Timing analysis is a critical factor in 65 nm and smaller process geometries. You should know how to easily set timing constraints, generate timing reports that improve timing analysis performance, and how to improve FPGA timing performance. In this technical seminar, you will learn how to solve these challenges by understanding the basics of timing analysis and SDC-based timing analysis methods. You'll also learn about other timing analysis resources.
Total of 1 lessons21 minutes and 19 seconds
Introduction to Xilinx training resources
Total of 1 lessons4 minutes and 19 seconds
RX Jitter Margin Analysis Demonstration for Xilinx 7 Series Serial Transceivers
Total of 1 lessons3 minutes and 46 seconds
Total of 91 lessons1 days and 21 hours and 42 minutes and 28 seconds
![[On-point Atom] FPGA video tutorial (ATK-DFPGL22G development board tutorial)](http://11.eewimg.cn/training/files/course/2022/11-21/104355bdae1d474079.png?50)
This series of videos is a step-by-step introduction to the DFPGL22G development board. It is suitable for the majority of student users and electronic engineers to get started and improve FPGA development. The DFPGL22G development board is the first board based on domestic FPGA chips launched by Zhengdian Atom. The main control chip uses PGL22G from Unisoc’s Logos series. It is a very cost-effective chip among Unisoc’s FPGA chips.
Total of 21 lessons8 hours and 47 minutes and 48 seconds
I believe that after watching this video, you will have a better understanding of FPGA prototype verification.
Total of 1 lessons3 minutes and 25 seconds
At present, with the emergence of high-performance FPGA, FPGA is almost omnipotent in the design of digital systems and is widely used in various fields of digital products. FPGA technology has the characteristics of low development cost and fast time to market. As long as the corresponding development software is installed and a set of simple development boards are available, innovative designs can be carried out. This provides innovative individuals and small companies with a chance to survive.
Total of 14 lessons7 hours and 33 minutes and 56 seconds
Mingdeyang FPGA dialing video tutorial
Total of 130 lessons21 hours and 12 minutes and 51 seconds
Miz702 zynq video for super man, explaining cross-compilation environment, uboot compilation, kernel configuration and compilation, etc.
Total of 7 lessons2 hours and 30 minutes and 9 seconds
As computing loads shift to edge devices, Microchip's FPGA products consume 30-50% less total power than similar medium-density FPGAs, with static power consumption reduced by 5-10 times, making them a series of emerging computing-intensive edge devices. (including those deployed in thermally and power-constrained environments). Microchip's FPGA intelligent embedded vision solutions cover the entire ecosystem of video, imaging and machine learning IP and tools, helping to quickly develop high-performance products commonly required in markets such as industrial, healthcare, broadcast, automotive, aerospace and security. , various designs with low power consumption and compact packaging.
Total of 1 lessons45 minutes and 8 seconds
As computing loads shift to edge devices, Microchip's FPGA products consume 30-50% less total power than similar medium-density FPGAs, with static power consumption reduced by 5-10 times, making them a series of emerging computing-intensive edge devices. (including those deployed in thermally and power-constrained environments). Microchip's FPGA intelligent embedded vision solutions cover the entire ecosystem of video, imaging and machine learning IP and tools, helping to quickly develop high-performance products commonly required in markets such as industrial, healthcare, broadcast, automotive, aerospace and security. , various designs with low power consumption and compact packaging.
Total of 1 lessons45 minutes and 8 seconds
The basics and design methods of Verilog hardware description language are explained in detail, and then the frequency divider, which is widely used in digital circuits, is used as an example to show how to use hardware description language to complete FPGA design. He also introduced FPGA application industries and scenarios, and learned about FPGA technology application fields through cases.
Total of 6 lessons1 hours and 24 minutes and 15 seconds
Introduces the basic concepts and development methodology of Intel HLS.
Total of 2 lessons39 minutes and 21 seconds
Introduces the basic concepts of heterogeneous computing, the basic development methods of OpenCL and the implementation of artificial intelligence applications.
Total of 6 lessons1 hours and 46 minutes and 30 seconds
Explain the complete SOPC development process and understand the basic concepts of SOPC and IP core knowledge
Total of 5 lessons1 hours and 5 minutes and 31 seconds
This lecture will introduce how to use Intel's tools to implement deep learning derivation and task acceleration on FPGA. We will also discuss deep learning task derivation and toolkits - providing a unified interface when deploying derivation tasks for different Intel product architectures, different frameworks, and different network architectures. And how the deep learning architecture FPGA kit combines the function calls of the deployment toolkit with the FPGA device.
Total of 1 lessons25 minutes and 25 seconds
FPGA Simple Design Principles and Applications-Chapter 1
Total of 3 lessons1 hours and 59 minutes and 18 seconds
Based on Verilog, we explain FPGA in detail from hardware, software and actual combat. Each chapter of the actual combat chapter includes five parts: knowledge introduction, experimental tasks, hardware design, program design, and download verification. Step by step teaching, come and learn about FPGA with Brother Atom
Total of 83 lessons1 days and 18 hours and 53 minutes and 50 seconds
Explain the steps to install vivado and JTAG driver under ubuntu
Total of 2 lessons21 minutes and 1 seconds
This tutorial explains the basics of FPGA, introduction to SOC, DMA and VDMA, Linux, HLS images and PCIE. It is suitable for the following applications: high-speed communication; machine vision, robots; servo systems, motion control; video acquisition, video output, consumer electronics; early stage of project research and development Verification; learning for developers in electronic information engineering, automation, communication engineering and other electronic related majors
Total of 58 lessons1 days and 9 hours and 42 minutes and 59 seconds
The goal of the course is to enable students to master the means, methods and ideas of hardware description language design of digital systems through the study of this course and other related courses, master commonly used EDA development software, and integrate HDL hardware description language programming methods and FPGA development technology and conform to Engineering specifications and system design techniques are organically integrated. At the same time, we can understand the latest developments in the subject, connect theory with practice, and cultivate students' practical ability and comprehensive innovation ability.
Total of 30 lessons20 hours and 45 seconds
Total of 1 lessons56 minutes and 55 seconds
Total of 5 lessons55 minutes and 35 seconds
Total of 6 lessons1 hours and 31 minutes and 7 seconds
Using multiple templates helps us save time. Ming Deyang's template includes counters, state machines, FIFOs and module structures of the minimalist design method, which are the most common parts of RTL code. When using these templates, engineers only need to fill in the blanks in order to quickly design, saving a lot of time.
Total of 2 lessons34 minutes and 48 seconds
Total of 7 lessons1 hours and 33 seconds
Total of 7 lessons1 hours and 38 minutes and 11 seconds
Total of 36 lessons23 hours and 34 minutes and 19 seconds
Total of 29 lessons1 days and 2 hours and 19 minutes and 34 seconds
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
京公网安备 11010802033920号
