• You can log in to your eeworld account to continue watching:
  • Lesson 12 Dual-port RAM used in embedded block RAM
  • Login
  • Duration:44 minutes and 57 seconds
  • Date:2016/03/25
  • Uploader:phantom7
Introduction
  Here, Brother Xiaomei will share with you our carefully recorded and edited series of FPGA learning tutorials - "Brother Xiaomei's FPGA Design Ideas and Verification Methods Video Tutorial". The tutorial fully considers the actual situation of 0-level friends and guides learners step by step in analyzing ideas, writing code, simulation verification, and board-level debugging. Teach grammar, learn simulation, step by step, until finally designing several more comprehensive logic systems.


  The tutorial uses our self-developed Xinxianhang FPGA learning board as the experimental platform. Through several basic and comprehensive system design explanations, we can master the ideas and methods of FPGA design and verification step by step.

Unfold ↓

You Might Like

Recommended Posts

Fujitsu relay topic is coming, answer the questions on WeChat and win a fabulous gift!
[size=4][font=微软雅黑]Fujitsu relay topic is coming soon. Answer questions on WeChat and win gifts! :pleased: Learn about relays, their application scenarios, get to know Fujitsu relays, answer questions
EEWORLD社区 Integrated technical exchanges
ce5 "Fatal Application Error"
Here's what happened: The original program was debugged and run on a ce4.2. Now I have a development board with the manufacturer's BSP. I added an input method to it and want to move the program to it
0745531219 Embedded System
Can you please tell me how to port MicroPython to my own chip?
I saw that the moderator had ported it to F103. Is it possible to port it to non-STM series chips? Does the chip that needs to be ported have any requirements for architecture, ROM, etc.?Is there any
极限零 MicroPython Open Source section
Has anyone exported the SDK for WINCE6.0? Why is the SDK I exported only 6M? I selected ATL in OS DESIGN. After the SDK was installed, there is no ATL. Why? Thank you
Has anyone exported the SDK for WINCE6.0? Why is the SDK I exported only 6M? I selected ATL in OS DESIGN. After the SDK was installed, there is no ATL. Why? Thank you
yuanyxy WindowsCE
Simple automatic resistance tester
1 System Solution This system is mainly composed of analog acquisition module, operation control module, key display module and power supply module. The selection of these modules is demonstrated belo
newrudeman Electronics Design Contest
Participate in the HELPER2416 development board student aid program-----(2) Bare metal development--startup method analysis
[i=s]This post was last edited by cf0609 on 2014-7-31 02:11[/i] [align=left]S3c2416[font=宋体]boot mode[/font][/align][align=left][font=宋体]From the manual, we can learn that[/font]s3c2416[font=宋体] suppo
cf0609 Embedded System

推荐文章

Ubitium 推出颠覆式通用处理器,整合CPU、GPU、DSP还有FPGA! 2024年12月27日
近日,由半导体行业资深人士创立的硬件初创公司 Ubitium 取得了重大突破,成功开发出一款具有革命性的通用 RISC-V 处理器,有望重塑芯片技术格局。 在过去的五十多年里,半导体行业一直依赖 IBM 于 1967 年推出的 Tomasulo 算法来构建针对特定计算任务的专用 CPU、GPU 和其他芯片。然而,Ubitium 打破了这一传统模式,将所有计算工作负载整合到...
“万能芯片”FPGA,将在汽车市场迎来“爆发”? 2024年12月19日
被称为“万能芯片”的FPGA(现场可编程阵列芯片),因低延时、高度灵活、可扩展等特点,在汽车市场迎来巨大的增量空间。 近期,莱迪思(NASDAQ:LSCC)亚太地区应用工程高级总监谢征帆在接受盖世汽车等媒体采访时表示,由于灵活性和可编程性,从现在到今后的4到6年,FPGA的增长速度会高于整个半导体市场,且从长期来看,FPGA应用潜力最大的市场是汽车市场。 图片来源:...
​ 加强低功耗FPGA的领先地位 2024年12月16日
在快速发展的技术领域,从以云端为中心到以网络边缘为中心的创新转变正在重塑数据的处理和利用方式。 这种转变的驱动力来自于对网络边缘人工智能、传感器与云端互连以及弹性安全日益增长的需求 FPGA凭借其无与伦比的灵活性和性能引领着这一变革。从数据中心到网络边缘设备,这些多功能器件正被集成到广泛的应用中,实现更高效、更强大的计算解决方案。FPGA提供的加速处理能力和适应性,再加上...
Microchip发布适用于医疗成像和智能机器人的PolarFire® FPGA和SoC解决方案协议栈 2024年12月13日
这批针对特定应用的集成式硬件和软件技术协议栈旨在降低进入门槛,加快产品上市 随着物联网、工业自动化和智能机器人技术的兴起,以及医疗成像解决方案向智能边缘的普及,这类在功率与散热方面受限的应用设计正变得前所未有地复杂。 为了解决加速产品开发周期和简化复杂的开发流程的关键挑战,Microchip Technology Inc.(微芯科技公司)发布了用于智能机器人和医疗成像...

Recommended Content

可能感兴趣器件

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews


Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京B2-20211791 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号