FPGAs' ability to distribute massive workloads into parallel computation enables AI features to create highly efficient electronic devices. FREMONT, CA: Implementing FPGA increases the number of parallel computational elements and processing efficiency of the electronic devices. FPGAs that hold parallel and hardware-programmable feature enables electronics excellence at specialized workloads with high computational operations and optimal configurations. Over the past few years, FPGAs have proved to be the low-power solution, making it flexible and ideal for Neural Network (NN) architectures. Today, professionals are focusing on creating designs for supporting AI-based applications and functions.