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FPGA Design for Embedded Systems - Course Overview

Programmable logic and FPGA design

A Brief History of Programmable Logic

CPLD Architecture

LUTs and FPGA Architecture

LUTs for Logic Design

FPGA Design for Embedded Systems - Designing Adders

FPGA Design for Embedded Systems - Designing Multipliers

FPGA Design Flow

Downloading Quartus Prime

Installing Quartus Prime

Introducing Quartus Prime

Create a design project in Quartus Prime

Create a design in Quartus Prime

Compile a Design

View the RTL

Timing Analysis with Time Quest I

Timing Analysis with Time Quest II

Simulate a design with ModelSim

Many types of FPGAs

Xilinx CPLD Architecture

Xilinx Small FPGAs

Xilinx Large FPGAs

Altera CPLDs and Small FPGAs

Altera Large FPGAs

Microsemi Single chip FPGA solutions

Lattice Single Chip FPGA solutions

FPGA Design Expertise

Advanced Schematic Entry for FPGA Design Drawing and Hierarchy

Improving Productivity with IP Blocks

Improving Timing with Pipelining

FPGA IO Getting In and Getting Out

Pin Assignments Making them Spot On!

Programming the FPGA

Becoming one with Q Qsys System Design

Becoming one with Q Part II Qsys System Design Finishing Touches

Becoming one with Q Part III Qsys System Design Finishing Touches

Description:

Explore the world of FPGA design for embedded systems in this comprehensive 7-hour course. Delve into the history of programmable logic, CPLD architecture, and FPGA architecture. Learn to design adders and multipliers specifically for FPGAs. Master the FPGA design flow using Quartus Prime software, from project creation to compilation, RTL viewing, and timing analysis. Gain hands-on experience with ModelSim for design simulation. Discover various FPGA types from manufacturers like Xilinx, Altera, Microsemi, and Lattice. Develop advanced skills in schematic entry, IP block usage, and pipelining for improved timing. Explore FPGA I/O, pin assignments, and programming techniques. Conclude with an in-depth look at Qsys system design, equipping you with the knowledge to create efficient embedded systems using FPGAs.

FPGA Design for Embedded Systems

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#Engineering #Electrical Engineering #Circuits #FPGA #Embedded Systems #Art & Design #Design & Creativity #Graphic Design #Digital Design #FPGA Design

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