文章和博客

Image of Automotive Ethernet: The Backbone of Modern In-Vehicle Communication Automotive Ethernet: The Backbone of Modern In-Vehicle Communication

As vehicles become more autonomous and data-centric, the need for a high-speed, scalable, and reliable in-vehicle communication backbone is greater than ever.

Image of Lean into mmWave Applications with Power Amplifier Components 依托功率放大器组件进军 mmWave(毫米波)应用领域 发布日期:2026-02-26

了解 ADI mmWave 功率放大器如何简化商用 5G 和高要求军事应用的设计。

Image of Webinar – Why Cybersecurity Belongs in Safety Conversations 网络研讨会 - 为什么网络安全应纳入安全议题

曾经孤立运行的安全组件现在可以通过网络进行通信,但这种互联互通能力既带来了巨大的价值,也造成了安全风险。

Image of Webinar – Accelerating IoT Connectivity with Digi XBee® for Wi-Sun® 网络研讨会 - 借助用于 Wi‑SUN® 的 Digi XBee® 模块加速物联网连接实现

探索如何为大规模物联网应用构建、部署和管理 Wi-SUN® 网状网络,深入了解 Wi-SUN 成为领先标准的原因。

Image of Simplify the Design of Secure Line-Powered Smart Devices with Low-Power Multiprotocol Wireless SoCs 利用低功耗多协议无线 SoC 简化安全线路供电式智能设备的设计 发布日期:2026-02-04

了解多协议无线 SoC 如何简化 LED 照明、智能插头和开关等下一代线路供电式智能设备的设计。

Image of Qorvo’s high-performance RF amplifier powers the next generation of wireless applications Qorvo’s high-performance RF amplifier powers the next generation of wireless applications eMagazine Articles

Qorvo’s QPA9442 wideband, high-linearity driver amplifier operates across a 0.6 to 5.0 GHz frequency range with optimized tuning and integrated protection.

Image of Ultra-low-power and high performance:  Nordic’s nRF54L15 redefines wireless IoT design Ultra-low-power and high performance: Nordic’s nRF54L15 redefines wireless IoT design eMagazine Articles

The nRF54L15 is Nordic Semiconductor’s transition to a 22nm process node, moving from the established nRF52 Series architecture.

Image of Amphenol RF AUTOMATE Mini-FAKRA: small footprint interconnects for automotive systems Amphenol RF AUTOMATE Mini-FAKRA: small footprint interconnects for automotive systems eMagazine Articles

The Amphenol RF AUTOMATE Mini-FAKRA Series meets this constraint with connectors that are significantly smaller than standard FAKRA.

Image of The first car radio – Motorola’s Sound in Motion The first car radio – Motorola’s Sound in Motion eMagazine Articles

From the first marketed car radio to the first lunar lander, Motorola, like Bell Laboratories, became an industrial research laboratory.

Image of Edge Processing Paves the Way for Faster, More Accurate Millimeter Wave Scanning 边缘处理为更快、更精确的毫米波扫描铺平了道路 发布日期:2025-12-29

毫米波扫描集成芯片组采用高效的信号链和边缘处理技术,让步行通过式安检成为可能。

Image of Use Contactless Power and Data Transmission for Wear-Free and Low-Maintenance Industrial Solutions 利用非接触式电源和数据传输实现无磨损、低维护的工业解决方案 发布日期:2025-12-22

探索无线耦合器如何在工业应用中取代传统连接器和滑环。

Image of Smart Knife Display - YouTube Makers Secret Santa 2025 Smart Knife Display - YouTube Makers Secret Santa 2025

Explore a DIY smart display project combining NeoPixel LEDs, ESP32 WiFi, WLED software, and 3D printed mounting systems easily at home today.

Image of Accelerate Advanced IoT Deployment with Multiprotocol Wireless MCU Modules 利用多协议无线 MCU 模块加速先进物联网的部署 发布日期:2025-12-12

了解多射频无线 MCU 模块如何加速先进的多协议物联网设备的设计、认证和部署。

Image of Accelerate MCU and MPU Projects Using a Flexible Development Platform 利用灵活的开发平台加速 MCU 和 MPU 项目 发布日期:2025-12-11

了解模块化开发平台如何帮助设计人员解决处理器选择难题并加速 MCU 和 MPU 的原型开发。

Image of How to Simplify Bluetooth Low Energy Connectivity Using Tiny Drop-in Modules 如何利用微型嵌入式模块简化低功耗蓝牙连接 发布日期:2025-12-10

Ezurio 的 BL54L15 模块功能丰富,外形小巧,为实现高性能低功耗蓝牙连接提供了一条清晰的途径。

Image of Webinar – Small Signal Solutions for Defense and Mission-Critical Wireless Systems 网络研讨会 - 国防和任务关键型无线系统的小信号解决方案

了解 Qorvo 的尖端射频元件(低噪声放大器 (LNA)、开关、混频器和滤波器)如何改变您的设计流程。

Image of How Does Multi-Protocol Remote I/O Simplify Machine Control and Support OEE 多协议远程 I/O 如何简化机器控制并支持 OEE? 发布日期:2025-11-06

探索用 22 mm 操纵设备(Eaton M22 系列现场可配置功能按钮)的模块化方法应对工业挑战。

Image of Growing Season: The Supply Chain Path Behind Smart Soil Solutions 生长季节:智能化土壤解决方案背后的供应链之路 发布日期:2025-11-04

支持精准农业和可持续农业实践所需的农业技术解决方案需要许多零部件和元器件来监测和收集数据。

Image of EDR Compliance for UNECE R169 with iWave Telematics Solutions 通过 iWave 车载信息服务解决方案实现 UNECE R169 EDR 合规

随着商用车的联网和自动化程度越来越高,记录、存储和分析驾驶数据的能力比以往任何时候都更加重要。

Image of Compact Multiband Patch Antenna Simplifies Design of RF Front-End for GNSS Receivers 紧凑型多频带贴片天线简化了 GNSS 接收机的射频前端设计 发布日期:2025-10-23

为了处理多个卫星星座频带,全球卫星导航系统 (GNSS) 接收机采用了多频带天线,以实现更高的精度和可靠性。