Affordable Mini PC with Intel Core i7-12650H for Home Use

The mini PC is gradually becoming the mainstream choice for computer users, capable of handling both office work and entertainment, while its small size and low power consumption are absolute advantages that traditional desktop computers cannot surpass. The rise of mini PCs also indicates a shift in consumer preferences, as they occupy our desktops with strong momentum, especially with the influx of high-performance mobile chips in recent years, which has given this category a significant boost. For example, the newly

Sipeed M1s Dock: A Game Changer for ESP32-S3

Today, I would like to introduce you to a powerful development board from Sipeed called the M1s Dock. You will understand why I say it’s so impressive when you look at its specifications and price.

Let’s first look at the onboard SoC

BL808

Sipeed M1s Dock: A Game Changer for ESP32-S3

The BL808 chip includes three Alibaba T-head RISC-V processors, named M0, D0, and LP. D0 RV64GCV

Alibaba T-head C906 64-bit RISC-V @ 480MHz

M0 RV32GCP

Alibaba T-head E907 32-bit RISC-V @ 320MHz

LP RV32EMC

Alibaba T-head

Building an OpenWrt Router System with Docker

Building an OpenWrt Router System with Docker

Introduction of the Author

Author: Dean

Position: Operations Development Engineer

Website: https://deanit.cn

Blog: https://blog.deanit.cn

Expertise:

[Virtualization, Containerization, Automated Operations, CICD, Monitoring, Logging, Middleware, Dual Machine Hot Backup, Distributed Storage, Database, Authentication, Networking Tunnel, Kali Security Penetration, Network Attacks, Load Balancing, HTML, CSS, JS, jQuery, Vue3, Shell, Python, Go, Frontend and Backend Frameworks]

Preface

OpenWrt provides router functionalities, allowing it to manage traffic from switches that cannot install software. Additionally, changing the gateway to OpenWrt when connecting to Wi-Fi on a

Quick Object Recognition in Motion Using Raspberry Pi and Camera

To not miss my updates, remember to check the public account in the upper right corner and set it as a star, take down the star and send it to me.

Quick Object Recognition in Motion Using Raspberry Pi and Camera
Quick Object Recognition in Motion Using Raspberry Pi and Camera

Recognition -> Tracking -> Distance Measurement -> 3D Display, real-time tracking of QR codes can be achieved using Raspberry Pi and a camera:

Quick Object Recognition in Motion					</div>
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							<div class= 2025-01-04

How to Write Microcontroller Drivers Similar to C Using C#

Introduction

.NET nanoFramework Installation Guide

Materials Needed

ESP32 microcontroller (supports WiFi and Bluetooth), Android data cable (must support data transfer)

How to Write Microcontroller Drivers Similar to C Using C#

Note! Please install the ESP32 driver first (https://124.222.27.83/docs/docs/nanoframework/nanoInstall#注意请先安装esp32驱动程序)

ESP32 driver link (http://nanoframework.oss-cn-shenzhen.aliyuncs.com/MH-ET ESP32开发板资料.zip)

Installing .NET nanoFramework Firmware

Installation Tools

dotnet tool install -g nanoff

Flashing Firmware

nanoff --platform esp32 --serialport COM3 --update

Then prepare VS Code and VS 2022, this article will use VS 2022 for the tutorial.

Once ready, connect the ESP32 device to the computer (using Android

DIY Bluetooth Mechanical Keyboard Based on STM32

【小睿精选】

【小睿精选】第七弹来啦,本期共收录 6条 嵌入式资讯信息,希望可以帮到你。欢迎大家在文末留言,唠一唠你关注的话题,说不定下期就有你想要的惊喜!

资讯类

1、瑞萨推出RZ/V系列微处理器搭载图像处理AI加速器,可实现低功耗和实时AI处理

瑞萨近日宣布推出RZ/V系列微处理器(MPU),搭载了瑞萨独有的图像处理AI加速器——DRP-AI(DRP:动态可配置处理器)。该系列首款产品RZ/V2M可在嵌入式设备中以业界领先低能耗实现实时AI推理。

