Understanding 3D Printing: A Comprehensive Guide

Understanding 3D Printing: A Comprehensive Guide

Source: EETOP. 3D printing can turn 3D modeling files from a computer into physical objects, with a printing process that requires no intervention and precision that far exceeds manual production. It sounds and feels quite cool. Although it has been popular for a long time, it remains mysterious to the general public. Considering that many … Read more

Understanding 3D Printers: Types, Features, and Uses

Understanding 3D Printers: Types, Features, and Uses

In today’s rapidly advancing technology, 3D printers have begun to appear across various industries due to their powerful functionality and wide applicability, providing great convenience for our lives or manufacturing. You are likely to see 3D printers in makerspaces, design studios, and even in school classrooms. One day, your child might come home asking for … Read more

Digital Design Knowledge Sharing: 3D Printing

Digital Design Knowledge Sharing: 3D Printing

27 th September Rhinoceros How to Print Models with 3D Printing? Course Outline 01 Model Considerations 02 Other Considerations 03 How to Operate Rhinoceros 01 Model Considerations Industries traditionally involved in 3D design, such as animation and architecture, often neglect the physical world while modeling, focusing solely on the appearance of the 3D model. Most … Read more

Understanding the Roles of Modem, ISP, DSP, and NPU in SoC

Understanding the Roles of Modem, ISP, DSP, and NPU in SoC

Click above to follow us In the Android system ecosystem, the performance of a simple processor (CPU + GPU) does not solely determine the final user experience. It also involves optimizations at the network, system, and application levels (such as various games and network acceleration engines), multi-core scheduling capabilities, and security design. Next, let’s explore … Read more

Detailed Explanation of Three Programming Methods: ICP, IAP, and ISP

Detailed Explanation of Three Programming Methods: ICP, IAP, and ISP

Those who play with microcontrollers must have heard of IAP, ICP, and ISP. Today, I will help everyone “consolidate” the relevant knowledge. ● ICP (In Circuit Programming) ● ISP (In System Programming) ● IAP (In Application Programming) 1. ICP (In Circuit Programming) Those who have used Nuvoton microcontrollers must know that Nuvoton provides a set … Read more

Three Programming Methods for Microcontrollers: ISP, IAP, ICP

Three Programming Methods for Microcontrollers: ISP, IAP, ICP

IAP Let’s start with the most relevant topic mentioned above, IAP (In Application Programming). As the name suggests, it means that user code can erase and program the flash memory area. Different MCUs have different flash memory addresses; for example, the flash memory starting address for LPC1778 is 0x0, while for STM32 it is usually … Read more

3 Ways to Program Microcontrollers (ISP, ICP, IAP)

3 Ways to Program Microcontrollers (ISP, ICP, IAP)

A microcontroller is a type of programmable controller that, after setting up the hardware circuit, can use programs to implement many very complex logical functions. Compared to pure hardware circuits, it simplifies the design of hardware peripherals, facilitates logical design, and enriches logical outputs. Different manufacturers of microcontrollers require different programming IDEs to achieve programming. … Read more

Compact and Elegant Microcontroller: Ai8H2K12U

Compact and Elegant Microcontroller: Ai8H2K12U

1. Introduction Recently, I received the AI8H2K12U microcontroller sent by STC company. According to its datasheet, this microcontroller has built-in USB to serial port firmware, and it does not require USB driver installation. Furthermore, it can be paired with an external power control circuit and can work with STC’s ISP software to form the programming … Read more

Introduction to Image Signal Processing (ISP)

Introduction to Image Signal Processing (ISP)

ISP Image Signal Processing 1. Introduction to ISP Image Signal Processing 2. What is the Purpose of ISP? 3. ISP Processing Flow and Algorithms 3.1 Geometric Distortion of Lenses 3.2 Lens Vignetting 3.3 Exposure Control: Underexposure 3.4 Optical Black Clamping 3.5 Image Compression 4. Internal Composition of ISP 5. IC ISP Architecture 5.1 NuCORE Sip1270 … Read more

Understanding In-Vehicle Cameras: The Eyes of Autonomous Driving

Understanding In-Vehicle Cameras: The Eyes of Autonomous Driving

In-Vehicle Cameras: The Eyes of Autonomous Driving In-vehicle cameras are known as the “eyes of autonomous driving” and are the core sensing devices in ADAS systems and the field of automotive autonomous driving. They mainly collect image information through lenses and image sensors, achieving 360° visual perception and compensating for radar’s shortcomings in object recognition, … Read more