文章和部落格

Image of Building Quantum-Resilient Embedded Systems with iWave’s Agilex™ 5 System on Module Building Quantum-Resilient Embedded Systems with iWave’s Agilex™ 5 System on Module

iWave Global has partnered with Xiphera to deliver quantum-safe cryptographic capability on iWave’s Agilex™ 5 System on Module (SoM) powered by Altera.

Image of Solder Smarter Using DigiKey Standard Helping Hands Solder Smarter Using DigiKey Standard Helping Hands

Explore DigiKey Helping Hands features including magnetic PCB pillars, flexible arms, LED magnifier, and a heavy steel base for stable soldering.

Image of How Hardware Gets Hacked (Part 2): On-boarding How Hardware Gets Hacked (Part 2): On-boarding

Explore a hardware security workflow using firmware builds, simulation tools, serial commands, and automated tests for microcontroller systems.

Image of How to Overcome Linux Development Hurdles in Resource-Constrained Systems 如何在資源受限系統中克服 Linux 開發障礙 發佈日期：2026-03-12

瞭解 BeagleBoard.org BeagleV-Fire 單板電腦如何在資源受限的系統中因應 Linux 運作時常見的阻礙。

Image of XRP CoreXY Chessboard Reimagined XRP CoreXY Chessboard Reimagined

Discover how the XRP CoreXY chessboard prototype evolved with improved durability, lighting effects, and a compact transportable design.

Image of Simplify AMR and AGV Integration with ROS 2 Components 使用 ROS 2 元件簡化 AMR 和 AGV 的整合 發佈日期：2026-03-10

使用具有原生 ROS 2 驅動程式的馬達控制器、IMU 和 ToF 模組，加速 AMR 和 AGV 的整合。

Image of Getting Started with the Microchip VeryVerilog Kit Getting Started with the Microchip VeryVerilog Kit

Follow the setup and programming process for the VeryVerilog kit, including firmware loading and exploring built-in logic demos.

Image of Use Evaluation Boards to Speed Motor Driver Development and Optimize Results 使用評估板加速馬達驅動器開發並取得最佳成果 發佈日期：2026-03-04

評估板和軟體能讓設計人員在實際負載條件下建立和瞭解先進動作控制積體電路的效能。

Image of Lean into mmWave Applications with Power Amplifier Components 使用功率放大器組件深入毫米波應用 發佈日期：2026-02-26

探索 ADI 的毫米波功率放大器如何簡化商用 5G 和嚴苛的軍事應用設計。

Image of Use a Dual-Path ADC Architecture for Low-Noise Wideband Signal Capture 使用雙路徑 ADC 架構，達到低雜訊廣頻訊號擷取 發佈日期：2026-02-19

瞭解如何使用雙路徑 10 Gsamples/s ADC 架構，從 DC 到 5 GHz 達到準確的低雜訊訊號數位化。

Image of How to Deploy Edge AI on FPGAs with Familiar Tools 如何使用熟悉的工具在 FPGA 部署邊緣 AI 發佈日期：2026-02-17

瞭解 Altera Agilex 5 與 Agilex 3 FPGA 搭載 AI 張量區塊，如何解決邊緣 AI 的難題，以及如何用 FPGA AI Suite 加速開發。

Image of Making Sound Reactive Projects Making Sound Reactive Projects

Learn how to build sound reactive projects using piezos, microphones, and Arduino to trigger LEDs, motors, and effects from audio input.

Image of What Makes the Arduino Uno Mini LE Different? What Makes the Arduino Uno Mini LE Different?

Arduino released the Arduino Uno Mini Limited Edition (LE), which is a smaller and slightly more powerful version that keeps all the power of the original in a new gold-and-black design. Let’s take a deep dive into what makes it special and how it compares to its older brother.

Image of The Best MCU Peripheral You've Never Heard Of The Best MCU Peripheral You've Never Heard Of

Learn how Microchip’s CLB, CLC, and AVR CCL peripherals enable gate-level functions without external hardware.

Image of Simplify the Design of Secure Line-Powered Smart Devices with Low-Power Multiprotocol Wireless SoCs 使用低功率多協定無線 SoC，簡化安全線路供電智慧裝置的設計 發佈日期：2026-02-04

瞭解多協定無線 SoC 如何針對新一代 LED 照明、智慧插頭、開關等線路供電智慧裝置簡化設計。

Image of Webinar – From Board to Build: Using UNO Q and App Lab 網路研討會 – 從板件到建構：UNO Q 和 App Lab 的使用

說明如何有效結合 Arduino UNO Q 與 App Lab，以加速原型開發並降低建構複雜性。

Image of Use Differential Clock Buffers with Ultra-Low Additive Jitter for Precise Timing Architectures 使用超低附加抖動差動時脈緩衝器，提供精準的計時架構 發佈日期：2026-01-27

使用超低附加抖動的差動時脈緩衝器，在多域計時架構中達到精準、低雜訊的時脈分配。

Image of Get Instrument-Class Precision-Analog Characterization with a Turnkey Source and Measurement Platform 運用即用型電源和測量平台，取得儀器級精密類比特性分析 發佈日期：2026-01-21

瞭解波形產生和測量平台如何為新一代音訊轉換器和混合訊號子系統進行精密評估。

Image of Engineering IAQ Monitoring for Modern Buildings with Integrated Advanced Sensors 使用整合式先進感測器為現代建築進行室內空氣品質監測 發佈日期：2026-01-20

隨著對改善室內空氣品質的要求提升，研究人員已開發出多款先進的感測器，可準確測量和監測各種空氣污染物。

Image of Simplify AI with Arduino’s Two “Brains” in One Environment 在單一環境中運用 Arduino 的「雙腦」，簡化人工智慧開發

運用 Arduino UNO Q 的 Linux 相容 MPU、即時 MCU 、統一的 App Lab 工具，簡化 AI 原型設計和開發。