I. Introduction: Temperature is the “number one killer” of industrial-grade products In scenarios such as industrial control and outdoor IoT, equipment often faces harsh environments such as high temperature, high humidity and dust. Thermal design is the key to ensuring ...
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Software and System Development: From U-Boot to Application Deployment
Introduction: Hardware is the skeleton, software is the soul The ECK20-6Y28C core board runs a complete Linux system, and software developers can perform full-stack development from the low-level drivers to the upper-layer applications based on it. This article introduces the ...
Hardware Design Guide: How to Design a Carrier Board around the ECK20-6Y28C
Introduction: Carrier board design is the key to SoM success Although the SoM provides the “brain”, the “body” and the “senses” are determined by the carrier board. A well-designed carrier board is the prerequisite for the SoM to fully function ...
Embedded System on Module (SoM) Development Guide — A Case Study of the EBYTE ECK20-6Y28C Core Board
Introduction: What is an SoM? An Embedded System on Module (SoM), also known as a core board or computer-on-module (CoM), is a modular product that integrates core components such as the processor, memory, storage and power management onto a single ...
Receiver Module PCB Layout and Antenna Design Considerations
Introduction For a good RF module, half of its performance depends on its installation environment. In compact, electromagnetically complex devices like drones, improper PCB layout and antenna design for the receiver module can severely suppress RF performance, leading to drastically ...
What Is an X86 Single Board Computer?
What Is an X86 Single Board Computer? A Single Board Computer (SBC) is a complete computer built on a single circuit board, integrating the CPU, memory, storage, and various I/O interfaces (such as Ethernet, USB, and display ports). An x86 ...
EFR32 SoC Module — Frequently Asked Questions
Based on the user manuals of multiple EFR32 modules, here are common issues encountered during development and their solutions: Q1: Communication range is shorter than expected This is a very common issue, typically caused by: Obstacles and Electromagnetic Environment: Line-of-sight ...
E51-470NW16S — Wi-SUN Long-Range Protocol Flagship
Core Positioning: Based on the EFR32FG25 chip, this is EBYTE’s first module supporting the Wi-SUN (Wireless Smart Utility Network) protocol. Wi-SUN is an open standard protocol designed for smart cities and smart utilities, offering high capacity, high reliability, and long ...
EBYTE LoRa vs. LoRaWAN: Understanding the Difference
When exploring wireless solutions from EBYTE (Chengdu Ebyte Electronic Technology Co., Ltd.), you’ll frequently encounter two key terms: LoRa and LoRaWAN. While they are closely related and often used together, they refer to distinct layers of the technology stack. Understanding ...
How do I resolve issues with the E90-DTU Wireless Data Radio failing to meet communication range specifications?
For industrial IoT (IIoT) and field data acquisition projects, the effective communication range of wireless data transceivers (DTUs) is a core determinant of system reliability. During a recent field environmental monitoring deployment using the EBYTE E90-DTU(433L30), we encountered a critical ...