Modern Autonomous Robots Bring Sensing, Computing, and Movement Together
Autonomous robots integrate sensor fusion, SLAM, FPGAs, and motor control across sensing, computing, and movement layers for industrial automation systems.
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Programmable Logic
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Altera Agilex 3 FPGA Stepper Motor Control for CNC Retrofits
Learn how an Altera Agilex 3 FPGA and an Arduino UNO R4 Wi-Fi enable SPI-based stepper motor control to retrofit legacy CNC machines with multi-axis control.
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Time-Sensitive Networking Delivers Deterministic Industrial Ethernet
Discover how TSN brings deterministic, low‑latency performance to industrial Ethernet, enabling reliable real‑time control, IIoT connectivity, and synchronized communication in modern smart factories.
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Single Pair Ethernet for Industrial Automation in Smart Factories
Single Pair Ethernet (SPE) brings deterministic, cybersecure industrial networking to smart factories. Learn how 10BASE T1S, MAC+PHY devices, and SPE solutions simplify IIoT connectivity.
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Implementing Quadrature Encoders with Configurable Logic
Using the PIC16F13145 MCU’s configurable logic block, engineers can efficiently decode quadrature encoder signals, reducing power, BOM cost, and CPU workload.
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Coding for Automation: Programming a PLC
The history of programmable logic controllers is a blend of the Industrial and Information Revolutions, transforming manufacturing from manual reconfiguration to automation.
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Unlock Smart Products：Programmable Logic Controller
Explore the crucial role of Programmable Logic Controllers (PLCs) in industrial automation. Learn how they enhance efficiency by minimizing errors and reducing machine downtime. Discover Mouser’s PLC
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Transforming IoT with the Arduino Opta MicroPLC
Dive deep into the world of IoT solutions with Arduino experts as they unravel the potential of the Arduino Opta
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Scale Up Automation with the new Arduino Opta microPLC
Arduino Opta microPLC allows engineers to scale up automation projects while taking advantage of the open and widely known Arduino hardware and software ecosystem.
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Adaptable High Dynamic Range Streaming
(Source: AMD Xilinx) High Dynamic Range (HDR) and Why It Is So Attractive We've all come to expect high-quality when viewing video streams for work or play. The delivery of media using IP...
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Implementing AI in FPGAs
(Source: putilov_denis - stock.adobe.com) Field Programmable Gate Arrays (FPGAs) are well known for accelerating artificial intelligence / machine learning applications, but how is this...
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Today’s FPGAs are Taming the Data Deluge Problem
How Today’s FPGAs are Taming the Data Deluge Problem From Gen5 to AI, NOCs to RF at the Edge
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FPGAs: What Are They Good For?
(Source: mehaniq41 - stock.adobe.com) Programmable logic has become widely adopted across a range of applications since its introduction in the mid-1980s. Modern programmable logic devices have...
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Why Manufacturing 4.0 Will Succeed
In Manufacturing 4.0, Big Data, cloud computing, and augmented reality tend to monopolize the spotlight; however, there are some less-glamorized technologies that deserve recognition as well.
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Intro to the Microchip FPGA and SoC-Based RISC-V Ecosystem
An Introduction to the Microchip Technology FPGA and SoC-Based RISC-V Ecosystem (Source: Microchip Technology) Introduction RISC-V is a reduced ISA (instruction set architecture) designed for...
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The Exponential Rise of Programmable Logic Devices
50 years since the first commercial programmable logic device's inception, today's kit is enabling engineers to push the envelope of technology across multiple sectors.
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Edge Computing and the Internet of Things
Edge computing enables IoT systems to not only reduce the amount of data they need to process but also be more judicious in what data is transmitted t
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Introducing an MCU Guy to FPGA: Part 4
Recently, I was given a project that required transition from MCU to FPGA development. In this four-part blog series, I examine how I translated my ex
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Using Logic to Understand Programmable Logic Devices
Like human minds, computing devices require logic to process information. Programmable logic devices (PLDs) follow a specific set of instructions to c
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Introducing an MCU Guy to FPGA: Part 3
Recently I was given a project that required me to transition from MCU to FPGA development. In this four-part blog series, I examine how I translated
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