Introduction to FPGA Programming

Name: Introduction to FPGA Programming
Start: 2024-09-02T09:00:00+02:00
End: 2024-09-13T15:00:00+02:00
Location: New

2 Sept 2024, 09:00 → 13 Sept 2024, 15:00 Europe/Berlin

A.1.01/03 - Alps (New)

A.1.01/03 - Alps

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Davide Cieri (Max-Planck-Institut für Physik )

Description

This is an introductory course to FPGA programming, targetting physics students from the Bachelor and Master programs at TUM.

The course will cover:

Basics of digital electronics
Basics of boolean algebra
Introduction to FPGA devices
Introduction to VHDL programming
Working with Xilinx FPGAs

The course will also include practical examples, that will be run on Xilinx learning boards.

Monday, 2 September
- 1
  
  Lesson 1: Digital Systems, FPGAs and HDL
  
  Speaker: Davide Cieri (Max-Planck-Institut für Physik )
  
  lesson01.pdf
- 2
  
  Lab 1: First Look at Vivado
  
  Lab1.pdf
- 3
  
  Lab 2: Simulating an HDL design with Vivado and GHDL
  
  Lab02.pdf
- 11:00
  
  Coffee break
- 4
  
  Lesson 2: VHDL Fundamentals
  
  Speaker: Davide Cieri (Max-Planck-Institut für Physik )
  
  lesson02.pdf
- 5
  
  Lab 3: Wiring Switches to LEDs
  
  Lab03.pdf
Tuesday, 3 September
- 6
  
  Lesson 3: Boolean Algebra, Look-up Tables and IOs
  
  Speaker: Davide Cieri (Max-Planck-Institut für Physik )
  
  lesson03.pdf
- 7
  
  Lab 4: Wiring Switches to LED (part II)
  
  Lab04.pdf
- 8
  
  Lab 5: Implement a Full Adder
  
  Lab05.pdf
- 9
  
  Lab 6: Hierarchical Design
  
  Lab06.pdf
- 11:00
  
  Coffee Break
- 10
  
  Lesson 4: Sequential Logic and Flip-Flops
  
  lesson04.pdf
- 11
  
  Lab 7: Counters and Debouncing
  
  Lab07.pdf
- 12
  
  Lab 8: An LED Blinker
  
  Lab08.pdf
Wednesday, 4 September
- 13
  
  Lesson 5: Types, Arrays and Arithmetic Functions
  
  Speaker: Davide Cieri (Max-Planck-Institut für Physik )
  
  lesson05.pdf
- 14
  
  Lab 9: Design an Arithmetic Logic Unit
  
  Lab09.pdf
- 10:30
  
  Coffee Break
- 15
  
  Lesson 6: VHDL Simulation
  
  lesson06.pdf
- 16
  
  Lab 10: Testbench Coding
  
  Lab10.pdf
Thursday, 5 September
- 17
  
  Lesson 7: Storing Data on FPGAs
  
  lesson07.pdf
- 18
  
  Lab 11: Trigonometric Functions on FPGA
  
  Lab11.pdf
- 10:30
  
  Coffee Break
- 19
  
  Lesson 8: Packages, Libraries and Parametrisation
  
  lesson08.pdf
- 20
  
  Lab 12: Packages and libraries
  
  Lab12.pdf
- 21
  
  Lab 13: Parameters and Parametised Generation
  
  Lab13.pdf
Friday, 6 September
- 22
  
  Lesson 9: Finite State Machines
  
  Speaker: Davide Cieri (Max-Planck-Institut für Physik )
  
  lesson09.pdf
- 23
  
  Lab 14: Improve the Traffic Light
  
  Lab14.pdf
- 24
  
  Lesson 9a: The 7-segment Display
  
  lesson09a.pdf
- 10:20
  
  Coffee Break
- 25
  
  Lab 15: Design a Stopwatch
  
  Lab15.pdf
Monday, 9 September
- 26
  
  Lesson 10: IP Blocks
  
  lesson10.pdf
- 27
  
  Lab 16: Using IPs
  
  Lab16.pdf
- 28
  
  Lesson 11: Timing on FPGAs
  
  lesson11.pdf
- 10:45
  
  Coffee Break
- 29
  
  Lab 17: Timing Constraints
  
  Lab17.pdf
- 30
  
  Lab 18: Generating Clocks
  
  Lab18.pdf
Tuesday, 10 September
- 31
  
  Lesson 12: Hardware Debugging
  
  lesson12.pdf
- 32
  
  Lab 19: Hardware Debugging
  
  Lab19.pdf
- 10:30
  
  Coffee Break
- 33
  
  Lesson 14: Advanced Vivado Flow
  
  lesson14.pdf
- 34
  
  Lab 22: Advanced Vivado Flow
  
  Lab22.pdf
Wednesday, 11 September
- 35
  
  Lesson 13: External Interfaces
  
  lesson13.pdf
- 36
  
  Lab 20: UART Transmitter
  
  Lab20.pdf
- 10:30
  
  Coffee Break
- 37
  
  Lesson 13a: VGA Screens
  
  lesson13a.pdf
- 38
  
  Lab 21. Connect to the VGA Display
  
  Lab21.pdf
Thursday, 12 September
- 39
  
  Lesson 15: Processors on FPGA
  
  lesson15.pdf
- 40
  
  Lab 23: Implementing a Microblaze soft processor
  
  Lab23.pdf
- 10:30
  
  Coffee Break
- 41
  
  Lesson 16: Advanced FPGA topics
  
  lesson16.pdf
Friday, 13 September
- 42
  
  Course Examination

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Introduction to FPGA Programming

A.1.01/03 - Alps

New