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Categories:
  • Digital Twin
  • Real-World
  • Simulation
Devices:
  • Altera DE1-SoC
    • SystemVerilog
Level:
  • Difficult
Simulations Supported:
  • LED Matrix

Laboratory exercise

FPGA + LED Matrix

By: RHLab (University of Washington) , Colton Harris (RHLab, University of Washington) , Timofey Popov (RHLab, University of Washington)

FPGA + LED Matrix
Description

Students will design Conway's Game of Life using the DE1-SoC remote lab and the digital twin of a 16x16 bicolor LED Matrix. While this game is sequentially executing, the student must design a driver for the LED matrix to show the game while it is being played.

Downloads

  • Exercise Handout

Learning Goals
In this lab, you will culminate the knowledge you gained throughout the quarter to design and simulate Conway’s Game of Life on the DE1-SoC board. To visualize the game simulation, we will be using a16x16 LED matrix.
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Developed by RHLab at the University of Washington with LabsLand.

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This website was supported by the National Science Foundation's Division of Undergraduate Education under Grant #2336745. Source code is available on GitHub. Some content may be provided by third parties or developed outside the REDTAIL project and grant.