Siemens Comprehensive + TIA Portal + EPLAN Electrical Drawing Video Recordings are being sold at a low price in a package! Chuangkong Education Siemens Comprehensive Class Course Introduction The basic structure of a microcontroller includes six parts: Central Processing Unit (CPU), memory, timer/counter, input/output interface, interrupt control system, and clock circuit. I. Basic Components Central … Read more
Search WeChat Technical Training The basic structure of a microcontroller includes six parts: Central Processing Unit (CPU), memory, timer/counter, input/output interface, interrupt control system, and clock circuit. 1. Basic Components Central Processing Unit (CPU) It consists of an arithmetic logic unit and a control unit, which are the core of the microcontroller. The arithmetic logic … Read more
A microcontroller (Single-Chip Microcomputer) is an integrated circuit chip that uses ultra-large scale integration technology to integrate a central processing unit (CPU), random access memory (RAM), read-only memory (ROM), multiple I/O ports, an interrupt system, timers/counters, and other functions (which may also include display driver circuits, pulse width modulation circuits, analog multiplexers, A/D converters, etc.) … Read more
Source: Semiconductor Industry Alliance Currently, there are two types of civilizations in the world: one is the carbon-based civilization formed by human society, and the other is the silicon-based civilization composed of various chips—because almost all chips are made from single crystal silicon, the total number of chip systems far exceeds the number of humans … Read more
Source: Content from the public account ZYNQ, thank you! Both CPUs and GPUs belong to the von Neumann architecture, which involves instruction decoding and execution with shared memory. The reason FPGAs are faster than CPUs and GPUs is fundamentally due to their architecture, which lacks instructions and shared memory. In the von Neumann structure, since … Read more
Source: ZTE Document Original Author: ZTE Document In today’s rapidly changing technology landscape, computing power has become a crucial driving force for social progress and industrial upgrading. In this vast ocean of computation, CPU, GPU, ASIC, and FPGA serve as the four core forces, each playing an irreplaceable role. CPU The CPU (Central Processing Unit) … Read more
1. Why Use FPGA? As we all know, the Moore’s Law for general-purpose processors (CPU) has entered its twilight, while the scale of machine learning and web services is growing exponentially. People are using custom hardware to accelerate common computing tasks, but the rapidly changing industry demands that this custom hardware be reprogrammable to perform … Read more
In recent years, the concept of FPGA has become increasingly prevalent. For example, Bitcoin mining has seen the use of FPGA-based mining machines. Additionally, Microsoft previously announced that it would use FPGAs “instead of” CPUs in data centers, among other applications. In fact, FPGA is not unfamiliar to professionals, as it has been widely used … Read more
Word Count: 1800 Content Quality Index: ⭐⭐⭐⭐⭐ Modern CPUs are generally categorized into von Neumann architecture (also known as Princeton architecture) and Harvard architecture. The von Neumann architecture refers to the X86 architecture, while the Harvard architecture refers to the ARM architecture. One is widely used in desktop environments (desktops/laptops/servers/workstations, etc.), while the other dominates … Read more
Unlike independent brands like Intel or AMD, ARM-designed processors may not be known by many users, but few would think that processors designed by ARM exist in over 130 billion different devices. This includes smartphones, gaming consoles, smartwatches, and even in hygrometers, ATMs, and countless other devices. Moreover, in 2020, these ARM-based processors also made … Read more