This project is a custom PCB design for RGB LED board control, implemented entirely with logic gates and flip-flops (no microcontroller).

Inputs: The board features 4 push buttons as input channels, allowing manual control or state changes.

Outputs: There are 4 output channels, designed to drive an RGB LED board and enable different color states or combinations.

Power Supply: Operates with a stable +5V DC supply, compatible with standard TTL logic ICs.

Reset Function: A dedicated reset push button clears all flip-flop states and returns the system to its initial condition.

Core Logic: The functionality is realized using combinational logic gates and sequential flip-flops, providing deterministic, hardware-only control without the need for programming.

This design highlights practical applications of digital electronics, showcasing how push-button inputs, logic circuits, and state storage can be combined to control RGB outputs in a fully hardware-driven system.