[Tsinghua Tongchuang Domestic FPGA Tutorial] [Chapter 3] Button Detection Experiment

Statement of originality: This original tutorial was created by Xinyi Electronic Technology (Shanghai) Co., Ltd. (ALINX), and the copyright belongs to the company. If you need to reprint, you must authorize and indicate the source (http://www.alinx.com)。 Applicable board models: PGL22G/PGL12G 1. Introduction to Documentation Through the button detection experiment, check whether the button function of […]

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[Tsinghua Tongchuang Domestic FPGA Tutorial] [Chapter 6] PDS button debounce experiment

Statement of originality: This original tutorial was created by Xinyi Electronic Technology (Shanghai) Co., Ltd. (ALINX), and the copyright belongs to the company. If you need to reprint, you must authorize and indicate the source (http://www.alinx.com)。 Applicable board models: PGL22G/PGL12G 1. Introduction to Documentation This article mainly explains the principle of button debounce and program […]

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What are the big opportunities for the next revival of EDA?

The EDA industry has gradually solved the problems that have arisen in the design of electronic systems, but will there be disruptions? Academia certainly sees this as a possibility, but not everyone sees it happening for the same reasons. Academics questioned the future of EDA at the recent Design AutomaTIon Conference. They believe that a […]

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How to Debug Clock Domain Crossing Issues in Your Design

The analysis in this blog post is based on a real problem from a customer who found that hardware functionality was failing even when timing was met. It turned out that the problem was related to Clock Domain Crossing, so this blog post explains how to debug clock domain crossing issues in your design. Problem […]

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Analysis of the future of EDA technology

Moore's Law has not failed, and the EDA industry has been challenged to remain profitable. Remaining profitable requires a shift in focus from silicon structure design to system generation. gist ● Advances in processing technology are challenging traditional ASIC design methods. • Clustering using application processing units will shift the development burden to the software. […]

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Gowin synthesis, a logic synthesis tool independently developed by Gaoyun semiconductor, supports VHDL hardware description language

On March 31, 2020, Guangzhou, China, the world’s fastest growing programmable logic company, Guangdong Gaoyun Semiconductor Technology Co., Ltd. (hereinafter referred to as “Gaoyun semiconductor”) announced today that Gowin synthesis, a logic synthesis tool independently developed by Gaoyun semiconductor, supports VHDL (very high speed integrated circuit hardware description language). VHDL language was born in 1982. […]

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