This role is ideal for students or freshers eager to explore Embedded Systems, Robotics, and AI/ML in a practical environment.

The hardware was assembled by connecting the Arduino UNO R4 WiFi, the PZEM 004T, the current transformer, and the OLED ...

Learn how to build a powerful AI agent using OpenClaw on Raspberry Pi to automate real-world tasks like controlling apps, ...

Rolling back those sands of time.

Farnell EMEA welcomed engineers from across the global electronics industry at Embedded World 2026, delivering a programme of ...

I’m already loving this device, and I haven’t even touched one. Arduino announced it has collaborated with M5Stack to develop the new compact and powerful Nesso N1 IoT development kit. This system ...

从古老的指南针到现代的智能手机，磁力计 (magnetometer)一直默默地影响着我们感知与导航世界的方式。现在，让我们一同探索这些磁场探测设备背后的基本原理。 磁场无所不在，却无法被肉眼直接看见。磁力计能将这些隐藏的力量转换为可测量的信号，从导航系统到消费电子产品，皆依赖它们来工作。接下来，让我们深入探讨，使一颗简单传感器能够把无形力量转化为可用数据的核心原理。

Scrutiny Debugger webinar on probe-free debugging, datalogging, automation, and HIL testing for embedded systems.

Explore the advanced tracking and espionage technology embedded in modern credit cards. Learn how this hidden tech works and what it means for your data.