Breakthrough in China’s Semiconductor Chip Technology! Huawei’s New Budget Phone: 14nm Kirin Chip

Breakthrough in China’s Semiconductor Chip Technology! Huawei’s New Budget Phone: 14nm Kirin Chip 1 Milestone for Domestic Chips Huawei Enjoy 80 officially debuts, equipped with the 14nm Kirin 710A processor! The launch of this budget phone is not just a smartphone release, but a **”key node for the self-controllable development of China’s semiconductor industry”**. The … Read more

Introduction to Measurement/Detection Equipment: Another Entry Point for Domestic Semiconductor Equipment

1. What is Measurement/Detection Equipment? What is the Market Landscape? Firstly, measurement/detection is divided into front-end detection and back-end detection. With the advancement of integrated circuit process nodes, the number of manufacturing process steps continues to increase, leading to a rise in the number of critical defects generated during the process. Therefore, the yield rate … Read more

Semiconductor Chip Packaging Testing Process

Source: Azheng Chip Perspective Disclaimer:The above content is sourced from the internet, and the copyright belongs to the original author. If there are any copyright issues, please inform us, and we will handle it promptly! Help you reorganize yourknowledge structure VIP Member Premium Resources Production processes in various industries that use clean rooms Clean room … Read more

Essential Tools for Efficient Embedded Development: A Comprehensive Overview

Embedded development refers to development under embedded operating systems, commonly used systems include μcos, VxWorks, Linux, Android, etc. Of course, the essential tools for embedded or microcontroller engineers are C, C++, or assembly language. So, what good tools can help make work more efficient? According to microcontroller engineer Osprey, I first learned Qt, and to … Read more

What Are the Advantages of RTOS in Embedded Development?

Potential Issues in Embedded Development 1 Concurrency Issues The efficiency of concurrent program execution is low when writing bare-metal software. Inevitably, there will be a massive while(1) loop in the main program, which contains almost all the business logic of the project. Since each business logic contains delay functions that cause loop waiting, this leads … Read more

Essential Learning for Embedded Development | Common Techniques for State Machines

Source:Embedded MiscellanyState machines are ubiquitous in embedded software. You might think, what’s so difficult about state machines? Aren’t they just switches? Switch is just the most basic point, and there are many more operations related to state machines that you may not have seen. Below, I will share several implementation methods. 1. Basic Terminology of … Read more

Essential Technical Knowledge and Career Directions in Embedded Development

Today, I will continue to discuss the technical skills required for embedded development.Embedded development requires “hardware-software collaboration,” which means that one must not only be proficient in software programming but also in hardware development. Even if one does not study hardware, they should be able to handle the Linux system aspects (files, networks, and various … Read more

Chickbot: An Affordable DIY Programmable Robot Encouraging Hands-On Learning for Children

Robot toys are always fascinating as they encompass a wealth of scientific knowledge. Driven by curiosity, children not only find them engaging but are also more interested in exploring their mysteries. However, the high prices of robots on the market are not affordable for all families. So, is there a cost-effective yet quality solution? Chickbot … Read more

ABB Group President and CEO, Morten Wierod: China is a Leader, Not a Copier in AI and Robotics

This past weekend, Beijing hosted the world’s first humanoid robot half-marathon. As people eagerly watched, one couldn’t help but ask, is there really a distinction between humanoid and non-humanoid robots? Has China’s robotics industry developed to the point of running marathons? What is the relationship between robots and artificial intelligence? When will robots enter households? … Read more

AI and Robots Collaborate to Create 41 New Materials in 17 Days

Original Author: Mark Peplow Google DeepMind’s tools have predicted nearly 400,000 stable substances, while another automated system is learning to synthesize them in the laboratory. A-Lab uses AI-guided robots to mix and heat ingredients to synthesize new materials. Image credit: Marilyn Sargent/Berkeley Lab An automated system that combines robots and artificial intelligence (AI) to create … Read more