Arduino vs. Raspberry Pi What’s the Difference? Arduino vs. Raspberry Pi What’s the Difference?

Understand the distinction between microcontrollers and single-board computers and explore their respective applications in DIY projects.

How-to: Use Grep on Unix Systems to Search Like a Pro How-to: Use Grep on Unix Systems to Search Like a Pro

Explore the versatility of Unix grep commands for searching and processing textual data. Learn how to use wildcards and regular expressions effectively.

Raspberry Pi update - What are the different commands and what they do Raspberry Pi Update - What Are the Different Commands and What They Do?

What's the difference between apt update and upgrade? What about dist-upgrade and full-upgrade? Decode the complexities of Raspberry Pi updates.

Redesign Long-haul Trucking Logistic - Autonomous Driving L3 from Motorway to City

7STARLAKE’s CPT330B provides multi connections (up to 12 unit of sensors, such as 4x 3D LiDAR, 6 x cameras, and 2x mmWave Radars) to make sensor fusion realize in fleet management.

Small Form Factor Rugged solution
Image of Khadas' Mind, the 450g High-Performance Portable Workstation Mind,450g 高性能便携式工作站 发布日期:2024-03-27

Khadas Mind 是一款超紧凑、轻便、可随身携带的高性能计算机,开创了模块化计算机组装时代。

Tactical XEON-D GPU Workstation

Achieving C5ISR with HPC ability: faster and more efficient data acquisition, processing, analytics, communication, cybersecurity.

Rugged Virtualization Super Computer

AV800-D27 & THOR11-D27, in a scenario where virtual machine is integrated with C4ISR system, the 20-core processor allows the CPU resources be reallocated to 1 or more virtual machines.

AV600 and SR700 SFF AI Edge GPU Computer (COMe T6T7)

Under the architecture of COMe Type 6,Type 7 and PCIe/ 104, 7StarLake develop AV600 and SR700 series designed to meet military-spec such as MIL-STD 810/ 461.

AV1000 Self-Contained Rugged Liquid Cooled GPU Server

Reasons to adopt rugged liquid cooling. The era of HPC thermal solution to dissipate the generated heat to avoid CPU, GPU throttling.

嵌入式系统的外设器件选择 嵌入式系统的外设器件选择 发布日期:2024-03-25

嵌入式系统除了最重要的为处理器选择之外,配合的相关外设器件也是嵌入式系统的重要组成部分,包括内存、时钟(振荡器)、定时器、通信接口、输入/输出、模拟数字转换等器件,都可视系统的实际需求来进行选择。本文将为您介绍上述外设器件的类型与选择的考虑要素。

嵌入式系统的微处理器选择 嵌入式系统的微处理器选择 发布日期:2024-03-22

任何一个电子系统都需要一个微处理器(MPU)内核,当然也有些系统会选择微控制器(MCU),或是数字信号处理器(DSP)、现场可编程逻辑门阵列(FPGA),甚至是单片机(SBC)来负责系统的计算与控制工作,以下将为您进行微处理器等相关产品的概要介绍。

嵌入式系统的开发与实时操作系统的选择 嵌入式系统的开发与实时操作系统的选择 发布日期:2024-03-21

在展开任何新产品的开发时,工程师会先开始思考系统的原型制作、功能改进和生产设计等阶段,为了帮助设计师完成此设计过程,便有一系列可供实验、开发和生产使用的电路板来协助工程师进行开发工作。本文将为您介绍优质实用的评估板、开发板与实时操作系统的特性与选择的考虑要素。

Image of SolidRun's CEx7 CN9132 Evaluation Board CEx7 CN9132 评估板 发布日期:2024-03-19

SolidRun 的 CN9132 计算机模块 (COM) 基于 COM Express Type 7 外形尺寸,旨在提供灵活、可扩展且强大的网络。

Image of EDATEC CM4 Industrial CM4 Industrial 发布日期:2024-03-12

This presentation will introduce EDATEC's CM4 Industrial embedded computer which provides a variety of industrial communication interfaces and functions enhanced from Raspberry Pi 4 for industrial applications.

Duration: 10 minutes