FPGA Pong Implementation
FPGA Pong Implementation
Embedded Files
A pong-like game developed using an FPGA and multiple IO devices
A pong-like game developed using an FPGA and multiple IO devices
High Level Design of FPGA and IO
This game is similar to pong in that there is a moving ball that bounces off the ceiling and walls, but you lose a life when the ball hits the floor. The player has control over the paddle and can control the speed of both the paddle and the ball. When the ball is bounced back up, audio cues are played to congratulate the player and the score goes up.
This game is similar to pong in that there is a moving ball that bounces off the ceiling and walls, but you lose a life when the ball hits the floor. The player has control over the paddle and can control the speed of both the paddle and the ball. When the ball is bounced back up, audio cues are played to congratulate the player and the score goes up.
Using system Verilog and a DE-10Lite FPGA board, the 2d-game is capable of auxiliary inputs and outputs, such as dc motors, VGA, SNES controllers, ps2 keyboards, and analog potentiometers.
Using system Verilog and a DE-10Lite FPGA board, the 2d-game is capable of auxiliary inputs and outputs, such as dc motors, VGA, SNES controllers, ps2 keyboards, and analog potentiometers.
Certain components created for this project were an ADC, audio amplifiers using a square wave, collision detecting components, game finite state machines, and drivers for all the IO devices mentioned before.
Certain components created for this project were an ADC, audio amplifiers using a square wave, collision detecting components, game finite state machines, and drivers for all the IO devices mentioned before.
Collision detecting HDL schematic
Potentiometer Speed Control and indicator
Final Synthesized design in RTL Viewer
My roles were in developing the drivers and game finite state machine, as well as the ADC responsible for potentiometer input. I also developed the VGA output that was used in the game borders and moving paddle.
My roles were in developing the drivers and game finite state machine, as well as the ADC responsible for potentiometer input. I also developed the VGA output that was used in the game borders and moving paddle.
The result of this project was invaluable experience in digital logic design of low-abstraction systems like FPGAs. This project was my most ambitious up to that point and the results were beyond what we could have believed we were capable of.
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