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RK3566 Yocto Development: Creating a Production-Ready Embedded Linux System

RK3566 is a practical ARM-based processor platform for embedded products that need a stable Linux system, display output, touch input, network connectivity, local storage, USB expansion, audio support, and hardware control interfaces. It is often used in industrial HMI panels, smart terminals, access control devices, medical equipment interfaces, lightweight gateways, retail kiosks, and custom s..

카테고리 없음 2026.05.03

Using Buildroot on Rockchip PX30: A Practical Guide for Embedded Linux Products

Rockchip PX30 is a compact ARM-based SoC widely used in embedded products such as smart control panels, industrial HMI devices, IoT terminals, access control systems, factory test equipment, and lightweight Linux display products. For many of these applications, a full desktop Linux distribution is unnecessary. The product usually needs fast boot, stable services, simple graphics, hardware contr..

카테고리 없음 2026.05.02

OLED vs. LCD in Embedded Devices: Which Display Technology Should You Choose?

In embedded systems design, selecting the right display affects not only the visual output but also the product’s power budget, environmental tolerance, long-term reliability, and total cost. For HMI panels, IoT devices, medical terminals, and industrial controllers, the two display families most often considered are LCD (Liquid Crystal Display) and OLED (Organic Light-Emitting Diode). This gui..

카테고리 없음 2025.12.11

Android SBC vs Linux SBC: Key Differences and When Each Makes Sense

Single-board computers have become the foundation for a wide range of embedded products, from compact industrial controllers to smart displays and information terminals. Although there are many processor options on the market, most designs today end up using one of two major software platforms: an Android-based SBC or a Linux-based SBC. Both sit on top of the Linux kernel, yet the way they opera..

카테고리 없음 2025.12.03

Understanding Touchscreen Cover Lenses: Materials, Functions, and Design Factors

Touch-enabled devices such as industrial HMIs, smart home panels, medical instruments, and consumer electronics all rely on a component that users physically interact with: the cover lens. Although the display panel and touch sensor often receive more technical attention, the cover lens is equally important because it determines durability, optical clarity, and overall user experience.What Is a ..

카테고리 없음 2025.12.02