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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

12Jun-25

Challenges of Implementing FPGA-Based DAQ Systems

In today’s tech landscape, data is the foundation of innovation. Efficient and accurate data acquisition is critical for scientific research, industrial automation, medical diagnostics, and more — and that’s where Data Acquisition (DAQ) systems come into play. Among various DAQ technologies, systems based on Field-Programmable Gate Arrays (FPGAs) have garnered significant attention for their exceptional performance and flexibility. An FPGA is like a chip that can be “reshaped” to meet specific requirements. It enables high-speed, parallel processing of large volumes of...

Posted By silinjieCategory: BlogTags: FPGA DAQ challenges, FPGA DAQ solutions, FPGA data acquisition system, FPGA-based DAQ, FPGA-based high-speed data acquisition systems, High-performance data acquisitionComments: 0

4Jun-25

How Do DAQ Systems Transmit Data to Computers?

In today’s technology-driven world, data is everywhere. From precision testing in R&D labs to quality control on production lines and field-deployed monitoring systems, we rely on converting signals from the physical world into digital data that can be analyzed and processed by computers. Data acquisition (DAQ) systems play a crucial role in this process. Acting as a bridge between the physical and digital realms, DAQ systems measure physical phenomena—such as temperature, pressure, voltage, or sound—and convert them into digital signals...

Posted By silinjieCategory: BlogTags: DAQ Data Transmission, DAQ Systems, DAQ to Computer Interface, USB DAQComments: 0

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PLC Measurement & Control System Upgrade and Replacement System

Smart Data Acquisition (sDAQ)

Measurement and Control Board

3.75 GHz RF Acquisition and Playback Module

FPGA for High-Speed Data Acquisition in Smart Factories

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

Challenges of Implementing FPGA-Based DAQ Systems

How Do DAQ Systems Transmit Data to Computers?