Why FPGA Efficiency Is Lower Than ASIC?

Why FPGA Efficiency Is Lower Than ASIC?

FPGA is a “reconfigurable logic” device. Chips are manufactured first, then “reconfigured” during redesign. ASICs do not require “reconfiguration”. You design it first, hand it over to the foundry, and then manufacture the chip. Now let’s take a look at the structure of these chips and how they differ. ● Logic Units: The Basic Module … Read more

Four Reasons To Learn FPGA

Four Reasons To Learn FPGA

Why learn FPGA? Is it due to its broad prospects? Attractive salaries? Avoiding midlife crises? Strong national policy support? Or contributing to the country’s technological development? Everyone has different reasons for choosing to learn FPGA, but they often revolve around these aspects. According to a survey by Chengdian Guoxin for students learning FPGA, the reasons … Read more

Understanding FPGA Chips: The Universal Chip

Understanding FPGA Chips: The Universal Chip

What is an FPGA Chip Integrated circuit chips include two main categories: digital chips and analog chips. Digital chips can be further divided into memory chips and logic chips. The logic chips we are familiar with generally include general-purpose processor chips such as CPUs, GPUs, DSPs, as well as Application-Specific Integrated Circuits (ASICs). FPGA (Field … Read more

LCM Display Type Analysis

LCM Display Type Analysis

Introduction: The LCD module is a component that integrates the liquid crystal display device, connectors, integrated circuits, PCB circuit boards, backlight sources, and structural components together. The English name is “LCD Module”, abbreviated as “LCM”, and it is generally referred to in Chinese as “液晶显示模块”. LCM Display Type The LCD module is a component that … Read more

From 1 to 100: The Support Needed for China’s Chips

From 1 to 100: The Support Needed for China's Chips

By Zhang Cheng Editor: Jiang Miao The night is dark as ink, and the rain pours heavily, covering the car windows, making the road conditions difficult to discern. The driver, unable to see the road, turns the wipers to the highest setting and looks at the car’s display screen. With the help of laser radar, … Read more

Identification and Testing of Common Electronic Components

Identification and Testing of Common Electronic Components

Click the blue text to follow us In electronic engineering and maintenance, the identification and testing of electronic components are crucial steps to ensure the proper functioning of circuits and troubleshoot issues. Each component has its unique characteristics and functions; understanding their identification and testing methods helps engineers and technicians complete their tasks efficiently. 1. … Read more

Low Power Design Techniques: Power Switching Cell

Low Power Design Techniques: Power Switching Cell

Recently, some fans have been asking about knowledge related to Power Gating, such as Switching Cell, Isolation Cell, and Level Shifter. Here I specifically write some articles to discuss these topics. As 2019 is about to end, how has everyone been this year? Have you achieved your little wishes? Low Power Design Techniques– Power/Ground Gating– … Read more

Power Management ICs (PMIC): The Heartbeat of Electronic Devices

Power Management ICs (PMIC): The Heartbeat of Electronic Devices

In the digital age, every electronic device relies on the heartbeat of power management integrated circuits (PMIC). They are the heart of the power supply for electronic devices, responsible for managing and controlling the power system to ensure stable operation and efficient energy management. Join us as we delve into the latest research and market … Read more

Laser Fault Injection Microsystem for IC Chip Testing

Laser Fault Injection Microsystem for IC Chip Testing

Integrated circuits in aerospace applications are affected by the space radiation environment, facing the risk of failure. One of the main faults occurs when a single high-energy particle passes through sensitive nodes in the chip, generating ionized charge, leading to data flips, functional failures, current surges, or even destruction of the chip. The fault injection … Read more

Why Are Chips So Difficult to Manufacture?

Why Are Chips So Difficult to Manufacture?

In the digital age, our lives are inseparable from chips. Our computers, phones, and even the cars we travel in are equipped with numerous chips. If even one chip fails to work properly, it can affect our lives; from a malfunctioning phone to a car losing control… While enjoying the convenience of chips, have we … Read more