FPGA VHDL Online Course for Beginners

Last time, I recommended several cheap and good Xilinx or Altera FPGA boards for beginners or students. These FPGA boards are not only very affordable for students, but also provides good onboard devices such as LEDs, switches, buttons, 7-segment display, VGA, UART port, etc for beginners to practice many different basic projects.

Today, I present my recommended FPGA course for beginners and students to learn VHDL design on FPGA. The FPGA course has over 3,890 students and 430 good reviews. 

Course Overview

Learn VHDL and FPGA Development is a course that is designed to teach students how to create and successfully simulate their very own VHDL designs. These designs are implemented on a Xilinx BASYS 3 or BASYS 2 FPGA development board so that the students can see the designs running on actual hardware. This course starts from beginning to end in teaching the students how to turn their digital logic design into VHDL designs that can be simulated in ModelSim or ISim and then implemented on an FPGA development board. This course also covers how to use Altera's tools so students are not limited to Xilinx development boards. Upon purchasing this course, students will have lifetime access to the course and all future content that is added to the course. Upon signing up for this course will give students access to the instructor and the ability to ask him questions regarding this course or other FPGA / VHDL questions they may have.

Course Content

This FPGA course contains over 80 lectures and 13 hours of video that will teach students the syntax and structure of VHDL. The student will be able to understand the syntax and use of specific VHDL keywords by taking this course. There are lectures included in each lab to give a background on the digital logic circuit the student will be implementing.

This course contains 7 labs that are designed so that the student will learn how to develop VHDL code. These labs include:

1) Fuller Adder

In this project, students will implement a full adder on their development board. This lab focuses on teaching students the design flow and how to use the Xilinx development tools to implement their designs on an FPGA development board.

2) Shift Register

In this project, students will simulate and test a shift register design. This lab focuses on teaching students how to design and test basic VHDL designs.

3) Universal Shift Register

This lab will build upon the previous lab, which takes the shift register an turns it into a universal shift register.

4) 7 Segment Display

In this lab, students will learn how to interface the FPGA with a 7 segment display, a common component used in electronics.

5) Counter

This lab will teach students how to build a counter in VHDL, which is a very commonly used feature in digital designs.

6) Multiplier

This lab will have students build an unsigned multiplier in VHDL. When working with FPGA’s multiplication can be challenging, this lab demonstrates how to design and build a multiplier without using the on-chip multipliers.

7) RC Servo

In this lab, students will generate a PWM signal that will control an RC servo. The PWM signal will be changed as the students press different push buttons on the FPGA development board.

For each lab, the students will be given a set of VHDL files that they must modify or change to get the project to simulate correctly in ModelSim and so they can implement the design on their FPGA board. These labs are designed to help the students learn VHDL by coding it themselves.

Course Deliverables

Upon completing this course, students will have the skills to understand and read existing VHDL designs and have the skills to simulate these designs. This course will also give students the skills to take their own ideas and implement them in VHDL. Students will understand how the VHDL language works and how FPGA designs are implemented in VHDL. This course will also introduce students to the tools used to design, simulate, and configure FPGA designs.

About the instructor

Jordan Christman graduated from the University of Dayton with his Bachelor's degree in Electronic and Computer Engineering Technology. He also graduated from UD with his Master's degree in Electrical Engineering. He has strong knowledge in FPGA (Field Programmable Gate Array) development, Digital Electronics, Circuit Board design, and VHDL design and modeling of hardware systems. Jordan's focus of study in school was embedded systems which involve circuit design, firmware development, implementation of computer hardware, and the interfacing of computer operating systems. Jordan's hobbies include mobile application development, layout, and assembly of PCB's (Printed Circuit Boards), computer application programming, and anything related to electrical engineering.

If you want to participate in the FPGA course, you can use the coupon code "FPGA4STUDENT" to get the course with 10$ only. The coupon code is given FREE to FPGA4student.com's visitors. LEARN HERE!

Recommended FPGA projects for students:

1. What is FPGA? How does FPGA work?

2. Basys 3 FPGA OV7670 Camera

3. How to load text file or image into FPGA

4. Image processing on FPGA using Verilog

5. License Plate Recognition on FPGA

6. Alarm Clock on FPGA using Verilog

7. Digital Clock on FPGA using VHDL

8. Simple Verilog code for debouncing buttons on FPGA

9. Traffic Light Controller on FPGA

10. Car Parking System on FPGA in Verilog

11. VHDL code for comparator on FPGA

12. Verilog code for Multiplier on FPGA

13. N-bit Ring Counter in VHDL on FPGA

14. Verilog implementation of Microcontroller on FPGA

15. Verilog Carry Look Ahead Multiplier on FPGA

16. VHDL Matrix Multiplication on FPGA Xilinx

17. Fixed Point Matrix Multiplication on FPGA using Verilog

18. Verilog Divider on FPGA

19. VHDL code for Microcontroller on FPGA

20. VHDL code for FIR Filter on FPGA

21. Verilog code for Digital logic components on FPGA

22. Delay Timer Implementation on FPGA using Verilog

23. Single-Cycle MIPS processor on FPGA using Verilog

24. FIFO Verilog Implementation on FPGA

25. FIFO VHDL Implementation on FPGA

26. Verilog D Flip Flop on FPGA

27. Comparator Design on FPGA using Verilog

28. D Flip Flop on FPGA using VHDL

29. Full Adder Design on FPGA using Verilog

30. Full Adder Design on FPGA using VHDL

31. Counters on FPGA with Verilog Testbench

32. RISC Processor Design on FPGA using Verilog

33. Verilog test bench for inout ports on FPGA

34. PWM Generator on FPGA using VHDL

35. Tic Tac Toe Game on FPGA using Verilog

36. VHDL code for ALU on FPGA

37. Verilog code for ALU on FPGA

38. Counter design on FPGA with VHDL test bench

39. Pipelined MIPS Processor on FPGA in Verilog (Part-1)

40. Pipelined MIPS Processor on FPGA in Verilog (Part-2)

41. Pipelined MIPS Processor on FPGA in Verilog (Part-3)

42. Verilog Decoder on FPGA

43. Verilog Multiplexers on FPGA

44. N-bit Adder Design on FPGA in Verilog

45. VHDL ALU on FPGA using N-bit Verilog Adder

46. VHDL Shifter on FPGA

47. Lookup Table VHDL example code on FPGA

48. Coprocessor VHDL Implementation on FPGA

49. Affordable Xilinx FPGA boards for beginners
50. Affordable Altera FPGA boards for beginners