Currently,X86 and ARM architectures are recognized as the two most outstanding architectures in the commercialization process. Previously, we introduced the X86 architecture, and today we will introduce another architecture that has been on fire for nearly a decade, ARM. ARM architecture, formerly known as Advanced RISC Machine (earlier known as: Acorn RISC Machine), is a … Read more
ARM’s design is the foundation of most mobile device processors worldwide. Major mobile chips, including Qualcomm Snapdragon, Apple A series, Huawei Kirin chips, and Samsung Exynos, are all built on ARM technology. Today, let’s follow the steps of Kewa to learn more about ARM! 1. What is ARM? ARM first refers to a company (the … Read more
1. Address Space 1.1 Accessing Registers in ARM How do you access registers in ARM? Just like accessing memory: how to access a register? Use a pointer: int a; unsigned int *p = &a; // p equals "address of a" *p = val; // Writing to this address means writing to a val = *p; … Read more
Source: Chip Theory Abstract: Previous articles have mentioned that there are many classification methods for chips, with varieties as numerous as the stars in the night sky, making it impossible to enumerate them all. This article narrows the focus to high-end general-purpose chips, specifically CPUs. We will find that there are also many types of … Read more
1. Computer Architecture Before understanding computer architecture, let’s first get to know a few key figures who made significant contributions to the invention of computers. 1. Charles Babbage The father of the mechanical computer, a British nobleman, who built the first difference engine single-handedly, achieving a calculation precision of 6 decimal places. Later, he designed … Read more
[Click on the above“blue text” to follow DF Maker Community and become a tech enthusiast together] This week’s project shared with everyone comes from hackaday. From the creation log, this project started at the end of 2018 and has been updated intermittently until a couple of days ago. An interesting project that took a long … Read more
1. What are the advantages and disadvantages of using C language and assembly language in microcontroller development? Answer: Assembly language is a symbolic language that uses mnemonic symbols to represent machine instructions, making it the closest language to machine code. Its main advantages are low resource usage and high program execution efficiency. However, assembly languages … Read more
1. What Are the Advantages and Disadvantages of C Language and Assembly Language in Microcontroller Development? Answer: Assembly language is a symbolic language that uses mnemonic characters to represent machine instructions, making it the closest language to machine code. Its main advantages are low resource usage and high program execution efficiency. However, the assembly language … Read more
1. What are the advantages and disadvantages of C language and assembly language in microcontroller development? Answer: Assembly language is a symbolic language that uses mnemonic symbols to represent machine instructions, making it the closest language to machine code. Its main advantages are low resource usage and high program execution efficiency. However, the assembly language … Read more
Welcome to follow the public account belowAbao1990, this public account focuses on autonomous driving and smart cockpits, providing you with automotive insights every day. We start with cars but go beyond them. #01 ARM Processors Currently, among the controllers responsible for core vehicle control functions, a significant portion of the processors used are based on … Read more