资讯主页:

https://www2.renesas.cn/cn/zh/about/press-center/news/2020/news20200609.html

在诸如工业与基础设施监控摄像头、零售业用扫码枪和POS终端设备的智能摄像头等应用中,对具有实时、基于AI的人像和物体识别功能的需求正在迅速增长。然而,AI处理带来的高功耗和发热给产品和设备的开发人员带来了新挑战。RZ/V2M利用DRP-AI的卓越能耗比,实现低至4W(典型值)的功耗,因而无需配置散热器和冷却风扇,大大简化了散热处理措施,使得RZ/V2M可用于小巧型设备,有助于实现设备尺寸小型化,从而扩展AI在嵌入式设备中的应用范围。

低功耗RZ/V2M的关键特性如下:

DIY Bluetooth Mechanical Keyboard Based on STM32
 1- 具有双Arm® Cortex®-A53内核的CPU,工作频率为1GHz
 2- DRP-AI图像优化AI加速器(1 TOPS/W级别)
 3- ISP支持4K/30 FPS
 4- 具备多种功能的图像处理引擎,包括面部识别
 5- H.265/H.264编/解码器
 6- 支持CMOS传感器接口(SLVS-EC和MIPI-CSI),可同时支持两路摄像头信号输入
 7- 支持高速接口(USB3.1、PCI-Express和千兆以太网)
 8- 支持显示接口(MIPI-DSI和HDMI)
 9- 功耗低至4W(典型值)
10- 15mm×15mm,FCBGA封装

2、兼顾信息安全与功能安全,赛普拉斯发布Semper Secure解决方案

近日,刚刚与英飞凌完成并购的赛普拉斯推出了Semper™ Secure 解决方案,以满足日益增长的系统安全性需求。作为首款能够在单个 NOR 闪存设备中兼顾信息安全和功能安全的存储解决方案,它将为智能网联汽车、工业应用及通信系统提供所需的信息安全、功能安全和可靠性。

方案主页: https://china.cypress.com/event/semper-secure-nor-flash-memories

DIY Bluetooth Mechanical Keyboard Based on STM32

方案亮点:

 1.世界上最领先的安全 NOR 闪存
   - 唯一能够通过硬件信任根实现端到端保护的闪存解决方案
   - 满足严苛需求,保护关键系统信息,并且支持灵活架构
 2.首款兼顾信息安全和功能安全的 NOR 闪存
   - 在功能安全性极高的 Semper 产品系列基础上新增了信息安全子系统
   - 符合 ISO 26262 标准的 ASIL-B 等级,并可用于 ASIL-D 等级
					

Jetson Nano Baseboard Update: Made with KiCad

This project includes a baseboard supporting NVIDIA Jetson Nano, Xavier NX, and TX2 NX SoM, and all hardware design files are open-sourced. It was created by Antmicro, a custom hardware, software, and AI engineering company, and a partner in the NVIDIA Jetson ecosystem.

Jetson Nano Baseboard Update: Made with KiCad
Overview

The circuit board connects to MIPI CSI-2 video devices via standard Flexible Flat Cable (FFC) connectors. In a 2-channel configuration, it supports up to 4 sensors; in a 4-channel

Exploring Lesser-Known CPUs in Smartphones

  Compared to the past when Texas Instruments (TI), Nvidia, and Intel were still in the mobile processor market, the current landscape is dominated by a few major chip manufacturers. When we think of mainstream smartphone processors today, names like Snapdragon 820, Exynos 8890, and Apple A9 come to mind first. Upon further reflection, we might also recall Helio X25/X20, Kirin 955/950, and Snapdragon 652/650, but for most consumers, that’s about it. Industry insiders might also know about Helio P10, Kirin

Is the Thousand-Yuan Mini PC Worth It? Tips to Avoid Pitfalls

I wonder how everyone feels about the current mini host. Many users can't accept new things and always think that a computer should look like a computer. Even though laptops have developed for so many years, they still don't believe that laptops can match the performance of desktops. In fact, it's not their fault. In the past, laptops indeed couldn't match desktops in performance. Desktops have larger bodies, and at that time, the CPU performance of desktops was far superior

Understanding MIPI DSI from LCD Display Drivers

Overview

RM68120 is a single-chip TFT LCD display driver produced by Raydium Semiconductor. With over 1M of GRAM memory, it can support a display resolution of 480x864. The input interfaces include DPI, DBI, and DSI. Therefore, starting with MIPI DSI provides a different perspective on the problem, leading to different understandings:

DSI/DPI/DBI
The architecture diagram shows that the left row is the DBI or DPI interface, with the DSI interface at the bottom left. This chip encompasses all aspects related to MIPI DSI:

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