This course teaches learners how to use Verilog for FPGAs by building a two-bit adder using EDA Playground. The learning outcomes include understanding Verilog basics, creating test benches, simulating circuits, inferring logic, handling carry operations, and concluding projects. The course focuses on practical skills such as coding in Verilog, simulating circuits, and understanding FPGA logic. The teaching method involves hands-on practice using EDA Playground. This course is intended for individuals interested in learning Verilog for FPGA programming, with a focus on practical application and project-based learning.
Learning Verilog for FPGAs - The Tools and Building an Adder
Overview
Syllabus
Introduction
Test Bench
Initial Block
Simulation Results
More Complex Circuits
Inference
Carry
Conclusion
Taught by
HACKADAY
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Reviews
4.7 rating, based on 3 Class Central reviews
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Learning Verilog for FPGAs: The Tools and Building an Adder" appears to be a well-structured course that balances theoretical knowledge with practical application. It is an excellent starting point for anyone looking to dive into the world of FPGAs and digital design. By the end of the course, students should be able to understand basic Verilog syntax, simulate their designs, and implement a simple digital circuit on an FPGA. Despite potential challenges, the hands-on experience and foundational skills gained make this course valuable for aspiring digital designers.This classes are very helpfull to me learnig verilog for FPGAs.these classes are really good.
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Anagha RakeshThe class was really informative.i learned about how to program in verilog .Thanks for providing this opportunity.I am glad to utilise the information gained in my career -
It was good example for beginner who wants to learn verilog coding from start.The method of teaching is very good and accent of trainer is very nice and easy to understand.
