Investigating FPGA Gaming Systems: Real-Time Tic-Tac-Toe with Custom RISC, VGA Output, and Hardware Counters

This paper presents an FPGA based real-time Tic Tac Toe gaming system with custom RISC processor, VGA output and hardware counters. In contrast, software-based implementation in traditional gaming systems can incur processing delays and increase resource overhead. We address these challenges in this research by developing a fully hardware-based solution that exploits parallelism and efficient resource utilization. With the proposed system, the behavior of latency and hardware utilization is optimized so that real time gameplay is with minimal latency. Synthesis and simulation confirm the implementation with low resource usage without compromising the smooth performance. The results validate the correctability of the approach based on using the FPGA for delivering it with interactive gaming experience with high responsiveness.