Camera—the game is changing for real-time sports...

27Jun-25

FPGA for High-Speed Data Acquisition in Smart Factories

1. Data Challenges in the Era of Industry 4.0 As intelligent manufacturing accelerates the transition from automation to smart systems, modern factories are experiencing an explosion of data due to the widespread deployment of sensors. This data spans both structured types (e.g., temperature, humidity, pressure) and unstructured formats (e.g., images, video, audio), posing significant challenges for acquisition and real-time processing: High demands for real-time performance: In high-speed production lines, precision manufacturing, and motion control scenarios, critical data must be captured and processed...

Posted By silinjieCategory: BlogTags: ARM+FPGA heterogeneous architecture, FPGA, industrial AI, industrial data acquisition, real-time data processing, smart manufacturingComments: 0

18Jun-25

4K Global Shutter Camera vs. Raspberry Pi Global Shutter Camera

1. Global Shutter Technology: The Cornerstone of High-Speed Imaging In machine vision and high-speed imaging, the choice of shutter technology fundamentally determines the accuracy and reliability of image capture. Global shutter and rolling shutter offer different approaches to handling dynamic scenes. Rolling shutter captures images line by line, which often leads to distortion—commonly known as the “jelly effect”—when photographing fast-moving objects. In contrast, global shutter captures the entire frame simultaneously, effectively freezing motion and eliminating blur and deformation. This makes global...

Posted By silinjieCategory: BlogTags: 4K Global Shutter Camera, Global Shutter Technology, Hi3519AV100 SoC, Intelligent Transportation Systems (ITS), License Plate Recognition, Raspberry Pi Global Shutter Camera, Smart Traffic CameraComments: 0